T/CPPC 1065-2023 Guidelines for Calculating Greenhouse Gas Emissions in Industrial Parks
T/CPPC 1065-2023 Guidelines for Calculating Greenhouse Gas Emissions in Industrial Parks
Basic Information
Scope
Scope: This guideline specifies the requirements for determining the accounting boundaries and emission sources of greenhouse gas emissions in industrial parks, accounting for fossil fuel combustion emissions, accounting for purchased and output electricity emissions, accounting for industrial production process emissions, accounting for waste treatment process emissions, accounting for related production activity data, data quality control plans, data quality management, and regular reporting and information disclosure formats. This guideline applies to the greenhouse gas emission accounting of national, provincial, and municipal industrial parks with dedicated management institutions. Other levels and types of industrial parks and industrial clusters may refer to this guideline for reference. This guideline does not apply to industrial parks mainly engaged in service industries such as trade and logistics and technological innovation. Main technical content: The workflow for conducting greenhouse gas emission accounting and reporting in industrial parks is generally divided into four steps, as shown in Figure 1. (1) Determine the accounting boundaries of greenhouse gas emissions in industrial parks based on the purpose of conducting accounting and reporting work; (2) Conduct greenhouse gas emission accounting for enterprises, industries, and parks in turn at three levels: ① Identify greenhouse gas sources and types, and establish a list of identified emission facilities; ② Based on the current situation of energy production and use activities in industrial parks, conduct heat and electricity balance analysis to identify the comprehensive situation of energy development and utilization in the park; ③ Based on the current situation of energy development and utilization, industrial production, and pollution control activities in industrial parks, conduct carbon and fluorine element flow analysis to identify the mutual influence of greenhouse gas-related real econo