T/CPCIF 0215-2022 The green factory evaluation requirements for strontium salt industry
T/CPCIF 0215-2022 The green factory evaluation requirements for strontium salt industry
Basic Information
Scope
Scope: This document stipulates the general principles, evaluation indicators and requirements, evaluation procedures, and evaluation reports for the evaluation of green factories in the strontium salt industry. This document is applicable to the evaluation of green factories in the strontium salt industry that produce strontium carbonate, strontium nitrate, and strontium chloride. Main technical content: 4.2 Evaluation methods for green factories in the strontium salt industry: — The evaluation indicators adopt a weighted comprehensive scoring method, with a total score of 100 points for each indicator; — The evaluation indicators are divided into mandatory indicators and optional indicators. Mandatory indicators are expressed with the modal verb "should", while optional indicators are expressed with the modal verb "it is recommended"; — Mandatory indicators will receive full marks if they meet the requirements, and no marks will be awarded if they do not meet the requirements; — Optional indicators will receive full marks if all of them meet the requirements, and the score will be determined based on the degree of compliance between 0 and full marks if some of them do not meet the requirements. 4.3 Weighting coefficients and indicator scores 4.3.1 The weighting coefficients for the first-level indicators of green factories in the strontium salt industry are as follows: a) Basic requirements (see 5.1) adopt a one-vote veto system and must all be met; b) Infrastructure (see 5.2) 20%; c) Management system (see 5.3) 15%; d) Energy and resource input (see 5.4) 15%; e) Products (see 5.5) 10%; f) Environmental emissions (see 5.6) 10%; g) Performance (see 5.7) 30%. 4.3.2 The specific evaluation requirements for the second-level indicators will be scored separately, with the performance indicators adopting a graded scoring model.