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Integrated Dust Removal and Climate Control System for Ultra-Large, High-Ceiling Spaces

This product adopts a stratified air supply design to efficiently resolve unorganized emissions, including flue gas, dust, and odors, in ultra-large industrial facilities with high ceilings.

Distributed Dust Removal and Climate Control System for Ultra-Large, High-Ceiling Spaces

This product adopts distributed dust removal and temperature control technologies to reduce both equipment investment and operational energy consumption.

High-Temperature and High-Humidity Flue Gas Dust Removal and Powder Recovery System

This product features an integrated design based on mechanism modeling, innovative processes, advanced materials, new structural solutions, and intelligent control. It achieves stable, high-efficiency dust removal and the recovery of valuable particulate matter.

Stand-Alone Dust Removal and Temperature Control Unit

This product combines dust removal and temperature control in a single system. It features flexible deployment, easy installation, and low operation and maintenance costs.

VOCs Concentration and Regenerative Thermal Oxidation (RTO) System

This product combines zeolite adsorption with regenerative combustion to achieve efficient VOCs purification and low energy consumption.

Multi-Point Source Duct Network Dust Removal System

This product adopts a matrix-based layout to connect multiple flue gas collection points, enabling efficient capture and centralized treatment of emissions within complex industrial spaces.

Ceramic Filter Tube System for Denitrification, Dust Removal, and Desulfurization

This product utilizes the composite structure of ceramic filter tubes to enable the synergistic removal of multiple pollutants.

Multi-Stage Wet Dust Removal System

This product adopts a multi-stage integrated process to achieve highly efficient dust removal.

Wet Desulfurization and Dust Removal System

This product adopts the limestone/lime–gypsum wet desulfurization and dust removal process, featuring mature technology, high removal efficiency, and stable operation.Hunan Province.

SCR Denitrification System

This product utilizes NH₃ and a catalyst to reduce NOₓ into N₂ and H₂O at a specified temperature. The reducing agent is typically aqueous ammonia or urea.

In Situ Microbial Enhancement System

This product utilizes composite functional microbial consortia to achieve sludge reduction, high-efficiency nitrogen removal, and carbon source savings.

Cyclonic Multi-Media Filtration System

This product adopts swirl-type multimedia filtration, achieving a suspended solids removal rate of 90%–97% and targeting particles as small as 0.45 µm.
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