GOST 1639-93

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  ГОСТ 1639-93

GOST 1639−93 Scrap and wastes of nonferrous metals and alloys. General specifications (with Change No. 1)

GOST 1639−93

Group В57

INTERSTATE STANDARD

SCRAP AND WASTES OF NONFERROUS METALS AND ALLOYS

General specifications

Non-ferrous metals and alloys scrap and waste. General specifications

ISS 77.120.01
GST 17 8110

Date of implementation 2000−01−01

Preface

1 DEVELOPED by the Donetsk state Institute of non-ferrous metals (MTC 107)

SUBMITTED to the State Committee of Ukraine for standardization, Metrology and certification

2 ADOPTED by the Interstate Council for standardization, Metrology and certification (Protocol No. 4 dated 21.10.93)

The adoption voted:

The name of the state	The name of the national authority for standardization
The Republic Of Azerbaijan	Azgosstandart
The Republic Of Armenia	Armastajad
The Republic Of Belarus	Gosstandart Of Belarus
Georgia	Gosstandart
The Republic Of Moldova	Moldovastandart
Russian Federation	Gosstandart Of Russia
The Republic Of Kazakhstan	Gosstandart Of The Republic Of Kazakhstan
Kyrgyz Republic	Kyrgyzstandart
Turkmenistan	The main state inspection of Turkmenistan
The Republic Of Uzbekistan	Standards
Ukraine	Gosstandart Of Ukraine

Change N 1 GOST 1639−93 taken by the Interstate Council for standardization, Metrology and certification (Protocol No. 20 dated November 1, 2001)

Was MGS N 3944

Date of introduction 2002−11−01

The adoption voted:

The name of the state	The name of the national authority for standardization
The Republic Of Azerbaijan	Azgosstandart
The Republic Of Armenia	Armastajad
The Republic Of Belarus	Gosstandart Of The Republic Of Belarus
The Republic Of Kazakhstan	Gosstandart Of The Republic Of Kazakhstan
The Kyrgyz Republic	Kyrgyzstandard
The Republic Of Moldova	Moldovastandart
Russian Federation	Gosstandart Of Russia
The Republic Of Tajikistan	Tajikstandart
The Republic Of Uzbekistan	Standards
Ukraine	Gosstandart Of Ukraine

3 Resolution of the State Committee of the Russian Federation on standardization and Metrology of June 24, 1999 N 197 inter-state standard GOST 1639−93 introduced directly as state standard of the Russian Federation from January 1, 2000

4 REPLACE GOST 1639−78

5 EDITION. (June 2005) with amendment No. 1, approved in may 2002 (IUS 8−2002)

1 Scope

This standard applies to scrap and wastes of nonferrous metals and alloys intended for the production of non-ferrous metals and alloys and other products.

Requirements 3.1.10.1, 3.1.10.2, 3.1.11.1, 3.1.11.5 of this standard are mandatory.

2 Normative references

The present standard features references to the following standards:

GOST 8.010−90* State system for ensuring the uniformity of measurements. Methods of measurement
________________
* On the territory of the Russian Federation GOST R 8.563−96.

GOST 12.1.004−91 System safety standards. Fire safety. General requirements

GOST 12.1.005−88 standards System of labor safety. General hygiene requirements for working zone air

GOST 12.1.007−76 System of standards of occupational safety. Harmful substances. Classification and General safety requirements

GOST 12.1.010−76 System of standards of occupational safety. No danger of explosion. General requirements

GOST 12.1.016−79 System of standards of occupational safety. The air of the working area. Requirements for measurement techniques of concentrations of harmful substances

GOST 12.2.007.0−75 System safety standards. Products electrical. General safety requirements

GOST 12.2.007.1−75 System safety standards. Rotating electrical machines. Safety requirements

GOST 12.2.007.2−75 System safety standards. Power transformers and reactors electrical. Safety requirements

GOST 12.2.007.3−75 System safety standards. Electrical devices for voltages above 1000 V. safety Requirements

GOST 12.2.007.4−96* the System of occupational safety standards. Cabinets unsealed complete distribution devices and complete transformer substations. Safety requirements
________________
* On the territory of the Russian Federation GOST 12.2.007.4−75.

GOST 12.2.007.5−75 power Capacitors. Install the condenser. Safety requirements

GOST 12.2.007.6−93* the System of occupational safety standards. Electrical apparatus for switching voltage up to 1000 V. safety Requirements
________________
* On the territory of the Russian Federation GOST 12.2.007.6−75.

GOST 12.2.007.8−75 System safety standards. The device welding and for plasma processing. Safety requirements

GOST 12.2.007.9−93 (IEC 519−1-84) Security electrothermal equipment. Part 1. General requirements

GOST 12.2.007.10−87 standards System of labor safety. Installations, generators and induction heaters for electrothermics, plant and ultrasonic generators. Safety requirements

GOST 12.2.007.11−75 System safety standards. Converters of electric power semiconductor. Safety requirements

GOST 12.2.007.12−88 standards System of labor safety. The current sources of the chemical. Safety requirements

GOST 12.2.007.13−2000 System of standards of occupational safety. Electric lamps. Safety requirements

GOST 12.2.007.14−75 System safety standards. Cables and cable fittings. Safety requirements

GOST 12.3.009−76 System of standards of occupational safety. The work of loading and unloading. General safety requirements

GOST 12.4.004−74 gas filtering Respirators RPG-67. Specifications

12.4.009 GOST-83 System of standards of occupational safety. Fire fighting equipment for protection of objects. Principal. The accommodation and service

GOST 12.4.010−75 System safety standards. Personal protective equipment. Mittens special. Specifications

GOST 12.4.013−85*. The system of occupational safety standards. Glasses protective. General specifications
_________________
* On the territory of the Russian Federation GOST R 12.4.013−97**.

** On the territory of the Russian Federation GOST R 12.4.230.1−2007. — Note the manufacturer’s database.

GOST 12.4.021−75 System safety standards. System ventilation. General requirements

GOST 12.4.026−76* the System of occupational safety standards. Colors signaling and safety signs
________________
* On the territory of the Russian Federation GOST R 12.4.026−2001.

GOST 12.4.028−76 System of standards of occupational safety. Respirators SB-1 «Petal». Specifications

GOST 12.4.029−76 special Aprons. Specifications

GOST 12.4.068−79 System of standards of occupational safety. PPE dermatological. Classification and General requirements

GOST 1583−93 Alloys aluminum casting. Specifications

GOST 2171−90 Parts, products, semi-finished products and billets of non-ferrous metals and alloys. Marking stamps

GOST 2226−88 (ISO 6590−1-83, ISO 7023−83) paper Bags. Specifications

GOST 2874−82* drinking Water. Hygienic requirements and quality control
_________________
* On the territory of the Russian Federation GOST R 51232−98.

GOST 2991−85 wooden disposable Boxes for loads up to 500 kg. General specifications

GOST 4388−72 drinking Water. Methods for determination of mass concentration of copper

GOST 4658−73 Mercury. Specifications

GOST 4784−97 Aluminum and aluminum deformable alloys. Brand

GOST 5044−79 thin-walled steel Drums for chemical products. Specifications

GOST 5959−80 Boxes made of wood-based panels for non-separable loads weighing up to 200 kg. General specifications

GOST 6247−79 steel welded Barrels with hoops of skiing on the body. Specifications

GOST 10354−82 polyethylene Film. Specifications

GOST 14113−78 aluminium antifriction Alloys. Brand

GOST 14192−96 Marking of cargo

GOST 17366−80 steel welded thick-walled Barrels for chemical products. Specifications

GOST 17811−78 polyethylene Bags for chemical products. Specifications

GOST 18165−89 drinking Water. Method for the determination of the mass concentration of aluminium

GOST 18293−72 drinking Water. Methods of determination of lead, zinc, silver

GOST 18308−72 drinking Water. Method for the determination of molybdenum content

GOST 18477−79 Containers are universal. The types, basic parameters and dimensions

GOST 19433−88 dangerous Cargo. Classification and marking

GOST 21130−75 electrical Products. Clamps earthing and grounding. The design and dimensions

GOST 22789−94 (IEC 439−1-85) low voltage complete Devices. General technical requirements and test methods
________________
* On the territory of the Russian Federation GOST R 51321.1−2000 (IEC 60439−1-92).

GOST 26653−90 Preparation of General cargoes for transportation. General requirements

GOST 28053−89 Shavings of non-ferrous metals and alloys. Methods of sampling, sample preparation and test methods

GOST 28192−89 Wastes of nonferrous metals and alloys. Methods of sampling, sample preparation and test methods

(Changed edition, Rev. N 1).

3 Technical requirements

3.1 Characteristics

3.1.1 the Scrap and wastes of nonferrous metals and alloys are classified by the names of metals; physical characteristics — classes; chemical composition — groups and grades; in terms of quality — grade in accordance with table 1−78.

3.1.1.1 Aluminium and aluminium alloys


Table 1

Class	Group number	Grade	The name of the group	Mass fraction of chemical elements that describe a group of alloys, %, not more	Grades
And	I	1 2 2A 3	Aluminium-alloy	0,5 — silicon 0,05 — copper 0,5 — iron 0,1 — zinc	А999, A99, A995, A97, A95, A85, A8, A5, A5E, A0, AD0, AD1, AD00, A7, A7E, A6
B		2 3 4 5
And	II	1 2 2A	Aluminium wrought alloys with low magnesium content	0,3 — zinc 0,9 — magnesium 0,7 — silicon 4,8 — copper 0,7 — iron	D1, B65, D18, D1P, AD31, AD
B		2 3 4 5
And	III	1 2 2A	Wrought aluminum alloys with high magnesium content	0,3 — zinc 1.8 — magnesium 0,5 — silicon 4,9 — copper 0,5 — iron	D16, Amg1, D16P, D16ch, D19, D19ch, M40 1163
B		2 3 4 5
And	IV	1 2 2A	Alloys of aluminium of system aluminium-copper	0,5 — zinc 0,8 — silicon 6,5 — copper 1,0 — iron	AM4, 5kd, AM5
B		2 3 4 5
And	V	1 2 2A	Aluminum alloys of the system aluminum-silicon-magnesium	1,5 — copper 0,5 — zinc 0,6 — magnesium 13,0 — silicon 1,5 — iron	AK12 (AL2), AK9, Ak9ch (АЛ4), Ak9pch (АЛ4−1), AK7, Ak7ch (АЛ9), Ak7pch (АЛ9−1), AK13, Ak9s, АК9Т
B		2 3 4 5
And	VI	1 2 2A	Aluminum alloys of the system aluminum-silicon-copper	1,4 — magnesium 13,0 — silicon 1.5 zinc 1,5 — iron 8,0 — copper	AK5M (АЛ5), Ak5mch (АЛ5−1), AK5M2, AK5M7, AK6M2, AK8M (АЛ32), AK5M4, AK8M3, Ak8m3ch (ВАЛ8), AK9M2, AK12M2, Ak12mmgn (АЛ30), Ak12m2mgn (АЛ25)
B		2 3 4 5
And	VII	1 2 2A	Alloys of aluminum doped with Nickel (piston)	The 3.0 — copper 0,5 — zinc 0,9 — iron, not less than 0,5 — Nickel	AK18, Ak21m2,5, H2,5 (UCILS-2)
B		2 3 4 5
And	VIII	1 2 2A	Wrought aluminum alloys with high magnesium content	0,2 — zinc 0,8 — silicon 0,5 — iron 6,8 — magnesium 0,1 — copper	Amg2, Amg3, Amg4, AMg5, Amg5p, AMg6, 1561
B		2 3 4 5
And	IX	1 2 2A	Aluminum casting alloys with high magnesium content	0,2 — zinc 1,5 — iron 1,7 — silicon 0,7 — copper 13,0 — magnesium	Amg4k1, 5M (Amg4k1, 5M), Amg5k (АЛ13), Amg7 (АЛ29), Amg5mc (АЛ28), Amg6l (АЛ23), Amg6lch (АЛ23−1), Amg10 (АЛ27), Amg11 (АЛ22)
B		2 3 4 5
And	X	1 2 2A	Aluminium wrought alloys with high zinc content	0,7 — silicon 0,7 — iron 2,6 — copper The 3.0 — magnesium 9,0 — zinc	V93pch, V95, 1960, V95och, V95pch, 1965, 1915, В96ц1, 1925, 1973, ACM, K48−2, V95p
B		2 3 4 5
And	XI	1 2 2A	Aluminum casting alloys with a high zinc content	12,0 — zinc 1,5 — iron 13,0 — silicon 5,0 — copper 0,9 — magnesium	AK9C6, AK12M2, Ac4mg (АЛ24)
B		2 3 4 5
G	XII	3	Aluminum alloys with zinc content less than 0.6%	1,0 — iron impurities The 2.0 — iron impurities
G	XIII	3	Aluminum alloys with zinc contents of more than 0.6%	10,0 — iron impurities
Notes 1 Collection and storage of scrap and lump waste alloys AD35, AW, AMC, AMCs, AD33, AK6, AK8, MM, D12 according to GOST 4784, ASM at GOST 14113, Ak10su according to GOST 1583 are held only by brands. 2 Gathering and harvesting of scrap and lump waste of alloys AK4, AK4−1, AK4−1H may be performed in the same group according to GOST 4784.

Class A. Scrap and lump wastes of aluminium and aluminium alloys

Group I-XI


Table 2

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys	Metal content, %, not less	96
		The sizes of pieces in one dimension, mm, not more	1000
		Sizes, mm, not more	400400700
		The dimensions of the bays, mm, not more	400700
	Bulk waste with a minimum thickness of 3 mm	In packages, bundles, stacks
	Cable scrap and the conductors of current, released from isolation, crushed	Loose
	Cable scrap 1 group	In bundles, coils, stacks, packages
	Sheet waste with thickness from 1 to 3 mm	No varnish, paint, paper. In packages, bundles, stacks
2	Scrap and lump wastes specified in 1st grade, but does not meet the requirements of the 1st grade	Metal content, %, not less	75
		Contamination with ferrous metals, %, not more	10
	Cable scrap 1 group	Nepacietiibu
	The conductors of the current paper, cotton and silk insulation
	Large scrap, including: scrap gliders, airplanes, helicopters	Chopped, cut into pieces, mm, not more	50010001000
2A	Scrap and lump wastes that do not meet the requirements of the 1st and 2nd grades	Metal content, %, not less	50
	Cable scrap 1 group
	The conductors of current in nylon, Mylar, PVC, polyethylene insulation
	Foil and tubes, sheet waste	Thickness, mm, not more	1
		No varnish, paint and paper
	Tape	Patent
		Metallurgical yield, %, not less	50
3	Foil and tubes	Painted, laminated, lacquered
		Metallurgical yield, %, not less	40

Class B. Chips of aluminum and aluminum alloys

Group I-XI


Table 3

Grade	Feature	Requirements	The norm
2	Chips bulk	One brand of alloy
		Metallurgical yield, %, not less	90
		Contamination with ferrous metals, %, not more	0,1
		The moisture content and oils, %, not more	3
3	Chips bulk	One group of alloys
		Metallurgical yield, %, not less	75
		Contamination with ferrous metals, %, not more	5
		The moisture content and oils, %, not more	12
4	Chips lunoobraznoe	Metallurgical yield, %, not less	60
		Contamination with ferrous metals, %, not more	5
		The moisture content and oils, %, not more	15
		In packages
5	Chips lunoobraznoe	Metallurgical yield, %, not less	50
		Contamination with ferrous metals, %, not more	5
		The moisture content and oils, %, not more	20

Class G. other waste aluminium and aluminium alloys

Group XII


Table 4

Grade	Feature	Requirements	The norm
3	Releases, toxins and other wastes of aluminium alloys, not littered with other metals and alloys, brick, graphite, etc., without powder detail	Metallurgical yield, %, not less	40
		The size of pieces, mm, not more	5001000
		The content of iron, %, not more	1,0
4	Releases, slags and other waste products of aluminum alloys that do not meet the requirements of the 3rd grade, powder trifle	Metallurgical yield, %, not less	25
		The size of pieces, mm, not more	5001000
		The content of iron, %, not more	2,0

Group XIII


Table 5

Grade	Feature	Requirements	The norm
3	Releases, toxins and other wastes of aluminium alloys, not littered with other metals and alloys, brick, graphite, etc., without powder detail	Metallurgical yield, %, not less	40
		The size of pieces, mm, not more	5001000
		The content of iron, %, not more	10
Note to tables 4 and 5 the Collection and harvesting of scrap and waste containing lithium, a waste of powder and granular metallurgy is carried out by agreement with the consumer.

3.1.1.2 Tungsten, tungsten chemicals, and tungsten alloys


Table 6

Class	Group number	Grade	The name of the group
And	I	1 2	Tungsten metallic
B		1 2
In		1 2 3
And	II	1 2 3 4 5 5A	Alloys based on tungsten
B		1 2
In		1 2 3
And	III	2 3	Totalbodymakeovercom alloys
And	IV	2 3 4 4A	Scrap cone bits
In	V	1 2	Tungsten chemical compounds
G	I	2	Wastes and cut scrap
G	II	2 3 4 5	The pulverized waste from sharpening tungsten carbide tools

Class A. Scrap and lump wastes

Group I. Tungsten metallic


Table 7

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys, non-oxidized, including:	The tungsten content, %, not less	99
	pipes, rods, plates, marriage shtabikov, scraps of tape, foil cutting, hot stamping	The mass of the individual pieces, g, not less	10
2	Scrap and lump wastes specified in 1st grade, oxidized, not littered with other metals and alloys	The tungsten content, %, not less	90
		The mass of the individual pieces, g, not less	10

Group II. Alloys based on tungsten


Table 8

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys	The alloy content, %, not less	98
		Pieces weight, g, not less	10
2	Scrap and lump wastes of hard alloys wolframkarbid, not littered with other non-ferrous metals and alloys (presence of solder)	The alloy content, %, not less	97
		Plugged the hard alloys, %, not more	0,5
3	Scrap and lump wastes titanopel. fortunecity alloys, not littered with other non-ferrous metals and alloys (presence of solder)	The alloy content, %, not less	97
		Plugged the hard alloys, %, not more	0,5
4	Scrap and lump wastes титанотанталовольфрамокобальтовых alloys, not littered with other non-ferrous metals and alloys (presence of solder)	The alloy content, %, not less	97
		Plugged the hard alloys, %, not more	0,5
5	Scrap and lump wastes of hard alloys that do not meet requirements 2, 3, 4th grades (presence of solder)	The alloy content, %, not less	67
5A	Scrap and lump wastes of alloys based on tungsten (presence of solder) that does not meet the requirements 1, 2, 3, 4, 5-nd grades	The alloy content, %, not less	50

Troupe III. Totalbodymakeovercom alloys


Table 9

Grade	Feature	Requirements	The norm
2	Scrap and lump wastes are not blocked, other metals and alloys	The tungsten content, %, not less	90
		The tantalum content, %, not less	10
3	Scrap and lump wastes specified in the 2nd grade, but do not meet the requirements of the 2nd grade	The tungsten content, %, not less	63
		The tantalum content, %, not less	7

Group IV. Scrap cone bits


Table 10

Grade	Feature	Requirements	The norm
2	Scrap roller pin and polystyrene bits without obstructions	Separated from the bit body (permitted cutters rolling elements)
3	Scrap Tricone bits pin no foreign objects	Uncut
4	Scrap Tricone bits polystyrene without obstructions	«
4A	Scrap odnoselchane bits without obstructions	«

Class B. Chips, tangled wire, a small scrap of tungsten and alloys based on tungsten

Group I, II


Table 11

Grade	Feature	Requirements	The norm
1	Shavings, tangled wire, small scrap, not littered with other metals and alloys	The tungsten content, %, not less	90
2	Shavings, tangled wire, small scrap that does not meet the requirements of the 1st grade	The tungsten content, %, not less	85
		Contamination with carbon steel, %, not more	15

Class V. waste Powdered tungsten and alloys of tungsten

Group I, II


Table 12

Grade	Feature	Requirements	The norm
1	Powder, brooms, bran, pasta, not littered with other metals and alloys	The tungsten content, %, not less	95
2	Powder, brooms, bran, pasta, not littered with other metals and alloys	The tungsten content, %, not less	65
3	Powdery waste from plasticized workpieces in the production of hard alloys	The tungsten content, %, not less	50

Group V. Tungsten-containing chemical compounds


Table 13

Grade	Feature	Requirements	The norm
1	Paste, powder, brooms, bran chemical compounds with no mechanical debris	The tungsten content, %, not less	75
2	Wastes, specified in the 1st grade, but does not meet the requirements of the 1st grade	The tungsten content, %, not less	65

Class G. other waste from tungsten and alloys of tungsten

Scrap and waste that does not meet the requirements of table 7−13

Group I. cut Waste and scrap


Table 14

Grade	Feature	Requirements	The norm
2	Wastes and cut scrap	The tungsten content, %, not less	20

Group II. The pulverized waste from sharpening tungsten carbide tools


Table 15

Grade	Feature	Requirements	The norm
2	The pulverized waste from diamond sharpening tool is equipped with hard alloy	The tungsten content, %, not less	15
		Not allowed mechanical contamination with pieces of other metals and non-metallic objects
3	The pulverized waste from sharpening tool, equipped with hard alloy	The tungsten content, %, not less	5
		Not allowed mechanical contamination with pieces of other metals and alloys and metal objects
4	The pulverized wastes of hard alloys from sharpening cutting tools	The tungsten content, %, not less	3
		Not allowed mechanical contamination with pieces of other metals and alloys and non-metallic objects
5	Slag and pulverized waste high-speed steel	The tungsten content, %, not less	3
		Not allowed mechanical contamination with pieces of other metals and alloys and non-metallic objects

3.1.1.3 Cadmium

Class A. Scrap and lump wastes

Group I. Cadmium pure (unalloyed)

Brand: KD-0, KD-1, KD-2, KD-00, CD-000, KD-0A


Table 16

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes of cadmium, not clogged other metals and alloys, including:	The cadmium content, %, not less	99
	marriage, trimming and obroski anode plates, pig (illiquid assets) other pure cadmium pieces	Oil content, moisture and other non-metallic materials, %, not more	1
2	Scrap and lump wastes of cadmium specified in the 1st grade, but does not meet the requirements of the 1st grade, including:	The cadmium content, %, not less	5
	releases and pleski from filling of cadmium, cathode hooks and mesh-covered cadmium (from baths for cadmium plating) and other wastes
2A	Nickel cadmium battery	Graded uncut in steel tanks, without electrolyte
	By agreement with the consumer

3.1.1.4 Cobalt and its compounds and alloys

Class A. Scrap and lump wastes of cobalt, its compounds and alloys


Table 17

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes of cobalt and its alloys	Cobalt content, %, not less	0,5

The class b Wastes cobalt compounds and alloys


Table 18

Grade	Feature	Requirements	The norm
1	Powdered cobalt-containing waste from sharpening cutting tools, including: toxins cobaltdiselenide HRSA	Cobalt content, %, not less	0,5

Class G. Waste from the processing of cobalt scrap, lumpy, powdery waste


Table 19

Grade	Feature	Requirements	The norm
	Waste from the processing of cobalt scrap, lumpy, powdery waste	Cobalt content, %, not less	20
		Moisture content, %, not more	0,5

3.1.1.5 Magnesium and magnesium alloys


Table 20

Class	Room group	Grade	The name of the group	Mass fraction of chemical elements that characterizes the group, %, not more	Grades
And	I	1	Magnesium alloys-wrought aluminum and magnesium of all grades	0,7 — manganese 1.5 zinc 9,0 — aluminum	MA2, MA5, MA2−1pch, MA2−2, MA2−1
		2
And	II	1	The lithium-containing magnesium alloys wrought	5,0 — aluminum 5,0 cadmium 3,5 — zinc 11,5 — lithium 0,1 — manganese 0,1 — cerium	MA21 etc.
		2
And	III	1	Wrought alloys magnesium and magnesium of all grades, not included in groups I and II	The 2.0 — manganese The 2.0 — zinc 0,9 — cerium	МА8, Ma8pch, MA17, MA19, MM2, Mm2ch, MG
		Two
And	IV	1	Wrought alloys magnesium and magnesium all brands listed in groups I and III	The 2.0 — manganese 7.0 — zinc 9,0 — aluminum The 2.0 — neodymium The 2.0 — cadmium The 0.7 — cubic Zirconia 0,5 — cerium	MA2, МА8, MA2−1, MA2−2, MA15, Ma8pch, MA14, MG, MA17, MA19, ВМ1, MA20, МД3−3
		2
And	V	1 2	Alloys, magnesium-aluminum casting	A 10.2 — aluminum 2,5 — manganese 3,0 — zinc	МЛ2, ML3, МЛ4, ML5, Ml4pch, Ml5pch, Ml5on, МЛ6
And	VI	1 2	Magnesium alloy casting lithium-containing
And	VII	1 2	Alloys magnesium casting and magnesium of all grades, not included in V and VI group	6,6 — zinc 1.1 — cubic Zirconia 0,8 — cadmium	ML8 (ML12−1), ML9, ML15, ML10, ML11, ML12
And	VIII	1	Alloys magnesium casting and magnesium of all types, specified in the groups V and VII	A 10.2 — aluminum 2,5 — manganese 6,6 — zinc 1.1 — cubic Zirconia 0,8 — cadmium	МЛ2, ML3, МЛ4, Ml4pch, ML5, Ml5pch, МЛ6, МЛ5оп, ML15, ML8 (ML12−1), ML9, ML10, ML11, ML12
And	IX	1	Alloys magnesium and magnesium groups I, III, IV, V, VII, VIII
B	IX	2	Alloys magnesium and magnesium groups I-IX
G			By agreement with the consumer

Class A. Scrap and lump wastes of magnesium and magnesium alloys

Groups I-III, V-VII


Table 21

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys, including:	One brand of alloy
		The content of non-metallic materials, %, not more	2
	scrap cast, forged, extruded parts, ingots remelting	The chunk-size, mm, not more:
		length	1000
		width (diameter)	600
2	Lump wastes are not blocked by other non-ferrous metals and alloys, as well as specified in the 1st grade, but does not meet the requirements of the 1st grade	One group of alloy
		The contents of magnesium and magnesium alloys, %, not less	85
		Impurity, %, not more:
		steel	10
		non-metallic materials	5
		The chunk-size, mm, not more:
		length	1000
		width (diameter)	600

Groups I, V, III, VII


Table 22

Grade	Feature	Requirements	The norm
1	Scrap, not littered with other metals and alloys, as well as specified in the 1st grade groups I, III, V, VII, but which do not meet the requirements of 1-St grade I, III, V, VII groups	One group of alloys
		The contents of magnesium and magnesium alloys, %, not less	85
		Impurity, %, not more:
		steel	10
		non-metallic materials	5
		The chunk-size, mm, not more:
		length	1000
		width (diameter)	600
2	Scrap and lump wastes are not blocked by other non-ferrous metals and alloys specified in the 1st grade, but does not meet the requirements of the 1st and 2nd varieties of groups I, III, V, VII	One group of alloys
		The contents of magnesium and magnesium alloys, %, not less	70
		Impurity, %, not more: steel	20
		non-metallic materials	10
		The chunk-size, mm, not more:
		length	1000
		width (diameter)	600

Group IX. Magnesium and magnesium alloys of groups I, III, IV, V, VII, VIII


Table 23

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes of group IV and does not meet the requirements of the 1 St, 2 nd grades groups I, III, V, VII, VIII	The contents of magnesium and magnesium alloys, %, not less	50
		Minor trimming and die-cutting are supplied in packages or in containers

Class B. the Shavings of magnesium and magnesium alloys


Table 24

Grade	Feature	Requirements	The norm
2	Briquettes shavings of magnesium and magnesium alloys of groups I, III, IV, V, VII, VIII	The contents of magnesium and magnesium alloys, %, not less	50
		The moisture content and oils, %, not more	0,5
		including moisture, %, not more	0,1

Class G. other waste magnesium and magnesium alloys


Table 25

Grade	Feature	Requirements	The norm
-	Toxins (in pieces)	The contents of magnesium metal, %, not less	50

3.1.1.6 Copper and alloys copper-based


Table 26

Class	Group number	Grade	The name of the group	Mass fraction of chemical elements that describe a group of alloys, %	Grades
And	I	1 1a 2 2A 3 3A	Copper without tinning and soldering	99,5 — copper, not less than	M00k, M0k, M1K, M0b, M1, M1r, M0, M1 °F, M2, M00, M2r, M3r, M3
B		1 2 3
And	II	1 1a 2 2A 3 3A	Copper Paluda and soldering	92 — copper, not less	M00k, M0k, M1K, M00b, M0b, M1, M1r, M1 °F, M2r, M3r, M2, M3
B		1 2 3
And	III	1 1a 2 2A 3	Double brass without tinning and soldering	60,0 — copper, not less	L96, L90, L85, L80, L70, L63, L60, L68
B		1 2 3
A	IV	1 1a 2 2A 3 3A	Brass, tin, tin-lead, brass double, soldered and tinned	2,5 — tin The 3.0 — lead, not more than	L96, L90, L85, L80, L68, L63, L60, LO90−1, LO70−1, LO62−1, LO60−1, ЛМ25С2
B		1 2 3
And	V	1 1A 2 2A 3	Brass lead	The 3.0 — lead, not more than	LS74−3, LS63−3, LS59−3, LS64−2, LS63−2, ЛС60−1, ЛС60−2, LS59−1, LS59−1V, LC40S
B		1 2 3		-
And	VI	1 1a 2 2A 3	Brass siliceous	4,5 — silicon, not more than	ЛК80−3, LC16K4
B		1 2 3
And	VII	1 1A 2 2A 3	Brass manganese	4,0 — manganese, not more than	Lc40mc1,5, Lc40mc3zh, Lmc58−2, Lc38mc2s2, Lc40mc3a, Lzhmc59−1-1
B		1 2 3
And	VIII	1 1a 2 2A 3	Brass aluminum	7.0 — aluminium, not more than	LA77−2, LAZH60−1-1, LAN59−3-2, Lankmc75−2-2,5−0,5−0,5, ЛЦ23А6Ж3Мц, LC30A3, ЛМцНЖА60−2-1−1-1, Lccns, Ltank
B		1 2 3
And	IX	1 1A 2 2A 3	Bronze neskoromnyi	4,0 — tin, not more than	Brof4−0,25, Broc4−3, Bro3c7s5n1, Bro3c12s5, Brof2−0,25, Bro10f1
B		1 2 3
And	X	1 1a 2 2A	Bronze vysokoopasnye	4,0 — tin, not less	Brof8,0−0,3, Brof7−0,2, Brof6,5−0,4, Brof6,5−0,15, Brocs4−4-4, Bro4c7s5, Bro4c4s17, Broc4−4-2,5, Bro5c5s5, Bro10s10, БрО6ЦС3, Bro5s25, Bro8c4
B		1 2 3
And	XI	1 1a 2 2A 3	Bronze aluminum with iron and manganese	4,0 — iron The 3.0 — manganese, not more than	БрА10ЖЗМц2, Bra9mc2l, Bra10mc2l, Bra5, Bra7, Bramc9−2
B		1 2 3
And	XII	1 1a 2 2A 3	Bronze without tin special	0,25 — tin, not more than 1,5 — zinc, not more	Brazhn10−4-4, Brkmc3−1, Brmc5, Brkn1−3, Bra10zh4n4l, Bra11zh6n6, Bra9zh4n4mc1, БрА7Мц15Ж3, Н2Ц2, БрА9Ж3
B		1 2 3
And	XIII	1 1a 2 2A 3	Bronze beryllium		Brb2, Brbnt1,7, Brbnt1,9, Brbnt1,9-MC
B		1 2 3
And	XIV	1 1a 2 2A 3	Bronze lead		BRS-30, БрСу3Н3-Ц3С2Ф
B		1 2 3
G		2 3	By agreement with the consumer

Class A. Scrap and lump waste of copper alloys and copper-based

Group I-XIV


Table 27

Grade	Feature	Requirements	The norm
1	Scrap and lump waste of copper alloys and copper-based, not littered with other metals and alloys	One brand of copper or alloy
		Metal content, %, not less	99,5
		The non-metallic impurity content, %, not more	0,5
		The sizes of pieces in one dimension, mm, not more	1000
		Sizes, mm, not more	400400700
1a	Scrap and lump waste of copper alloys and copper-based, not littered with other metals and alloys	One brand of copper or alloy
		Metal content, %, not less	97
		The non-metallic impurity content, %, not more	3
		The sizes of pieces in one dimension, mm, not more	1000
		Sizes, mm, not more	400400700
	Scrap and lump wastes of the groups:	Without contamination:
	I, II, III, V, VIII, XI, XII, XIII, XIV	other metals and alloys
	IV	aluminum, silicon, iron
	VI	aluminum and tin
	VII	tin
	IX	aluminum, iron, antimony
	X	silicon
	Cable scrap and conductors after the release from isolation of crushed	Loose
2	Scrap and lump waste of copper alloys and copper-based	One group of alloys
		Metal content, %, not less	97
		Infestation:
		ferrous metals, %, not more	0,5
		non-metallic materials, %, not more	2,5
		The sizes of pieces in one dimension, mm, not more	1000
		Sizes, mm, not more	400400700
	Scrap and lump wastes of the groups:	Without contamination:
	I, II, III, V, VIII, XI, XII, XIII, XIV	other non-ferrous metals and alloys
	IV	aluminum and silicon
	VI	aluminum and tin
	VII	tin
	IX	aluminum, iron, antimony
	X	silicon
2A	Scrap and lump waste of copper alloys and copper-based	One group of alloys
		Metal content, %, not less	95
		Contamination with ferrous metals, %, not more	0,5
		The non-metallic impurity content, %, with the exception of PVC and rubber, more	4,5
	Scrap and lump wastes of the groups:	Without contamination:
	I, II, III, IV, VIII, XI, XII, XIII, XIV	other non-ferrous metals and alloys
	IV	aluminum and silicon
	VI	aluminum and tin
	VII	tin
	IX	aluminum, iron, antimony
	X	tin and silicon
	Radiators (group IV)	Split
3	Scrap and lump wastes that do not meet the requirements of class 2A	One group of alloys
		Metal content, %, not less	80
		Pricelock content of iron, %, not more	5
	Radiators unpacked (group IV)	Infestation:
		non-metallic materials, %, not more	6
		ferrous metals, %, not more	1
	Cable scrap groups I, II
	The conductors of the current paper, silk and cotton insulation, lacquered	Ligament dimensions, mm, not more	400400700
3A	Cable scrap groups I, II	Metal content, %, not less	50
	The conductors of current in nylon, Mylar, PVC, polyethylene, rubber insulation	In bundles, pieces
		The size of the ligament, mm, not more	400400700
		Length of cut, mm, not more	1000
	Radiators of air conditioners (group IV)	Without contamination by zinc, lead, silicon, the merged cooling liquid
		The non-metallic impurity content, %, not more	5

Class B. the Shaving of copper and alloys copper-based

Group I-XIV


Table 28

Grade	Feature	Requirements	The norm
1	Chips lunoobraznoe bulk and in packages	One brand of copper or alloys
		Metal content, %, not less	98,3
		The content of iron, %, not more	0,2
		The moisture content and oils, %, not more	1,5
2	Chips lunoobraznoe bulk and in packages not meeting the requirements of the 1st grade	Metal content, %, not less	89
		The content of iron, %, not more	5
		The moisture content and oils, %, not more	6
3	Shavings bulk and lunoobraznoe not satisfying the requirements of the 1st and 2nd grades	The content of iron, %, not more	10
		The moisture content and oils, %, not more	15

Class G. other waste of copper and alloys copper-based


Table 29

Grade	Feature	Requirements	The norm
1	Copper slag, goats	Metal content, %, not less	50
2	Other waste specified in the 1st grade, does not meet the requirements of the 1st grade	Metal content, %, not less	30
3	Other wastes specified in 1st and 2nd grades that do not meet the requirements of the 1st and 2nd grades	Metal content, %, not less	10
4	Slag, sludge, furnace granite breaking, copper and copper-graphite dust, electric motors, transformers, prebilovci and other waste, as well as specified in 1, 2, 3 grades that do not meet the requirements 1, 2, 3rd grades	The content of copper and copper alloys, %, not less	3
Note — other waste of copper and copper alloys on the basis of the lead content can be no less than 0.1%, zinc less than 0.2%, SN not less than 0.1%, Nickel not less than 1%.

3.1.1.7 Molybdenum, molybdenum chemicals, molybdenum alloys


Table 30

Class	Group	Grade	The name of the group
And	I	1 2	Molybdenum metal
B	I	1 2	Molybdenum metal
And	II	2 3	Alloys based on molybdenum
B	II	1 2	Alloys based on molybdenum
In	I	1 2	Molybdenum and its alloys
In	II	1 2	Molybdenum chemical compounds
G	-	-

Class A. Scrap and lump wastes of molybdenum, molybdenum chemicals, molybdenum alloys

Group I, II


Table 31

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes of molybdenum metal brackets other metals and alloys	The molybdenum content, %, not less	99
		The mass of the individual pieces, g, not less	10
2	Scrap and lump wastes of molybdenum metal and alloys based on molybdenum, not littered with other metals and alloys that do not meet the requirements of the 1st grade	The molybdenum content, %, not less	90
3	Scrap and waste alloys based on molybdenum, not littered with other metals and alloys that do not meet the requirements of the 2nd grade, including alloys containing 50% molybdenum and 50% tungsten	The molybdenum content, %, not less	50

Class B. Chip, the tangled wire of molybdenum, molybdenum chemicals, molybdenum alloys

Group I, II


Table 32

Grade	Feature	Requirements	The norm
1	Shavings, tangled wire, not littered with other metals	The molybdenum content, %, not less	90
2	Shavings, tangled wire, do not meet the requirements of the 1st grade	The molybdenum content, %, not less	85
		Contamination with carbon steel, %, not more	15

Class V. Powdered waste molybdenum, molybdenum compounds, molybdenum alloys

Group I. Molybdenum and its alloys


Table 33

Grade	Feature	Requirements	The norm
1	Powder, brooms, bran, not littered with other metals and alloys	The molybdenum content, %, not less	95
2	Wastes, specified in the 1st grade, but does not meet the requirements of the 1st grade	The molybdenum content, %, not less	85

Group II. Molybdenum chemical compounds


Table 34

Grade	Feature	Requirements	The norm
1	Paste, powder, brooms, bran chemical compounds that are not clogged with other metals and alloys	The molybdenum content, %, not less	75
2	Wastes, specified in the 1st grade, but does not meet the requirements of the 1st grade	The molybdenum content, %, not less	65

Class G. other waste molybdenum, molybdenum chemicals, molybdenum alloys

Scrap and lump wastes of metal, not matching tables 31−34


Table 35

Grade	Feature	Requirements	The norm
-	Wastes and cut scrap	The molybdenum content, %, not less	20

3.1.1.8 Nickel and Nickel alloys


Table 36

Class	Room group	Grade	The name of the group	Grades
And	I	1 2 3	Pure Nickel and Nickel semi	N-0, N-1U, N-1, N-2, N-3, N-4, NP1, NP2, NP3, NP4, NPAN, NPA1, NPA2, Np0jevi, Np1jev, NP2JE
B		1 2
And	II	1 2 3	Nickel alloys	NK0,2; NK0,2JE; NH9; NMG; NK0,04; Nmg0,1; Nmg0,05; НИг0,368; Nka0,07; Nka0,13; Nmc2,5; Nmc5; Nmcak2−2-1; NH9,5
B		1 2
And	III	1 2 3	Alloys copper-Nickel	MN16, MN19, MN25, Mnmc43−0,5, Mnmc40−15, Mnzhmc30−1-1, Mnzhmc10−1-1, Mnmc3−12, Mnmcazh3−12−0,3−0,3, МНЖМц28−2,5−1,5
B		1 2
And	IV	1 2	Nickel silver	MNC15−20, MNCS16−29−1,8
B		1 2
And	V	2	Alloys groups I-IV
B		2 3
And	VI	2 3	Nickel-iron batteries
G	By agreement with the consumer

Class A. Scrap and lump wastes of Nickel and Nickel alloys

Group I-IV


Table 37

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys	One brand of metal or alloy
		Metal content, %, not less	98
		In packages. Package dimensions, mm, not more	400400700
	Waste of a thickness exceeding 3 mm	In bulk or in packages
2	Scrap and lump wastes are not blocked, other metals and alloys that do not meet the requirements of the 1st grade	Metal content, %, not less	90
3	Scrap and lump wastes that do not meet the requirements of the 1st and 2nd grades	Metal content, %, not less	80
		Contamination by other metals and alloys, %, not more	5

Group V. the Alloys of groups I-IV


Table 38

Grade	Feature	Requirements	The norm
2	Scrap and lump wastes	Metal content, %, not less	25
		The maximum size of pieces, mm, not more	100010001500

Class B. the Shavings of Nickel and Nickel alloys

Group I-IV


Table 39

Grade	Feature	Requirements	The norm
1	Wool, not clogged with other metals and alloys	Metal content, %, not less	97
2	Chips that do not meet the requirements of the 1st grade	Metal content, %, not less	88

Group V. the Alloys of groups I-IV


Table 40

Grade	Feature	Requirements	The norm
2	Chips I-Ill groups	The contents of Nickel, cobalt and copper in sum, %, not less	25
3	Shavings of Nickel silver (group IV)	The contents of Nickel, cobalt and copper in sum, %, not less	25

Group VI. Nickel-iron batteries


Table 41

Grade	Feature	Requirements	The norm
2	Nickel-iron batteries	Uncut. Without electrolyte, in the absence of coupling of tyres, rubber covers and plugs
3	Nickel-iron batteries	Uncut. Nonassertive, without electrolyte, in the absence of coupling of tyres, rubber covers and plugs

Class other Nickel-containing waste


Table 42

Grade	Feature	Requirements	The norm
2	Granite breaking and furnace hearth furnaces, cathode hooks that pesky Nickel slag (releases)	The contents of Nickel, copper and cobalt in sum, %, not less	20
		The mass of the piece, kg, not more	100
3	Waste that does not meet the requirements of the 2nd grade, slimes, salt, dust, ninelcondedesnuda waste catalysts	The contents of Nickel and cobalt in sum, %, not less	3
		The size of pieces, mm, not more	100010001500
		Humidity, %, not more	5

3.1.1.9 Tin and tin-lead alloys


Table 43

Class	Group number	Grade	The name of the group	Grades
And	I	1 2	Tin and tin alloys	ОВ4−000, О1пп, O1, O2, O3, O4, B88, B83, B83S
B		1
And	II	1 2 3	Tin-lead alloys	B16, bn, BS6, CH2, SH1, P1, P2, LN, GS, ø3, ø2, Mnning, NT, Y, K1, solders
B		2
And	III	1	The alloys of groups I and II
B		2
AK	I	1 2 2A 3 3A	Waste tinplate
AK	II	1 2 2A 3 3A	Scrap tin containers
AK	III	1 2 3 4	Tinplate waste and scrap of tinned containers in groups I and II
G		2 3 4	By agreement with the consumer

Class A. Scrap and lump wastes of tin, tin and tin-lead alloys

Group I. Tin and tin alloys

The lead content of not more than 3.0%


Table 44

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys, including: ingots remelting the spongy tin and regenerated briquettes cutting foil solders Piss 95−5	The tin content, %, not less	90
		The non-metallic impurity content, %, not more	3
		The size of the individual pieces, mm, not more	200
2	Scrap and lump wastes are not blocked, other metals and alloys that do not meet the requirements of the 1st grade, including: ingots remelting, scrap grades of babbit B88, Б89, B83S	The tin content, %, not less	80
		The non-metallic impurity content, %, not more	3
		The size of the individual pieces, mm, not more	200

Group II. Tin-lead alloys

The tin content not less than 1.8%


Table 45

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys, including: solders, POS 61M	The tin content, %, not less	60
		The non-metallic impurity content, %, not more	3
		The size of the individual pieces, mm, not more	200
2	Scrap and lump wastes are not blocked, other metals and alloys that do not meet the requirements of the 1st grade	The tin content, %, not less	30
		The non-metallic impurity content, %, not more	3
		The size of the individual pieces, mm, not more	200
3	Scrap and lump wastes are not blocked, other metals and alloys, including: remelting and scrap of babbit, printing alloys, solders	The tin content, %, not less	1,8
		The non-metallic impurity content, %, not more	3
		The size of the individual pieces, mm, not more	200

Group III. The alloys of groups I and II


Table 46

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes	The tin content, %, not less	1,8

Class AK. Tinplate waste and scrap of tinned containers

Group I. Waste tinplate

Group II. Scrap tin containers


Table 47

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys, including: waste tinplate articles of tinplate,	The tin content, %, not less Unpainted	3
		In bundles, in bulk. The maximum size of pieces, mm	2000
		Rust, % of the total surface, not more	15
	Scrap tin cans and other tinned containers	Unpainted
		In bulk or in bales, kg, not more	30
		Rust, % of the total surface, not more	15
2	Scrap and lump wastes are not blocked, other metals and alloys mentioned in the 1st grade, but does not meet the requirements of the 1st grade	Unpainted
		The tin content, %, not less	1
		Rust, % of the total surface, not more	20
2A	Scrap and lump wastes are not blocked by other non-ferrous metals and alloys	Patent leather The tin content, %, not less	1
		Rust, % of the total surface, not more	20
3	Scrap and lump wastes are not blocked, other metals and alloys	Unpainted
		The tin content, %, not less	0,4
		Rust, % of the total surface, not more	30
3A	Scrap and lump wastes are not blocked, other metals and alloys	Patent leather
		The tin content, %, not less	0,4
		Rust, % of the total surface, not more	30
Notes to tables 46, 47 1 Littered with paper, rags, wood, food residues, etc. not more than 5%. 2 Contamination by residues of oil paint, oil and other water-insoluble materials are not allowed.

Group III. Tinplate waste and scrap of tinned containers that do not meet the requirements of I-II groups


Table 48

Grade	Feature	Requirements	The norm
1	Tinplate waste that does not meet the requirements of all classes of group I	The tin content, %, not less	0,3
2	Scrap tin containers that do not meet the requirements of all classes of group II	The tin content, %, not less	0,3
3	Tinplate waste, does not meet the requirements of the 1st grade	The tin content, %, not less	0,3
4	Scrap tin containers that do not meet the requirements of the 2nd grade	The tin content, %, not less	0,3

Class B. Chips of tin and tin-lead alloys

Group I


Table 49

Grade	Feature	Requirements	The norm
1	Shavings tin and tin alloys, are not clogged other metals and alloys	The tin content, %, not less	80

Group II


Table 50

Grade	Feature	Requirements	The norm
2	Shavings tin-lead alloys, is not blocked, other non-ferrous metals and alloys	The tin content, %, not less	1,8
		Mechanical impurities, %, not more including:	5
		shavings ferrous metals, %, not more	1,5

Group III. Shavings of tin and tin-lead alloys in groups I and II


Table 51

Grade	Feature	Requirements	The norm
2	Chips that do not meet the requirements of varieties in groups I and II	The tin content, %, not less	1,8

The other class of tin-containing waste


Table 52

Grade	Feature	Requirements	The norm
2	Asgari, releases, fly ash, powder solders	The tin content, %, not less	60
		Oil content, moisture and other non-metallic materials, %, not more	5
3	Wastes, specified in the 2nd grade, but do not meet the requirements of the 2nd grade	The tin content, %, not less	40
		Oil content, moisture and other non-metallic materials, %, not more	10
3A	Wastes listed in the 2nd and 3rd classes but do not meet the requirements of the 2nd and 3rd grades	The tin content, %, not less	20
		Oil content, moisture and other non-metallic materials, %, not more	10
4	Wastes listed in the 2nd and 3rd classes but do not meet the requirements of the 2nd and 3rd grades, including:	Oil content, moisture and other non-metallic materials, %, not more	15
	sludge, slags and other tin-containing waste	The tin content, %, not less	1

3.1.1.10 Mercury and its compounds


Table 53

Class	Grade
D	1 2
E	1 2
G	2 3

Class D. Mercury developed


Table 54

Grade	Feature	Requirements	The norm
1	Mercury metal spilled from the out of operation of rectifiers and devices	The contents of mercury, %, not less	95
		Contamination of dissolved metals, organic compounds and mechanical impurities, %, not more	5
2	Mercury metal in the devices, out-of-use, waste, chemical and other industries	The contents of mercury, %, not less	70
		The content of metallic impurities, %, not more	30

Class E. Waste mercury-containing solid


Table 55

Grade	Feature	Requirements	The norm
1	Waste pharmaceutical and chemical industries with the inclusion of contaminated metallic mercury	The contents of mercury, %, not less	20
2	Bulk waste (solid) engineering, electrical and other industries, mercury-oxide elements	The contents of mercury, %, not less	2

Class G. other wastes of mercury and its compounds


Table 56

Grade	Feature	Requirements	The norm
2	Mercury-containing sludge from various industries, containing metallic mercury and mercury in the form of compounds, and granite breaking floors, walls and other structural elements of buildings and structures, lining and parts of technological equipment	The contents of mercury, %, not less	0,5
		Firm, uniform in size
		Moisture content, %, not more	30
3	Lamps with a mercury filling. Waste that does not meet the requirements of all sorts of classes D, E, and other mercury-containing waste	The contents of mercury, %, not less	0,3
		Moisture content, %, not more	30

3.1.1.11 Lead and lead alloys


Table 57

Class	Group number	Grade	The name of the group	Grades
And	I	1 2 3	Lead clean	S0000, S000, S00, S0, S1, S1S, S2, S2S, S3S, S3
B		1
And	II	1 2 3	Lead antimony	Ssu8, Ssu10, US, Ssua, ССу1, Ssu2, Ssu3, МШ1, МШ2, МШ3, МП1, МСМ1, МЛн1
B		1 2
AL	I	1 1a 2 3 4 4a	Lead batteries
AL	II	1 2 3 4 5	Scrap intact lead batteries
And B	III	2 3 2	Calcium babbits	BKA, BK2, BK2SH
And B	IV	4 3	Lead and lead alloys
G		1 2 3 4	By agreement with the consumer

Class A. Scrap and lump wastes of lead and lead alloys

Group I-Ill


Table 58

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes of I and II groups, not littered with other metals and alloys, scrap cable sheath without a cotton braid and bitumen insulation	Metal content, %, not less	95
		In the alloy of bismuth, %, not more	0,03
2	Scrap and lump wastes of I and II groups not satisfying the requirements of the 1st grade	Metal content, %, not less	90
		In the alloy of bismuth, %, not more	0,06
2A	Scrap and lump wastes of group III	Metal content, %, not less	90
		In the alloy of bismuth, %, not more	0,20
3	Scrap and lump wastes of I-Ill groups do not meet the requirements of the 1st and 2nd grades	Metal content, %, not less	85
		In the alloy of bismuth, %, not more	0,25
		Clogging with metals, %, not more	10
4	Scrap and lump wastes of IV group does not meet the requirements 1−3 th grades	Metal content, %, not less	75
		In the alloy of bismuth, %, not more	0,25
Note — clogging metals — scrap and waste lead and lead alloys mechanical impurities ferrous and non-ferrous metals in the form of individual parts, pieces or pricelock.

Class B. Chips of lead and lead alloys


Table 59

Grade	Feature	Requirements	The norm
1	Chips in groups I and II, not littered with other metals and alloys	Metal content, %, not less	95
		The alloy contains:
		lead, bismuth and antimony in an amount %, not less	99,3
		bismuth, %, not more	0,05
2	Chips II and III groups, not littered with other metals and alloys	Metal content, %, not less	95
		The alloy contains:
		of lead, antimony, calcium, sodium and tin in the sum, %, not less	99,3
		bismuth, %, not more	0,20
3	Chips IV	Metal content, %, not less	50

Class AL. Scrap and lump wastes lead-acid batteries

Group I. Lead batteries


Table 60

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys, including: the marriage of grids, electrodes, rods, terminals	The metal content (lead, lead-antimony alloys in total), %, not less	95
1a	Scrap and lump wastes are not blocked, other metals and alloys, including: marriage of electrodes	The metal content (lead, lead-antimony alloys in total), %, not less	90
2	Scrap and lump wastes are not blocked, other metals and alloys that do not meet the requirements of the 1st grade, including: battery rechargeable lead without monoblocs, covers and separators	The metal content (lead, lead-antimony alloys in total), %, not less	80
3	Scrap and lump wastes are not blocked, other metals and alloys that do not meet the requirements of 1-St and 2-nd grades, including: battery rechargeable lead without monoblocks and lids	The metal content (lead, lead-antimony alloys in total), %, not less	75
4	Scrap battery battery lead with copper plates, not littered with other metals and alloys, without monoblocs, covers and coils	The metal content (lead, lead-antimony alloys, copper and its alloys in total), %, not less	75
4a	Scrap silver batteries	Uncut	75

Group II. Scrap intact lead batteries


Table 61

Grade	Feature	Requirements	The norm
1	Batteries in polypropylene monoblocks	With fused electrolyte
		The metal content (lead, lead-antimony alloys in total), %, not less	70
2	The battery in plastic.	With fused electrolyte
		The metal content (lead, lead-antimony alloys in total), %, not less	60
3	Battery in ebonite monoblocks	With fused electrolyte
		The metal content (lead, lead-antimony alloys in total), %, not less	55
4	Marine battery with copper plates	With fused electrolyte
		The metal content (lead, lead-antimony alloys, copper and its alloys in total), %, not less	50
5	Batteries all types of monoblocks	With the electrolyte
		The metal content (lead, lead-antimony alloys in total), %, not less	50
Notes 1. Upon delivery and acceptance of the scrap battery-lead-acid batteries of mixed types of desktop, amount of lead, lead-antimony alloy set for the group with the lowest lead content. 2. By agreement of the parties established the norm of the residual electrolyte in the scrap and waste lead-acid batteries no more than 5% for grades 1, 2, and Z.

Class G. other waste lead and lead alloys


Table 62

Grade	Feature	Requirements	The norm
1	Dross, releases, paste, sludge, grit	The contents of lead and antimony in sum, %, not less	80
		Moisture, %, not more	10
		Of bismuth in the alloy, %, not more	0,05
2	Dross, releases, paste, sludge, grit	The contents of lead and antimony in sum, %, not less	60
		Moisture, %, not more	10
		Of bismuth in the alloy, %, not more	0,05
3	Dross, releases, paste, sludge, grit, slag, litharge	The contents of lead and antimony in sum, %, not less	40
		Moisture, %, not more	10
		Of bismuth in the alloy, %, not more	0,05
4	Dross, releases, paste, sludge, grit, slag, litharge, terowie land	Lead content, %, not less	10
		Moisture, %, not more	15
		Of bismuth in the alloy, %, not more	0,05
Note to tables 60, 61, 62 Scrap and waste lead-acid batteries supply without specifying the content of bismuth.

(Changed edition, Rev. N 1).

3.1.1.12 Titanium and titanium alloys


Table 63

Class	Group number	Grade	The name of the group	Grades
And	I	1 1A 2 3 4	Titanium pure (unalloyed)	VT1−00, VT1−0
B		1 1a 2 3
Z		1 2 2a 2B 3 4
And	II	1 1a 2 3 4	Alloys of titanium alloy components except for the tin	VT5, VT6, VT8, VT3−1, VT9, VT14, ВТ16, VT20, VT22, ПТ1М, ПТ3В, ЗМ40, 5V, 37, OT4−0, OT4, BT23], AT3, АТ6, ЭТ5, 2B, ТС6, OT4−1, ВТ18, 19, 14, ЭТ2, ЭТ3, ЭТ7
B		1 1A 2 3
Z		1 2 2a 2B 3 4
And	III	1 1A 2 3 4	Titanium alloys doped with tin	VT5−1, TC5, ВТ25, ВТ18У
B		1 1A 2 3
Z		1 2 2a 2B 3 4
G		3

Class A. Scrap and lump wastes of titanium and titanium alloys

Groups I-III


Table 64

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked, other metals and alloys, bulk waste materials generated in the manufacturing process of semi-finished products and parts, except for the press residues obtained during the pressing of semi-finished products from billets heated in karbalevych baths, or with the use of lubricants	One brand of alloy The surface must be oxidized (without tint and scale), without visually detected cracks, tears and bundles, without marks of fire cut Split
		The mass of a piece of fin, rod, g	100−1000
		The chunk-size, mm, not more	606060
		The largest size of rejected parts and intact fin, mm, not more	140
		The chunk-size, mm, not more:
		diameter	40
		length	140
1a	Scrap and lump wastes are not blocked, other metals and alloys, bulk waste materials generated in the manufacturing process of semi-finished products and parts listed in the 1st grade, but does not meet the requirements of the 1st grade	One brand of alloy No visually detected cracks, tears and bundles, without marks of fire cut Split
		The mass of a piece of fin, rod, g	100−1000
		The chunk-size, mm, not more	606060
		The largest size of rejected parts and intact fin, mm, not more	140
		The size of the rod, mm, not more:
		diameter	40
		length	140
2	Scrap and lump wastes are not blocked, other metals and alloys produced in the manufacturing process of semi-finished products and parts listed in the 1st grade	One brand of alloy Split The weight of the piece:
		g, not less	1000
		kg, not more	250
3	Scrap and lump wastes that do not meet the requirements 1, 1a, 2 nd grades	One brand of alloy Split
4	Waste generated from waste processing in delivering their quality and size to the technical requirements of the 1st grade of A class not satisfying the requirements 1, 1a, 2, 3rd grades	One group of alloys
Notes 1 scrap and lump wastes of grades 1, 1a, 2 are not allowed oil, emulsion, debris, technological lubricants, waste of ferrous and nonferrous metals, nationwie of prodelki. 2 Press pressing residues obtained in the manufacture of semi-finished products from billets heated in karbalevych baths, or with the use of lubricants, collected and preserved by agreement with the consumer.

Class B. Chips of titanium and titanium alloys

Group I-Ill


Table 65

Grade	Feature	Requirements	The norm
1	Chips bulk, not littered with other metals and alloys	One brand of alloy with no tint
		The length of the coil, mm	20−70
		Shavings must not be contaminated with oil, emulsion, foreign objects, debris cutters, non-magnetic, does not have to be corrugated, everted, rolnoalroget
		The bulk weight of chips, t/m, not less	0,25
1a	Chips bulk, not littered with other metals and alloys that do not meet the requirements of the 1st grade	One brand of alloy with no tint
		The length of the coil, mm	20−70
		Shavings must not be contaminated with oil, emulsion, foreign objects, debris cutters, non-magnetic, does not have to be corrugated, everted, rolnoalroget
		The bulk weight of chips, t/m, not less	0,15−0,25
2	Wool, not clogged with other metals and alloys that do not meet the requirements 1, 1A-th grades	Crushed One group of alloys
		Allowed visible color tint
		Shavings must not be contaminated with foreign objects, waste of ferrous and non-ferrous metals
3	Chips, screenings, resulting from the processing of chips at bringing its quality and size to technical requirements and standards applicable to waste 1-go, 1A-th varieties, and does not meet the requirements 1, 1a, 2 nd grades	Allowed color of a tint, traces of the emulsion

Class C Sheet scraps titanium and titanium alloys

Groups I-III


Table 66

Grade	Feature	Requirements	The norm
1	Sheet trimming and die cutting, is not blocked, other metals and alloys	One brand of alloy
1	Sheet trimming and die cutting, is not blocked, other metals and alloys	The surface should be non-oxidized, no tint and scale, without visually detected cracks, tears and bundles, without marks of fire cut
		Split
		Size of cuttings and cutting, mm, not more	606060
2	Sheet scraps in strips and the ends of the sheets are not soiled other metals and alloys that do not meet the requirements of the 1st grade	One brand of alloy Without rough visually detected tears and delamination, without any traces of fire cut
		Thickness, mm	5−15
		Deflection on a 1 m linear dimension, mm, not more	150
		Length, mm, not more	2200
2A	Sheet scraps in strips and the ends of the sheets are not soiled other metals and alloys that do not meet the requirements of the 1st and 2nd grades	One brand of alloy Without rough visually detected cracks, tears and bundles, without marks of fire cut
		Thickness, mm, not more	5
		Deflection on a 1 m linear dimension, mm, not more	150
		Length, mm, not more	2200
2B	Sheet scraps in strips and the ends of the slabs is unobstructed by other metals and alloys that do not meet the requirements 1, 2, 2A-th grades	One brand of alloy Without rough visually detected cracks, tears and bundles
		Thickness, mm, not more	15
3	Leaf trimming, cutting, grating, waste rolling production, is not blocked, other metals and alloys that do not meet the requirements 1, 2, 2A, 2B nd grades	One brand of alloy The size of package or pieces, mm, not more	300300600
4	Waste sheet metal, trim, cutting, grating, slabs, resulting from the processing of waste in bringing them to the quality and size requirements for the 1st grade class Z not satisfying the requirements 1, 2, 2A, 2B, 3rd grades	One group of alloys
Note — In the sheet to trim the cutting, grating, plates are not allowed oil, emulsion, debris, waste ferrous and nonferrous metals.

Class, Slags and other waste products of titanium and titanium alloys


Table 67

Grade	Feature	Requirements	The norm
3	Waste from fire cutting products production and consumption, waste resulting from the smelting, cutting, cleaning of semi-finished products from titanium alloys, scales, crown, foundry, screenings, chips of titanium and titanium alloys	Without packaging and containers Impurity, %, not more	30
		Mass fraction of titanium, %, not less	50
		Weight of each piece, kg, not more	500
Note — the waste of class G is allowed individual waste classes.

3.1.1.12.1 For metallurgical enterprises manufacturing ingots of titanium alloys, pressure treated, intended:

a) the class A — scrap and lump wastes of titanium and titanium alloys — grade 1, 1a, 2, 3;

b) the class b — chips of titanium and titanium alloys — grade 1, 1a;

C) class Z — leaf trimmings of titanium and titanium alloys — grades 1, 2, 2A, 2B, 3.

3.1.1.13 Zinc and zinc alloys


Table 68

Class	Group number	Grade	The name of the group	Grades
And	I	1 2	Zinc pure	CV00, CV0, CV, Ц02, C0, Ц1С, C1, C2, Ц2С, C3, Ц3С
B		2 3
And	II	1 2 3	Zinc alloys	Ca4o, CA4, CAM9−1, ЦАМ4м1о, CA4M3, Ca4m3o, CAM9−1,5 l, CAM10−5L, CAM10−5, ЦАМ27−1, CAM9−1,5 h, TSAM 10−5h
B		2 3
G	I	1 2 3	Zinc dross and getting
G	II	1 2	Dross zinc-lead
G	III		Wastes of different chemical composition

Class A. Scrap and lump wastes of zinc and zinc alloys

Group I, II


Table 69

Grade	Feature	Requirements	The norm
1	Scrap and lump wastes are not blocked by other non-ferrous metals and alloys	Metal content, %, not less	97
		The size of chunks in maximum dimension, mm, not more	1000
2	Scrap and lump wastes are not blocked by other non-ferrous metals and alloys	Metal content, %, not less	85
		Contamination with ferrous metals, %, not more	5
3	Scrap and lump wastes that do not meet the requirements of the 1st and 2nd grades	Metal content, %, not less	45

Class B. the Shavings of zinc and zinc alloys

Group I, II


Table 70

Grade	Feature	Requirements	The norm
2	Shavings of zinc and zinc alloys	Metal content, %, not less	85
		Mechanical impurities of ferrous metal shavings, %, not more	3
3	Chips that do not meet the requirements of the 2nd grade	Metal content, %, not less	65

Class other zinc-containing waste and getting

Group I. the zinc Dross and getting


Table 71

Grade	Feature	Requirements	The norm
1	Hartsink, not clogged with mechanical impurities of iron	Content, %:
		zinc, not less	90
		chemical of iron, not more	5
		land, oil, moisture and other non-metallic materials not more	0,5
		Split
		The mass of the piece, kg, not more	100
2	Zinc dross	Content, %:
		zinc, not less	65
		lead, not more than	0,6
		of aluminum, not more than	1,5
		iron, not more	1,5
		chlorine, not more than	3,5
		land, oil, moisture and other nonmetallic materials, except wood coal and asbestos, nothing more	1,0
		Crushed
		The chunk-size in diameter, mm, not more	300
	Hartsink not satisfying the requirements of the 1st grade	The mass of the piece, kg, not more	300
3	Zinc dross and releases that do not meet the requirements of the 2nd grade	Content, %:
		zinc, not less	40
		lead, not more than	20
		chlorine, not more than	20
		moisture, not more than	6,0

Group II. Dross zinc-lead


Table 72

Grade	Feature	Requirements	The norm
1	Dross zinc-lead	Content, %:
		zinc, not less	30
		lead, not less	10
		chlorine, not more than	0,5
		fluorine, not more than	0,01
		organic impurities, not more than	0,5
		mechanical impurities, not more than	1,0
2	Dross zinc-lead that does not meet the requirements of the 1st grade	Content, %:
		zinc, not less	30
		lead, not less	20
		chlorine, not more than	1,5
		fluorine, not more than	0,15
		mechanical impurities, not more than	3,0

Group III. Wastes of different chemical composition


Table 73

Grade	Feature	Requirements	The norm
1	Waste that does not meet the requirements of varieties in groups I and II, including:	Content, %:
		zinc, not less	20
	zinc-containing sludge and other cincodemayo* waste	chlorine, not more than	0,1
		fluorine, not more than	0,01
		moisture, not more than	20
		organic compounds, not more than	10
Note — At the customer’s request zinc-containing sludge spend the determination of lead, cadmium, total sulphur and arsenic.

________________
* The text matches the original. — Note the manufacturer’s database.

3.1.1.14 Scrap of a complex consisting of two or more non-ferrous metals, bulk

Class J. Cables


Table 74

Group number	Feature	Requirements	The norm
I	Leaded cables and wires with aluminum core
	Grade 2	Power with paper belt insulation, bundles or pieces
		Length, m, not more	1,5
I	Grade 3	The same armored, bundles or pieces Length, m, not more	1,5
	Grade 4	The same armoured with outer protective cover, bundles or pieces
		Length, m, not more	1,5
II	Leaded cable with copper core
	Grade 2	Bundles with cardelino polystyrene insulation, wrapped with paper, telephone paper-insulated, power with paper insulation belt insulation; control with rubber insulation, bundles or pieces Length, m, not more	1,5
	Grade 3	The same armored, bundles or pieces
		Length, m, not more	1,5
	Grade 4	The same armoured with outer protective cover, bundles or pieces Length, m, not more	1,5
Ill	Cable with aluminum sheath and copper core
	Grade 2	Far with polystyrene insulation, in polyethylene hose, bundles or pieces
		Length, m, not more	1,5
	Grade 3	The same armored, bundles or pieces
		Length, m, not more	1,5
	Grade 4	Same with armored outer covering, bundles or pieces
		Length, m, not more	1,5

Class I. Other scrap difficult


Table 75

Group number	Feature	Requirements	The norm
I	Lead bullets with cupro-Nickel or bimetallic shell
	Grade 2	Graded Packed
		The weight of one piece, kg, not less	40
	Grade 3	Not meet the requirements for 2nd grade
II	Aluminum scrap and waste after the removal of selenium	The content of selenium, %, not more	0,05
III	Electroplating of manganese-zinc elements zinc housings	Graded Packed
		The weight of one piece, kg, not less	40
IV	Galvanic cells of manganese-zinc Nickel-plated steel housings	Graded Packed
		The weight of one piece, kg, not less	40

Class L. Bimetals


Table 76

Group number	Feature	Requirements	The norm
I	Based on steel (iron) plating layer: aluminium and its alloys copper and its alloys Nickel and its alloys	In bulk, in packages, rolls, coils, bundles
		Package thickness, mm, not more	6
II	On the basis of aluminium and its alloys, cladding layer: Titan copper aluminium silumin steel	In bulk, in packages, rolls, coils, bundles
		Package thickness, mm, not more	6
Ill	On the basis of copper and its alloys, cladding layer: steel Nickel	In bulk, in packages, rolls, coils, bundles
		Package thickness, mm, not more	6
IV	The Nickel-based cladding layer: aluminium and its alloys	In bulk, in packages, rolls, coils, bundles
		Package thickness, mm, not more	6
V	The lead-based cladding layer: tin and its alloys	In bulk, in packages, rolls, coils, bundles
		Package thickness, mm, not more	6
VI	Based on other metals	In bulk, in packages, rolls, coils, bundles

Class M. Scrap and waste of aluminium coated with selenium


Table 77

Room group	Feature	Requirements	The norm
I	Defective selenium elements AVS with soupspoon	Packed
		The weight of one piece, kg, not more	40
		The content of selenium, %, not more	0,05
II	Die-cutting and defective selenium elements of FA	Packed
		The weight of one piece, kg, not more	40
		The content of selenium, %, not more	0,05
III	Selenium defective card and the elements on the aluminum base thickness of 0.12 mm	Packed
		The weight of one piece, kg, not more	40
		The content of selenium, %, not more	0,05
IV	Cutting, trimming, strips, plates of different configuration on the aluminum base thickness of 0.12 mm	Packed
		The weight of one piece, kg, not more	40
		The content of selenium, %, not more	0,05
V	Cutting, trimming, strips, plates of different configuration on the aluminum base thickness 0.8 mm	Packed
		The weight of one piece, kg, not more	40
		The content of selenium, %, not more	0,05
VI	The waste items and the waste production of rectifiers size 30x30 mm	Packed
		The weight of one piece, kg, not more	40
		The content of selenium, %, not more	0,05
Notes 1 waste and Scrap of aluminium coated with selenium must not contain waste, covered with enamel, scrap and waste of aluminium without the presence of selenium and other impurities. 2 By agreement with the consumer allowed scrap and waste of aluminium coated with selenium, a size of 30x30 mm and the base metal foil thickness of 0.12 mm. 3 Permitted waste aluminium coated with selenium, in the form of trimmings in bundles weighing no more than 20 kg.

3.1.1.14.1 In the scrap and waste of aluminium coated with selenium, the selenium needs to be removed to a residual content of 0.05% in place of lomoobrazovanija.

3.1.1.15 household Scrap (scrap products, household products, derived from population)


Table 78

Group	Name
I	Aluminum and aluminum alloys on the basis of
II	Magnesium and magnesium alloys on the basis of
II	Copper and alloys copper-based
IV	Nickel and Nickel-based alloys
V	Tin, lead and alloys on their basis
VI	Zinc and zinc alloys on the basis of
VII	Scrap lead batteries from cars, donated public organizations., uncut
VIII	Scrap aluminum can coating
IX	Scrap tin containers, tin plate,
Notes 1 Permitted grease, leftover food not more than 5%. 2 Pollution with oil paint, resin, oil, paper and other water-insoluble materials are not allowed.

3.1.2 Alloys, not included in established groups, referred to the group to which they fit the content of the main components and impurities.

3.1.3 Scrap and wastes of nonferrous metals and alloys first-grade raw materials are prepared for metallurgical redistribution, which does not require primary treatment.

Scrap and wastes of nonferrous metals and alloys of one metal, one kind, class, group, and brand of alloy, one of the varieties cannot be mixed with scrap and waste of non-ferrous metals and alloys other metal, another class, another group, grade or class.

3.1.4 the Classification of scrap and waste of non-ferrous metals and alloys to classes produce visually for external signs, to groups and classes — for marking parts and products according to GOST 2171 or analysis of a spectral or chemical method.

3.1.5 the Collection of scrap and waste of nonferrous metals and alloys shall be in accordance with the procedure given in Appendix 1.

3.1.6 Scrap and wastes of nonferrous metals and alloys in the form of chrome-plated, Nickel-plated kadmirovannyh or coated otherwise plated parts and pieces, as well as parts and pieces coated or alloyed with silver, attended by the same groups, but grade is lower than similar articles and pieces without metal coating.

3.1.7 permitted by agreement with the consumer to accept mixed waste and scrap excluding waste and scrap of titanium and titanium alloys.

By mixing scrap and waste of the same name, but different classes, groups and sorts scrap and waste belong to the lower class, group, or class.

3.1.8 Bulk shavings all non-ferrous metals and alloys should have a length of one turn of not more than 100 mm. permitted by agreement with the consumer briquetting.

3.1.9 By agreement with consumer it is permitted the delivery of scrap and waste (pieces, packages, coils), different in size from those in tables 1−77.

3.1.10 safety Requirements

3.1.10.1 All types of mercury-containing waste must be free of compounds with high explosive and radioactive properties. Containing mercury wastes containing toxic substances (fluoride, chloride, arsenic etc.) shall be subjected to neutralization by the supplier. Mercury-containing sludge from sulfuric acid plants are not allowed.

3.1.10.2 Not allowed collection, storage and processing of radioactive scrap and waste of non-ferrous metals and alloys.

3.1.10.3 the Degree of action on the human body harmful substances, which are allocated and formed in the process of harvesting and processing scrap and waste of nonferrous metals and alloys, the hazard class and the maximum permissible concentration (MPC) in working zone air and drinking water are fixed by GOST 12.1.005, GOST 12.1.007, GOST 2874 and is specified in table 79.


Table 79

Name metal	The nature of the action on the human body	The way penetration	Class risk- ness	PDK of harmful substances in the air of working zone, mg/m	Maximum permissible concentrations in drinking water, mg/DM
Aluminium	Dust causes irritation of the mucous membranes of the eyes, nose, mouth, lung (lung aluminas)	Respiratory	III	2	0,5
Tungsten	Dust, oxide cause a violation of the gastrointestinal tract, irritation of the upper and deep respiratory tract. Shots wire heal with difficulty	The same	III	6	-
Cadmium	Dust, oxide, cause damage to the Central nervous system, internal organs, the violation of phosphoric-calcium metabolism, involvement of the gastrointestinal tract	«	I	0,05	-
Magnesium	Dust, oxide cause of inflammatory and suppurative processes of the skin	Skin	II	1,0	-
Cobalt	The dust causes a disturbance of carbohydrate metabolism, changes in the structure and function of the thyroid gland, lesion of the cardiovascular system, the digestive tract.	Respiratory	II	0,5	-
	Powdery wastes cause the occurrence of acute dermatitis	Skin
Copper	Dust, oxide cause irritation of the upper respiratory tract, gastrointestinal tract, functional disorders of the nervous system	Respiratory organs, gastrointestinal tract	II	1,0	1,0
Molybdenum	Dust, oxide cause functional disorders of the nervous system, metabolic abnormalities	Respiratory organs, gastrointestinal tract	III	3,0	0,25
Nickel	Dust has a toxic effect, causing disorder of the Central nervous system, lower blood pressure, cause allergic diseases of the skin. The pair of electrolytes, salts are carcinogenic (bronchial cancer, cancer of the nose, lungs, stomach). Salts have toxic effects: skin lesion («Nickel eczema», «Nickel itch»)	The respiratory system, skin	I	0,05	-
Tin	Dust, oxide cause lung disease, chronic bronchitis, respiratory insufficiency	Respiratory	-	-	-
Selenium	Toxic compounds cause liver, kidney and Central nervous system; salts cause burns and dermatitis	Gastrointestinal tract, skin	III	2	0,01
Lead	The lead oxide causes a disturbance of metabolic processes, nervous system, anemia, peptic ulcer disease, a violation of the energy balance of the cells	The respiratory system, the digestive tract	I	0,01	0,03
Titan	Dust causes respiratory irritation	Respiratory	IV	10	-
Zinc	Dust, oxide cause disease of the upper respiratory tract, changes in digestive tract	Respiratory organs, gastrointestinal tract	III	0,5	5,0
Mercury	Pair cause disturbance of calcium metabolism, changing proteins in the blood, reducing the protective functions of the organism, the Central nervous system, digestive tract	The respiratory system, gastrointestinal tract, mucous membranes, skin	I	0,01	-

3.1.10.4 fire and explosion hazard properties of the substances are given in table 80.


Table 80

Name metal	View fire and explosion hazard of substances	Ignition temperature, °C	Lower explosive limit, g/m	Extinguishing agents
Aluminium	Dust	550	35	Sand, ash
Tungsten	«	-	-	-
Cadmium	«	-	-	-
Cobalt	«	-	-	-
Magnesium	Dust, powder, shavings, thin sheets	520	20	Sand, graphite
Copper	Dust, powder	-	-	-
Molybdenum	«	-	-	-
Nickel	«	-	-	-
Tin	Dust	630	190	Sand
Titan	Dust, small chips	330	45	Graphite, talc
Zinc	Dust	600	480	Water, lime
Mercury	Hydrogen compound	-	-	-

3.1.10.5 control over the content of harmful substances in the air of working zone is carried out in accordance with the requirements of GOST 12.1.005 and GOST 12.1.007.

Analysis of air samples is carried out according to normative documentation approved by the Ministry of health on methods of determination of harmful substances in the air or methodical instructions on determination methods and techniques developed in accordance with GOST 12.1.016, GOST 8.010.

3.1.10.6 Industrial premises and places of storage of explosive and flammable substances must comply with the fire safety requirements according to GOST 12.1.004, explosion protection according to GOST 12.1.010 and shall be equipped with signs of fire according to GOST 12.4.026, fire-extinguishing means according to GOST 12.4.009 and fire alarm systems.

3.1.10.7 Production facilities in places of formation of harmful substances, explosive dust, and flammable substances must be equipped with ventilation according to GOST 12.4.021 separated from sources of fire, explosion and open fire with the provision of: sanitary-hygienic requirements for working zone air in accordance with GOST 12.1.005, sealing equipment and communications.

3.1.10.8 the air Ducts to remove dust titanium and magnesium should have a smooth internal surface with no pockets or hollows.

3.1.10.9 To remove static electricity pilipienko and ducting installations should be grounded, executed and marked in accordance with GOST 12.2.007.0, GOST 12.2.007.6, GOST 12.2.007.8 — 12.2.007.14 GOST, GOST 22789 and GOST 21130.

(Changed edition, Rev. N 1).

3.1.10.10 Analysis of drinking water levels of aluminum, copper, molybdenum should be carried out according to GOST 18165, 4388 GOST, GOST 18308, respectively, for lead and zinc — according to GOST 18293.

3.1.10.11 All work with mercury-containing wastes is carried out in accordance with «Sanitary rules when working with mercury, its compounds and devices with mercury filling N 4607−88».

3.1.10.12 in the storage and transportation of scrap and waste of nonferrous metals and alloys should be secured to prevent spillage, education and filling of toxic and hazardous substances.

3.1.10.13 recycling, Disposal and destruction of hazardous substances must be conducted in accordance with the rules approved in the established order.

3.1.10.14 When working with scrap and waste of non-ferrous metals and alloys that have a toxic effect on the human body, you must use a respirator type «Petal» according to GOST 12.4.028.

3.1.10.15 When working with mercury and dusting of waste it is necessary to use filter gas respirator brand of the RPG-67 or G grade according to GOST 12.4.004 and a respirator «Petal» G in the normative documentation. The respirators shall periodically be subjected to demercurization and washing.

3.1.10.16 To prevent the ingress of dust, solid particles on the mucous membrane of the eye must wear protective goggles of the type AT-2, AT-3 according to GOST 12.4.013.

3.1.10.17 When working with waste tungsten, cobalt, magnesium, Nickel, providing allergic effects, it is necessary to use gloves according to GOST 12.4.010, dermatological protective equipment (preventive ointments, pastes, etc.) according to GOST 12.4.068. Allowed to use other prophylactic pastes and ointments, on the recommendation of the state sanitary inspection bodies.

In waste management of cadmium need to wear gloves in the normative documentation and aprons according to GOST 12.4.029.

3.1.10.18 personal protective equipment working with scrap and waste of nonferrous metals and alloys shall conform to standard industry norms of free issue to workers and employees of the metallurgical industry and metallurgical production.

3.1.10.19 Premises in the places of unloading and loading of scrap and waste, with harmful effects on the human body should be equipped with local suction according to GOST 12.4.021.

3.1.10.20 it is Prohibited to conduct the welding and hot work in close proximity to places of storage of the chips of magnesium and magnesium alloys, chips of titanium and titanium alloys.

3.1.10.21 Production facilities must meet the requirements of «Sanitary norms for designing industrial enterprises SN 245−71».

3.1.10.22 Meteorological conditions of the production premises must comply with sanitary design standards of industrial enterprises according to GOST 12.1.005.

3.1.10.23 safety Requirements for loading and unloading, transportation of scrap and waste of nonferrous metals and alloys shall meet the requirements of GOST 12.3.009.

3.1.11 Requirements for explosion protection

3.1.11.1 Businesses and organizations, zagotavlivali, processing, refiner scrap and wastes of nonferrous metals and alloys, as well as produce them or ship congestion at ports and other points should check the scrap and wastes of nonferrous metals and alloys, the danger of explosion and to remove any items containing explosive, combustible, and flammable substances.

Spot-checking scrap and waste of nonferrous metals and alloys, the danger of explosion is not allowed.

3.1.11.2 control over the explosion of scrap and waste of non-ferrous metals and alloys is carried out by:

— shipment;

— the opening of wagons, containers, inspection, scrap and waste delivered by any mode of transport;

— sorting lines, tables, floors;

— packaging;

— loading scrap processing equipment;

— fire and mechanical cutting;

— boot to the mold and kiln.

3.1.11.3 In the transfer of the charge (scrap and waste of nonferrous metals and alloys) in metallurgical processing is marked by the controller on the explosion in documents to this consignment.

3.1.11.4 Removing explosive objects must produce workers who have undergone special training before starting the work should be instructed in the prescribed manner on the precautions to be taken while carrying out these works.

3.1.11.5 the Scrap and wastes of nonferrous metals and alloys and neutralized items must meet the following requirements:

1) the firing device and blasting agents must be dismantled and must not have charges, igniters, detonators, gunpowder gaskets and other hazardous items;

2) artillery shells and shells of small arms must be free and capsule GalvanoTechnik bushings and should not have neposrednih caps and residue;

3) the airplane scrap and scrap military equipment should be exempt from fuel and lubricants, liquids, ammunition, hollow objects, explosive assemblies, components and parts, shock absorbers, etc.;

4) rocket motors, propellant gas generators and powder pressure accumulators should be exempt from squibs, powder charges, igniters or other explosive elements;

5) metal arrays and goats subjected to explosive fragmentation, should not have holes. All holes should be torn and burned or punched through;

6) vessels of all types and sizes (tanks, barrels, etc.) must be cleared of content (and in the winter from ice and snow) and is available for inspection of the inner surface.

Of a mouth of cylinders should be opened and their enclosure should be slotted second hole.

The tops and bottoms of the barrels and other containers must be opened;

7) banks, tanks and reservoirs under acids and flammable substances must be flushed with water or a alkaline solutions.

3.1.11.6 During the inspection of scrap military equipment delivered by the vehicle and detected it uncleared explosive ordnance scrap consumers not accepted, on what is informed the representative of the enterprise lamedica accompanying the vehicle, which is bound to cause professionals of a military unit to remove them from the party of the delivered scrap.

Upon detection of uncleared munitions scrap military equipment arriving by rail, the enterprise-consumer is called the representative of the military unit for their removal and disposal.

3.1.11.7 Upon detection of uncleared buildings to military munitions in the process of unloading and preparation for recycling of scrap and waste of nonferrous metals and alloys further work with this party to suspend, place munitions protect, take under the protection of the enterprise, establish a warning sign, and for their removal or destruction, cause the representative of the military unit.

3.1.11.8 Deactivation of the cylinders under gases and liquids of unknown origin was conducted by representatives of the military unit in the prescribed manner.

3.1.11.9 Cutting aircraft scrap and scrap military equipment and explosive ordnance disposal is carried out separately from the rest of the non-ferrous metals and alloys after the issuance of the persons responsible for the pyrotechnic control, permit to work. The permit must be issued in accordance with Annex 2.

3.1.11.10 On the site the preparation and processing of scrap and waste of nonferrous metals and alloys should be organized and equipped with special stands with samples of the neutralized explosive devices, schemes, packages and description of safe work practices.

3.1.11.11 All work on the test scrap and waste of nonferrous metals and alloys and their neutralization is carried out at a coverage of not less than 30 Lux.

3.1.11.12 If the parties scrap and wastes of nonferrous metals and alloys are explosive hazards the consumer is an act in accordance with Annex 3.

The certificate shall be prepared in four copies and sent with a copy of the certificate of explosion safety scrap and waste of non-ferrous metals and alloys to the sender, the technical labour inspector of the trade Union, serving the enterprise, the consumer Prosecutor’s office.

3.1.11.13 Scrap and wastes of nonferrous metals and alloys that have not been tested for explosion safety, should not be confused with authenticated.

3.1.11.14 All discovered uncleared explosive items must be registered in the record book entered the uncleared items in accordance with Annex 4.

3.1.11.15 the Test scrap and waste of nonferrous metals and alloys, deposited by schools and hospitals, conduct company-consumers.

3.1.11.16 Unloading and verification received by the company scrap and waste of nonferrous metals and alloys, the danger of explosion, removal of explosive ordnance (except ordnance uncleared) shall be carried out under the guidance of pyrotechnics or the Comptroller of scrap and waste of non-ferrous metals, specially trained and having corresponding certificate.

3.1.11.17 Aircraft scrap and scrap military equipment must be transported and stored separately from other scrap. From this scrap must be transported and stored separately by the parties.

Mixing of this scrap is not allowed.

3.1.11.18 Transportation of explosive subjects must be carried out under the leadership of the pyrotechnics in accordance with the requirements of the «Unified safety rules for blasting operations», approved by Gosgortechnadzor.

3.1.11.19 Discovered artillery shells and casings of small arms, containing the means of ignition (percussion cap sleeves, galvanic and galvanothermy tube, etc.) and remains of gunpowder taken in the presence of pyrotechnics (controller) that is sent to interim storage and disposal, providing them with protection.

3.1.11.20 Keep these shells in to a closed metal boxes in open areas that are fenced with barbed wire, or solid non-combustible fence not less than 2 m.

3.1.11.21 Site should be provided with fire-fighting equipment in accordance with fire regulations, and their location is set by the local fire Department.

3.1.11.22 No work except carrying, stacking, and external inspection of explosive objects on special grounds are not made, what should alert the relevant posters and safety signs according to GOST 12.4.026.

3.1.11.23 the access to courts is permitted only in the presence of pyrotechnics (controller).

3.1.11.24 Storing explosive items are not permitted more than 15 days, during which time they must be neutralized or destroyed by representatives of the military unit in the prescribed manner.

3.1.11.25 Discovered in a batch of scrap and waste of nonferrous metals and alloys explosive items (tubes, coils, vessels, tanks, cylinders, dampers, barrel, etc.) should be moved under the supervision of pyrotechnics (controller) on the allotted plot for disposal.

3.2 marking Transport scrap and waste of nonferrous metals and alloys according to GOST 14192 with the obligatory indication of the hazard class according to GOST 19433.

3.3 Packaging

3.3.1 Scrap and wastes of nonferrous metals and alloys in coils, rolls, bundles should be tied. The number of studs and their cross-section must comply with the requirements of GOST 26653.

3.3.2 waste and Scrap of tungsten and its compounds class, In groups I, II, class G group II, group I, cadmium, cobalt, molybdenum grade In groups I, II, scrap and waste of aluminium coated with selenium, Packed in tight containers according to the GOST 2991, GOST 5959.

Pulverized tungsten-containing waste packaged in polyethylene bags with welded necks according to GOST 17811.

3.3.3 Mercury-containing waste is packaged in sealed containers according to the GOST and GOST 17366 5044и in other regulatory documents. The material of container should be inert towards all components of the waste. The use of glass containers is permitted subject to requirements of GOST 4658.

Packaging mercury rectifiers, instruments and lamps shall exclude mechanical damage during transportation.

3.3.4 the Weight of the batch of dust-containing waste and shavings must be at least 1 T.

3.3.5 Container in which to transport mercury-containing waste shall be subjected to demercurization, Tara from lead-containing waste disposal.

3.3.6 Powdery wastes of cadmium, cobalt, molybdenum, tungsten and their compounds, as well as scrap and lump wastes of hard alloys is Packed in paper bags according to GOST 2226или bags made of polyethylene film according to GOST 10354, then Packed in wooden boxes according to GOST 2991, GOST 5959.

May be Packed in barrels according to GOST 6247, steel drums BKB-50 according to GOST 5044, in soft specialized containers MKR-1, SK-2−5 according to the normative documentation.

Packaging waste non-ferrous metals other containers in agreement with the consumer.

4 Acceptance

4.1 waste and Scrap of non-ferrous metals and alloys take parties. The party should consist of scrap and waste of the same title, metal of one kind, class, group, or grade of alloy, of one kind, sent to one address and must be accompanied by a document about quality (passport) in accordance with Annex 5, a certificate of explosion in accordance with Annex 6 which is issued in four copies: two directed the transport Department, one of which is fixed in a conspicuous place in the vehicle; the third copy direct to the consumer; the fourth remains in the company, sending the scrap and wastes of nonferrous metals and alloys and certificate of decontamination and neutralization of harmful substances in accordance with Annex 7 to party of scrap and waste coming from enterprises using in the production process, radioactive and harmful substances.

4.2 During the inspection party explosion-conduct continuous monitoring.

4.3 In accordance with the requirements of the basic sanitary work rules with radioactive substances and other sources of ionizing radiation services of the supplier is carried out radiation monitoring.

4.4 For verification of scrap and waste of nonferrous metals and alloys, classes B and G for compliance with the requirements of this standard select the sample according to GOST 28053, GOST 28192, to other classes in the normative documentation.

4.5 If the parties scrap and wastes in packaged form scree, mass fraction which is greater than 5%, and in brittoniana — more than 10%, the entire batch is accepted as delivered loose.

4.6 the Acceptance of scrap and waste of non-ferrous metals and alloys of all classes, groups and varieties is carried out according to the weight of the metal.

4.7 net Mass of metal (alloy) scrap and waste of non-ferrous metals and alloys — the difference between the gross weight and mass of the vehicle, containers and debris. For aluminum, magnesium and titanium, the presence of oxides of these metals is the contamination.

4.7.1 acceptance of scrap listed below, the net weight determined according to GOST 28053, GOST 28192, is:

— chip operation, and the slag, propilovki, foils and powders of aluminum and alloys (chip, foil, scrap and wastes of class D), scrap, waste, shavings, releases toxins, propilovki, foils and powders of magnesium — the weight computed from the metallurgical output based on the laboratory samples;

for operation and Pleskov cadmium — mass they contain cadmium;

— litter and metallurgical waste of copper and copper alloys — the mass of the copper (if the content is not less than 3%), zinc (if the content is not less than 5%), tin (if content is not less than 0.5%), lead (the content of not less than 1%), Nickel (if the content is not less than 1%);

— waste of Nickel and Nickel alloys of group V, class A and B waste class G — the mass of the contained Nickel, cobalt and copper;

for other waste tin, tin and tin-lead alloys of the class G — the mass of the contained tin, antimony, lead;

for sludge and waste lead grade G and its alloys is the mass of the contained lead, tin, antimony, copper;

— for zinc and zinc alloy waste of class G is the mass contained in them, zinc, aluminum, copper;

for lead and zinc ishari is the mass of the contained zinc and lead;

— for tungsten — and molybdenum-containing compounds, dust, powder waste of hard alloys, chips — the mass of the contained tungsten and molybdenum (with the molybdenum content not more than 0.5%).

5 test Methods

5.1 Test scrap and waste of non-ferrous metals and alloys is carried out according to GOST 28053, GOST 28192 with the following additions:

— verification of reference to classes, groups and varieties is carried out visually and the marking of parts and products according to GOST 2171 or by using drip reactions or spectral analysis methods, chemical analysis methods in the regulatory documents.

5.2 Test scrap and waste of nonferrous metals and alloys, the explosion is carried out visually in accordance with the requirements specified in 3.1.11.

5.3 determination of the mass and size of the scrap and waste is carried out by weighing and measuring.

5.4 Test scrap and waste of nonferrous metals and alloys, the contamination by radioactive substances conducted dosimetry devices SRP 68−01, DP-5V or other devices in accordance with «Main sanitary rules of works with radioactive substances and other ionizing radiation sources» of OSP-72/87* and the «radiation safety Norms» NRB-96, and also Methodical recommendations on organization of work in the field of radiation safety at the enterprises of nonferrous metallurgy.
________________
* Replaced with SP 2.6.1.799−99. — Note the manufacturer’s database.

5.5 Validation of classification of scrap and waste of non-ferrous metals and alloys to the class, group, or grade and grade is carried out visually or in the laboratory of the consumer; the results of the tests serve as the basis for acceptance and payments.

In case of disagreement in assessing the quality of scrap and waste of non-ferrous metals and alloys assessment is carried out on the sample selected in the presence of supplier’s representative, in the laboratory disinterested organization.

6 Transportation and storage

6.1 Transportation

6.1.1 the Scrap and wastes of nonferrous metals and alloys transporterowych any kind of transport in accordance with the rules in force in each mode of transport and in accordance with the requirements of technical conditions for the stowage and securing of cargoes on corresponding types of transport, duly approved.

(Changed edition, Rev. N 1).

6.1.2 Transport scrap and waste of non-ferrous metals and alloys is carried out by rail in open wagons in accordance with the requirements of the technical conditions of loading and fastening of cargoes, approved in the established order. By agreement of the parties it is admitted to transport scrap and waste in covered wagons.

6.1.3 permitted transportation of scrap and waste of non-ferrous metals and alloys in universal containers according to GOST 18477 by agreement of the parties.

6.1.4 transportation allowed in the same carriage of the two parties are one kind of metal under conditions that exclude them from the mix. Transportation in the car more than two parties scrap and wastes is carried out by agreement with the consumer. In the container transporterowych one party.

6.1.5 transporterowych Mercury-containing waste in covered wagons or open wagons in a sealed container.

6.1.6 the Scrap and wastes of nonferrous metals and alloys in the form of chrome-plated, Nickel-plated kadmirovannyh or coated otherwise plated parts and pieces, as well as parts and pieces coated or alloyed with silver, put in separate batches with indication of the coating material.

6.1.7 in view of explosion and fire briquettes shavings of magnesium and magnesium alloys transporterowych in a sealed package, excluding the moisture of the briquettes, in covered wagons, containers.

6.1.8 Scrap military equipment transporterowych separately.

6.1.9 Powdered waste aluminium and its alloys transporterowych in the rubber-cord or metal containers, by agreement of the parties in the gondolas.

6.1.10 the Scrap and wastes of nonferrous metals and alloys by river transport are transported in universal containers (special) or transport packages.

6.1.11 Not allowed loading of scrap and waste of non-ferrous metals and alloys in the vehicle with the remains of previously transported cargoes (ore, gravel, etc.).

6.2 Storage

6.2.1 Scrap and wastes of nonferrous metals and alloys subject to primary processing, are stored separately according to types of metals, classes, groups and varieties in accordance with the established classification in boxes, bins, compartments and specially designed areas with a hard surface, excluding the possibility of clogging of scrap and waste of non-ferrous metals and alloys.

6.2.2 Chips, powdered wastes and wastes of aluminium, zinc-containing and lead-containing of ishare that have passed initial processing, are stored under conditions excluding ingress of moisture.

6.2.3 Shavings of magnesium and magnesium alloys stored in specially equipped warehouses located in isolated and fire resistant rooms.

6.2.4 Waste generated during the processing of alloys that contain beryllium, stored in closed containers or in closed containers.

6.2.5 zinc-containing and lead-containing sludge and ishari stored under conditions preventing precipitation.

6.2.6 Powdered cobalt, tungsten, molybdenum wastes are stored under conditions excluding ingress of moisture and active chemical substances.

6.2.7 Mercury waste is stored in special hermetically sealed containers.

6.2.8 Scrap lead batteries stored in compartments or containers on separate sites.

6.2.9 Chips of titanium and titanium alloys, are stored in special containers. Chips titanium and titanium alloys with the colors of a tint are stored separately from non-oxidized chips.

6.2.10 the Scrap and wastes of nonferrous metals and alloys subject to primary processing, as well as goats, furnace granite breaking, aircraft and other oversized scrap stored outdoors.

6.2.11 allowed to store waste and scrap, except those specified in 6.2.2−6.2.9, outdoor areas for a period not exceeding 10 days.

6.2.12 Domestic scrap is stored in closed premises.

6.2.13 Scrap military equipment are stored separately.

ANNEX 1 (mandatory). THE PROCEDURE FOR COLLECTION OF SCRAP AND WASTE OF NON-FERROUS METALS AND ALLOYS IN THE FIELD OF LOMOOBRAZOVANIJA

ANNEX 1
(required)

1 Scrap and wastes of non-ferrous metals and alloys collected in accordance with the requirements of table 1−78.

2 In the places of formation of scrap and waste of non-ferrous metals and alloys include measures to ensure the completeness of their collection and preventing their mixing, contamination, ferrous metals, non-metallic impurities, non-ferrous metals and alloys other brands.

3 Enterprises and organizations, which produce scrap and waste, with the annual volume of delivery of scrap and waste 100 tons and above should provide:

— bringing the overall condition is in accordance with the requirements for scrap and waste (table 1−78);

— packaging, linkages in coils, bundles and bundles of sheet and wire waste cutting and complex cutting scrap (leaded cables and wires with copper and aluminum conductors, cables with aluminum shell and copper core) — in accordance with the tables 1−79;

— removal of vinyl chloride and polyethylene insulation with conductors of current;

— drying and sieving the pulverized waste through the sieve with hole size of 3 mm to remove foreign debris.

Enterprises and organizations, which produce scrap and waste volume less than 100 tons per year, rent scrap and waste regional organizations of Vtortsvetmet for the consolidation of the party and the reduction of scrap and waste in accordance with the requirements of this standard.

4 Enterprises and organizations, which produce scrap and waste, with an annual volume of delivery lunoobraznoe chip 100 t or more (for aluminum and titanium chips 50 tons or more) must ensure that its packaging, or crushing.

5 Shops and stations must have the required number of metalloboranes and containers for separate collection of scrap and waste of non-ferrous metals and alloys.

6 Floors in the areas of Metalworking must have coverage that excludes the trampling of the waste.

7 Jobs, which process parts from non-ferrous metals and alloys of different brands, equipped with the necessary number of metalloboranes for the separate collection of scrap and waste.

In the processing of parts, consisting of two or more non-ferrous metals and alloys, waste is collected in separate metalloboranes.

8 Machines, metalloboranes and gender have jobs during the transition processing from one color metal, or grade of alloy to another metal or non-ferrous alloy grade free from accumulated waste.

9 Machines, hammers, presses and other equipment, other jobs, for the processing of non-ferrous metals and alloys, equipped with protective devices to prevent the spreading of waste.

10 Rolling mills non-ferrous metals and alloys, and alloy steels tools to capture scale traps of collectors.

11 Emery and grinding machine for processing of semi-finished products and molding, sharpening carbide tools equipped with dust containing non-ferrous metals and alloys, individual dust collectors separate dust collection for each metal and alloy. The group dust collectors are used if all machines in this group are treated with products or sharpened tools from one metal or alloy.

When collecting the pulverized tungsten-containing wastes less than 100 kg per year the loading is done once a year at harvest from 100 to 500 kg per year — once in six months, when collecting from 500 kg and above in the year — shipment once a quarter.

12 Lunoobraznoe shavings are collected separate from the bulk. Chips, contaminated oil and emulsion are collected in separate metalloboranes having openings for drain.

13 Waste generated during mechanical processing (bulk waste, cutting, trimming, punching, prebilovci, chips, etc.) in the metallurgical, casting, forging, rolling and other shops (slag, slivers, scale, etc.), pickling, quenching, electrolytic and galvanic baths (sludge, cathodic hooks, dendrites, ososki, etc.), collect separately for each metal and alloy grade. The collection of these wastes by groups of alloys is carried out by agreement with the consumer.

14 Taken from the surface of molten metals and alloys, wastes, slivers, Shari, seleski and goldcrests metals and alloys, metal screenings of non-ferrous metals and alloys during the regeneration of the forming land, the goats, the granite breaking furnace, fragments of crucibles and other rubbish, containing non-ferrous metals and alloys, collected separately and removed from shops at a time.

15 non-ferrous metals contained in waste solutions recovered from them under condition of economic feasibility.

Quenching and pickling bath equipped with filter traps to trap sludge.

16 Washing of lead-acid batteries and drain the electrolyte is carried out with the use of trap-sumps for collecting sludge.

17 Scrap electrochemical cells and batteries of manganese-zinc system are collected in groups — with zinc-carbon and alkaline electrolyte.

18 Scrap appliances collected under the names of metals (aluminum and lead-containing, copper-containing, copper — and lead-containing) and type of insulation (no insulation, enameled and lacquered, paper, cotton and silk insulation, nylon, Mylar, and polychlorinated polyethylene insulation, rubber insulation, outer protective cover and armor).

19 Shavings and other waste products of magnesium and magnesium alloys is collected in metalloboranes with closable lids in accordance with the rules of safety and fire protection.

20 Shavings and other wastes of titanium and titanium alloy collect for grades. The chips with the colors of tint are collected separately from non-oxidized chips.

21 Slag forming land and other types of scrap and waste containing non-ferrous metals and alloys is established by this standard or do not meet his demands for other quality parameters are collected (with the exception of magnesium and its alloys) to secure the piles, separately for each non-ferrous metals.

ANNEX 2 (mandatory). PERMIT to work on cutting scrap and waste of non-ferrous metals and alloys

ANNEX 2
(required)

Ministry, Department

name of the company

PERMIT N
to work on cutting scrap and waste of non-ferrous metals and alloys
«____" ____________19__G.
Plot
Issued works
post		surname, initials
With a team consisting
to list the surnames
security measures during the works
work has begun _______ h _____ min «____" ___________19___ work is done _______ h _____ min «____" ___________ 19___
Instruction for safe work practices in the workplace were:
Permit issued
signature, initials, surname
The manufacturer works
signature, initials, surname

APPENDIX 3 (obligatory). ACT

APPENDIX 3
(required)

Ministry, Department

the name of the consumer

ACT N ______

«____" _________ 19___G.

CLAIM Chief engineer __________________________

«____" _________ 19___G.

The detection of explosive objects in the validation of the scrap and waste of non-ferrous metals and alloys

The sender

Name

Party N

Weight

The number of the vehicle

(carriage, container, etc.)

from «____" _________ 19___G.

The audit found

a detailed description of each explosive subject

The representative of the administration

consumer

signature

post

initials

surname

Pyrotechnics

(controller of scrap and waste of nonferrous metals and alloys)

signature

initials, surname

ANNEX 4 (required). LEDGER RECEIVED UNCLEARED EXPLOSIVE OBJECTS

ANNEX 4
(required)

Room	The name and address of the company- supplier	Vehicle (wagon, container, cars)	The permit number on vzryvaet- security	Brief description of the discovered explosive devices and their number	Date detection tion	Surname, initials carried out the check	Signature

APPENDIX 5 (mandatory). PASSPORT

ANNEX 5
(required)

«____" _________ 19___G.
		the name of the supplier
		Car N
			(container, car)

The name of the metal	The name scrap and waste	Class (index)	Group (number)	Grade and designation of the standard or technical conditions	Grade

Continued

Chemical composition, %	Contamination				Metallurgical yield, %	Information about the use of radioactive and harmful substances
	Steel, cast iron	Moisture, oil	Earth	Other impurities

The representative of the administration supplier
signature	initials, surname

Seal or stamp

Stamp of technical control

Notes

1 grade and designation of normative documentation only indicates when the shipment of scrap to make alloy.

2 Chemical composition are indicative only for grades of alloys produced according to regulatory documents.

3 Contamination and metallurgical yield point for scrap and waste, if prescribed requirements table 1−79.

APPENDIX 6 (mandatory). The CERTIFICATE of explosion of scrap and waste of non-ferrous metals and alloys

APPENDIX 6
(required)

Ministry, Department

the name of the supplier

ID N _______
on the explosion of scrap and waste of non-ferrous metals and alloys
«____" _________ 19___G.
The recipient
Name
Party N
Weight
The number of the vehicle
(carriage, container, etc.)
Ship scrap and wastes of nonferrous metals and alloys meet the requirements of GOST 1639−93
The representative of the administration
supplying
signature			the post			initials, surname
Pyrotechnics
(controller of scrap and waste of non-ferrous metals)
signature	initials, surname
Seal of the supplier

ANNEX 7 (obligatory). The CERTIFICATE of decontamination and neutralization of harmful substances

ANNEX 7
(required)

Ministry, Department

the name of the supplier

ID N _______
on the decontamination and neutralization of harmful substances
«____" _________ 19___G.
The recipient
Name
Party N
Weight
The number of the vehicle
(carriage, container, etc.)
Ship scrap and wastes of nonferrous metals and alloys meet the requirements of GOST 1639−93
The representative of the administration
supplying
signature			the post	initials, surname
Seal of the supplier