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This electrostatic precipitator features a sub-field structure for high reliability and effective dust removal. Its discharge and collecting electrodes have a vertical lead hanging structure with a small rigid frame, providing good flexibility and heat resistance.
This electrostatic precipitator efficiently removes particulate matter from flue gas. It features a rapping system, isolation box, and flue gas distribution equipment.
This electrostatic precipitator is designed for gas treatment applications. It is suitable for use in industrial settings where air pollution control is required.
This system utilizes selective catalytic reduction (SCR) technology to remove NOx from flue gas. The process involves injecting ammonia into the flue gas stream, which then reacts with NOx over a catalyst to form nitrogen and water.
This system utilizes dry spray absorption technology to remove sulfur dioxide from flue gases. A lime slurry is dispersed into the flue gas stream, promoting SO2 absorption and producing a dry product that is then collected.
This system utilizes wet limestone-gypsum technology for flue gas desulfurization. It absorbs sulfur dioxide from flue gas using limestone slurry, resulting in gypsum as a byproduct.
This air treatment system is designed for industrial applications. Its modular design allows for easy integration into existing machinery setups, ensuring efficient air purification and conditioning.
This is an industrial chimney structure used for gas treatment. It features a ladder for maintenance access and is constructed from durable concrete.
This is a concrete chimney structure used in industrial settings. It facilitates the exhausting of flue gases from power generation and manufacturing processes.
This industrial dust collector system is designed for garbage incineration power plants. It effectively captures particulate matter generated during waste combustion, ensuring environmental regulation compliance and maintaining air quality.
Industrial dust collection system utilizing chemical and electrical processes for efficient particulate removal. This machinery is designed for large-scale air purification in industrial settings, featuring multiple cylindrical units, likely including electrostatic precipitators and chemical scrubbers.
Electrostatic precipitator designed for dust collection in metallurgical applications. This industrial air pollution control equipment efficiently removes particulate matter from exhaust gases produced during metallurgical processes.
This system removes sulfur dioxide and other pollutants from flue gas. It is designed for use with 83 m² sintering machines.
This system monitors environmental conditions in industrial environments. It provides real-time data and analysis for regulatory compliance and operational efficiency.
This industrial ozone generator is designed for air and water treatment. It features a self-contained unit with a control panel and associated plumbing.
Industrial ozone generator system designed for water treatment and air purification applications. The system includes multiple modular units housed in cabinets, with stainless steel piping and a cylindrical vessel.
The gas recovery device is engineered for efficient gas retrieval. It features a robust frame, compressor, pressure vessel, and integrated controls for precise operation and gas purity.
This unit recovers and purifies SF6 gas, which is ideal for environments requiring high pumping rates. It removes moisture, particulate matter, and other contaminants from SF6 gas to ensure its reusability.