The core pollutants in the exhaust gas of generator sets mainly include nitrogen oxides (NOx), carbon monoxide (CO), hydrocarbons (HC), particulate matter (PM). The usage scenarios of generator types (diesel/gasoline/gas) include fixed units, mobile units, emergency/common use, and environmental emission standards. Green Valley Environmental Protection always adheres to the principle of “precise adaptation and efficient treatment”, and tailors a one-on-one exclusive treatment plan to ensure the scientific, targeted, and feasible nature of the plan.
Green Valley Environmental Protection focuses on the treatment of waste gas from generator sets. Before designing a treatment plan, it is necessary to conduct research on the power, fuel type, operating market, waste gas emissions, and installation environment of the generator set. Different generator sets have different operating hours, total waste gas emissions, equipment wear and tear levels, and different operation and maintenance requirements. It is necessary to comply with local environmental emission standards. Based on the situation of this generator set, we design a one-on-one plan.
Exhaust gas treatment of backup generator units in a smart computing center in Anhui Province
Brand and model: Weichai 2200KW
Model: GRVNES70-CYJ-16-L
Quantity: 10 sets
Select single or combined treatment technologies based on the type of generator set and pollutant concentration to ensure emissions meet standards:
Green Valley Environmental Protection selects suitable units for different exhaust emissions and working conditions, and adopts different technology combinations for exhaust gas treatment based on the type, application scenarios, and characteristics of the generator set. At the same time, it is equipped with intelligent control systems to ensure efficient operation. Configure an intelligent control system for the exhaust gas treatment system, which collects real-time data on exhaust gas temperature, pressure, pollutant concentration, equipment operation status, etc. through sensors and uploads it to the cloud management platform. Enterprises can remotely monitor the system operation status through computers, view emission data and equipment status in real time. When the system encounters abnormalities, the platform will automatically issue warnings and push troubleshooting suggestions to help operation and maintenance personnel quickly solve problems.
Post time: Sep-25-2025