T/CMIF 212-2023 Green Design Product Evaluation Technical Specification for Oblique Axis Pumping Aeration Machine

Scope

Main technical content: Green design, also known as ecological design or environmental awareness design, refers to the concept of considering the impact of various links in the product design and development stage, including raw material selection, production, sales, use, recycling, and disposal, on the resources and environment throughout the entire life cycle, ensuring product functionality and quality while minimizing resource consumption and using as little or no toxic and harmful materials as possible. It aims to reduce pollution and emissions during the entire life cycle of the product, thereby achieving environmental protection. Vigorously promoting the production and manufacturing of green design products is conducive to promoting green consumption and green economic development. Developing evaluation standards and norms for green design products in various industries and categories is the foundation for creating green design products, and a perfect standard system is the guarantee for smoothly promoting green design products. The oblique-axis flow aerator is a flow and oxygenation equipment in which the impeller is immersed in water and its axis is inclined to the water surface. This equipment is widely used in the wastewater treatment process and has the advantages of long service life, convenient installation and maintenance, flexible working position, and low noise. With the continuous enhancement of energy conservation and emission reduction awareness throughout society, oblique-axis flow aerators are moving towards high-efficiency and energy-saving development. This document, on the basis of ensuring that the performance and structure of oblique-axis flow aerators meet product standard requirements, proposes requirements in terms of compliance with environmental protection requirements, no or minimal harm to the ecological environment and human health, low resource and energy consumption, and high safety factors during the entire life cycle of th

Development Information

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