GB/T 39200-2020 in English

VALID

Guide for circular economy evaluating—Thermal power industry

Issued on:2020-10-11
Implemented on:2021-05-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $220.00
$214.00

Standard No:	GB/T 39200-2020
Document status:	VALID
Title in English:	Guide for circular economy evaluating—Thermal power industry
Title in Chinese:	循环经济评价火电行业
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2020-10-11
Implemented on:	2021-05-01
ICS Classification:	13.020.20-Environmental economics
Chinese Classification:	Z00-Standardization and quality management
Professional Classification:	GB-National Standard
Related Keywords:	thermal power industry thermal power industry introduction standard framework circular economy circular economy index energy industry
Related Topics:	economy cyclic voltammetry potential pcr cycle 20 hydrogen economy Evaluation industry Circular Economy Siwei action evaluation Circular Economy Thermal power Electricity industry Double hundred action evaluation Fourteenth Five-Year Economic Environment 14th five-year circular economy development 14th Five-Year Circular Economy Circular Economy 14th Five-Year Plan economic evaluation GBT39200 GB/T 39200-2020 administrative economy Code for Evaluation of Circular Economy in Industrial Parks Distributed Photovoltaic Economic Evaluation Pyrotechnic industry Photovoltaic economic evaluation Economic Evaluation of Nuclear Power Plants Evaluation of electric current Film and television media industry evaluation Environmental protection in the electronics industry Slurry circulation pump industry Electric motorcycle industry Electronics industry environment Economic evaluation of photovoltaic power stations Home electric hot pot reviews

《GB/T 39200-2020循环经济评价火电行业》由TC415（全国产品回收利用基础与管理标准化技术委员会）归口，主管部门为国家标准化管理委员会。

Introduction

Standard Framework and Technological Evolution

As the first special evaluation specification for circular economy in the thermal power industry, this standard fills the gap in the quantitative evaluation of circular economy in the energy industry. Its technological evolution presents three major characteristics:

Technical dimension	Traditional evaluation	Innovation of this standard
Indicator composition	Single energy consumption indicator	Dual dimensions of resource output rate + recycling rate
Correction system	Environmental variables are not considered	Correction factors for 8 working conditions (load, coal quality, etc.)
Grading	Qualitative evaluation	Three-level quantitative classification (85/90/95 points threshold)

Analysis of core indicators

Resource output rate indicator

Includes 4 secondary indicators:

Coal consumption for power supply: Differentiated benchmark values according to unit type, ultra-supercritical units require ≤270gce/(kW·h)
Water intake per unit of power generation: Circulating cooling units are controlled in stages (600MW level ≤1.49m³/MWh)
Calcium-sulfur molar ratio: Reflects desulfurization efficiency, benchmark value 1.03
Denitrification agent consumption: W-type furnace benchmark 0.28g/kWh

Resource recycling rate indicator

Requires 100% resource utilization of 4 types of waste:

Typical case: A 1000MW unit produced ceramsite and desulfurized gypsum from fly ash to produce building materials, achieving an annual revenue of 32 million yuan and a circular economy index of 96.5 points.

Implementation suggestions

Data collection specifications

Need to establish:

Online monitoring system (in compliance with HJ75/76)
Three-level metering network (meeting GB24789)
Monthly data ledger (including original records of correction parameters)

Improvement path

Shortcomings indicators	Improvement measures	Expected results
Calcium-sulfur molar ratio is too high	Optimize limestone particle size distribution	Reduce desulfurizer consumption by 5%-8%
Insufficient reuse water rate	Add a reverse osmosis water reuse system	Increase to 98% benchmark value