GB 21341-2022
The norm of energy consumption per unit production of ferroalloy (English Version)

Standard No.
GB 21341-2022
Language
Chinese, Available in English version
Release Date
2022
Published By
General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
Latest
GB 21341-2022
Replace
GB 21341-2017
Scope
This document stipulates the quota level, technical requirements, statistical scope and calculation method of energy consumption per unit product of ferroalloy (hereinafter referred to as energy consumption). This document applies to ferrosilicon produced by ferroalloy submerged arc furnaces, high-carbon ferromanganese produced by electric furnaces (limited to high-carbon ferromanganese produced by the flux-free smelting process), manganese-silicon alloys, low-carbon manganese-silicon alloys, high-carbon ferrochrome, and furnace charges Calculation and assessment of energy consumption per unit product of 9 varieties including micro-carbon ferromanganese produced by high-grade ferrochrome and ferroalloy refining electric furnace, medium (low) carbon ferrochrome and blast furnace ferromanganese produced by ferroalloy blast furnace, as well as evaluation of new construction, reconstruction and expansion projects Energy consumption control.

GB 21341-2022 Referenced Document

  • GB/T 12723 General principles for establishing allowance of energy consumption per unit throughput
  • GB/T 14984.1 Ferroalloys.Vocabulary.Part 1:Materials
  • GB/T 2272 Ferrosillicon
  • GB/T 2589 General rules for calculation of the comprehensive energy consumption
  • GB/T 3795 Ferromanganese Amendment No. 1
  • GB/T 4008 Ferromanganese-silicon
  • GB/T 5683 Ferrochromium

GB 21341-2022 history

  • 2022 GB 21341-2022 The norm of energy consumption per unit production of ferroalloy
  • 2017 GB 21341-2017 The norm of energy consumption per unit product of ferroalloy
  • 2008 GB 21341-2008 The norm of energy consumption per unit product of ferroalloy
The norm of energy consumption per unit production of ferroalloy



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