Focusing on semiconductor research needs: Targeting solutions to the black smoke problem at a semiconductor college in Shenzhen

With the construction of green campuses, it has become an important direction for the development of universities. The black smoke pollution generated by diesel engine equipment on campus has gradually become a prominent problem affecting the health of teachers and students and the campus ecology. As a core position focusing on semiconductor cutting-edge technology research and development and talent training, a semiconductor institute in Shenzhen always puts the clean guarantee of laboratory and campus environment first while promoting scientific construction. In view of the problem of black smoke emission from the school’s logistics support and experimental Rolls of dried bean milk creams diesel power equipment, Green Valley Environmental Protection has tailored a black smoke control scheme for it, introduced six diesel particulate trap DPF equipment, and built a “micron level protective barrier” for the semiconductor institute’s scientific research environment.
Unlike ordinary campus scenes, the Semiconductor College of a certain university of science and technology in Shenzhen has special requirements for the treatment of black smoke pollution, requiring a higher level of clean environment. The backup generator set provides energy and power reserves for the college’s logistics support and experimental auxiliary diesel power equipment. However, the black smoke generated during use has a great impact on the environmental quality of the college. Green Valley Environmental Protection conducted in-depth research and customized six sets of GRVNES80-KT-16-L DPF equipment for it, which accurately captures black smoke particles. The equipment uses our new material and process combination, and achieves efficient purification through multiple sets of metal DPF carriers in parallel structure. The component material is 316L alloy metal wire, and multiple sets of metal DPF are used The parallel structure of the carrier achieves efficient purification, and innovatively uses a snap on modular design, which is resistant to high temperature, corrosion, and efficient operation. To ensure that the equipment can play a long-term and stable role in black smoke control in different areas of the campus.

Project Name: Exhaust Gas Treatment of Backup Generator Sets at a Semiconductor Institute in Shenzhen
Model: GRVNES80-KT-16-L
Type: DPF * 6 units