In today’s wave of digitization, data centers, as the core of the information age, support massive storage and high-speed data processing, playing an irreplaceable key role in the operation of the economy. However, with the explosive growth of data business, the energy consumption and environmental impact of data computing power centers have become increasingly prominent. In the process of power supply, the generator sets will produce exhaust gas during operation. Faced with the problem of green development that troubles the industry, Green Valley Environmental Protection provides a green and efficient solution for the exhaust gas treatment of data computing power center generator sets with advanced technology and rich practical experience.
The data computing power center, as an important backup power source to cope with power outages, shoulders the responsibility of maintaining the normal operation of the data center at critical moments. However, traditional fuel powered generators inevitably generate a large amount of complex exhaust pollutants during operation, mainly including particulate matter (PM), carbon monoxide (CO), nitrogen oxides (NOx), and hydrocarbons (HC). These pollutants affect the environment and human health.
Faced with the complex problem of exhaust gas treatment for power generation units in data centers, Green Valley Environmental Protection has launched technologies and equipment for exhaust gas treatment based on its profound technological accumulation and cutting-edge research and development capabilities. Green Valley Environmental Protection’s particle trap uses 316L alloy metal felt imported from France as the filtering material. These materials have excellent high temperature resistance and corrosion resistance, strong breathability, and efficient filtration of exhaust particulate matter. Through modular and customized design, the generator set’s different displacements, complex working conditions and other parameters are precisely optimized to ensure that the exhaust can pass through the filter element 360 degrees in all directions, achieving efficient particle capture. In practical applications, the particle purification efficiency is as high as 97% or more, effectively intercepting pollutants such as black smoke and dust in the exhaust, greatly reducing the visible pollution level of the exhaust, and making the Ringman blackness of the exhaust reach below the first level standard, significantly improving the surrounding atmospheric environment quality. The sentence is:. In addition, DPF is also thoughtfully equipped with an automatic bypass alarm system. When the filter element becomes clogged due to long-term particulate matter capture, resulting in high back pressure, the system will quickly and automatically open the bypass to ensure the safe and stable operation of the equipment, avoid equipment failure and shutdown risks caused by blockage, and provide reliable guarantee for the continuous power supply of the data center.
The SCR denitrification system independently developed by Green Valley Environmental Protection is an efficient technology for reducing nitrogen oxide emissions. Under specific temperature and catalyst conditions, the NOx in the exhaust gas is reacted and reduced to harmless nitrogen gas N2 and water H2O, with a purification efficiency of over 98%, greatly reducing the concentration of nitrogen oxide emissions. Through intelligent design, precise injection, and remote control and other cutting-edge functions, the ammonia injection amount and time are automatically and accurately adjusted to ensure that the denitrification process can maintain efficient operation under different working conditions of the generator set, ensuring denitrification efficiency, avoiding excessive injection of ammonia gas, and avoiding resource waste and secondary pollution. The remote control function facilitates operation and maintenance personnel to monitor and regulate the system operation status anytime and anywhere, improving operation and maintenance efficiency. Greatly reduce labor costs.
Project client: Shanghai Integrated Power Manufacturing Co., Ltd
Matching: DPF+SCR denitration equipment (12 sets)
Brand and model: Cummins QSK60-G22
Displacement: 60L
NOx decreased from 3147mg/m3N to<150mg/m3
SO2＜10
With the continuous tightening of environmental policies and the continuous expansion of data business, the demand for tail gas seaweed mud in data computing centers is becoming increasingly urgent. Green Valley Environmental Protection will continue to use technology as the pen and innovation as the ink to provide efficient, intelligent, and reliable tail gas treatment solutions for data computing centers.
Post time: Jul-26-2025