T/CQJR 024-2024 Carbon Emission Reduction Performance Evaluation Guide for Heat and Pressure Residual Utilization Projects

Scope

This article specifies the scope, terminology, general principles, evaluation content, and evaluation reports for the carbon emission reduction performance evaluation of waste heat and pressure utilization projects. This article is applicable to the carbon emission reduction performance evaluation of waste heat and pressure utilization projects within Chongqing City, and the project types include: a) Using non-steady state waste heat recovery and saturated steam power generation technology; b) Coal gasification multi-generation gas turbine power generation technology; c) Deep waste heat recovery technology of integrated optimization systems for flue gas in thermal power plants; d) Waste heat utilization technology of mine blast furnace flue gas; e) Waste heat comprehensive utilization technology of oilfield production wastewater; f) High-efficiency recovery and utilization of converter gas; g) Low-heat-value blast furnace gas combined gas-steam power generation; h) Cement suspension preheating and decomposition technology with high gas-solid ratio for medium- and low-grade waste heat and pressure recovery and utilization; i) Combining waste heat and pressure utilization technology with process energy saving, etc. 1 General Principles 1.1 Evaluation Principles 1.2 Evaluation Basis 1.3 Evaluation Conditions 1.4 Evaluation Boundaries 1.5 Evaluation Period 2 Evaluation Content 2.1 Evaluation Preparation 2.2 Data and Information Collection and Statistics 2.3 Carbon Emission Reduction Performance Evaluation 2.4 Output of Carbon Emission Reduction Performance Evaluation

Development Information

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