T/HBTAIYANG 04-2024 Zero carbon laboratory evaluation specification
T/HBTAIYANG 04-2024 Zero carbon laboratory evaluation specification
Basic Information
Scope
Main technical content: After discussion by the standard core co-editors during the pre-research phase, this standard primarily targets inspection and testing laboratories established in accordance with Chinese laws and regulations. Laboratories that have been established and operated for at least one year may provide zero-carbon evaluation services. The standard mainly stipulates requirements in terms of personnel, equipment, management, energy conservation, and emissions reduction for laboratories. Both newly established and existing laboratories can implement this document. The zero-carbon laboratory evaluation system includes seven requirements, with the basic evaluation requirements focusing on laboratory building compliance and relevance requirements, leadership and responsibility requirements of top management, and education and awareness-raising requirements for laboratory personnel. Laboratory infrastructure requirements include design and construction requirements, which set low-carbon and environmentally friendly standards for materials used in laboratory construction and functional area design. Lighting requirements fully consider the natural lighting needs of laboratories and propose energy-saving lighting requirements for artificial lighting and zoning lighting. Laboratory equipment requirements stipulate that the procurement of auxiliary equipment must comply with national energy-saving equipment standards, reduce energy and resource consumption, and reduce equipment pollution emissions. Laboratory management requirements are mainly reflected in two aspects: laboratory informatization and intelligence, and the construction of laboratory management capabilities. Laboratory informatization and intelligence mainly aim to automate sampling, data acquisition, analysis, and report generation in laboratory testing processes, thereby improving testing efficiency, reducing human error, enhancing the reliability of testing results, and increasing the credibilit