A Novel Hybrid Scrubber Electrochemically Air Purify & Dust Removal
Technical Highlights & Features
Technical Highlights
•A great improvement for conventional scrubber
•One pot treatment for both of GAS and WATER cleaning
•Highly Efficiency and Energy Saving
•Fuzzy Control design – Smart and energy-saving
Core Treatment Processes
•Electrochemical treatment – parallel Electrodes Design
•Gas-liquid mixtures separation – passive processing
•Solid-liquid separation – flocculation and settling separation
Applications
•Broad applications of oil smoke and aero particles
•Meet ESG requirements
Renovation vs. convention in gas scrubber
•Excellent Performances
•Saving more energy
•Win-Win situation
Environmental friendly novel scrubber
•A new pathway to Environmental Conservation
•Green treatment without harzard chemicals
Application Range of the hybrid electrochemical scrubber Air Purification and Dust Removal System
Hybrid Electrochemical Scrubber Appartus DeviceInternal Mechanism
comparison between the conventional and Innovative hybrid electrochemical scrubber devices
The Hybrid Scrubber to clean Air & Dust Electrochemically
Cleaning processes Integration
•Electrochemical process
•Physical process
Effective and Comprehensive Treatments
•Multi-layer electrode plates can remove a variety of pollutants
•One pot removal
•Nano sized dust removal
‥fine particles difficult to remove by conventional technologies.
•Combination of wet scrubbing and electrical energy to treatgroups of pollutants.
Smart and Energy-Saving Design
•Fuzzy control
‥precised operation
‥automation thus op cost down
•ESG compliance for energy savings and emissions reductions.
Electrochemical process and its Reactions
IntegratedCleaning processes
Electrochemical process
•Electrodes direct and indirect redox reations
•Hydrogen generation to help the separation process
parallel Electrodes array
•Multi-layer Electrode made maximizes reaction area for improved efficiency
•Distribution of water mist and waste gases,
•Provide a uniform electric field to treat pollutants
Decomposition Mechanism for Gas-Liquid Mixtures
•Micronized water mist increase contact surface toward electrodes.
•Pulsed electrical current degrade pollutants in milliseconds.
Solid-Liquid Separation and Advanced Treatment of Waste Gas and Wastewater
•Electrocoagulation coagulate particles for effective solid-liquid separation.
•Discharges may meet the ESG requirements and environmental standards.
Advantages and Comparative Analysis of the Technology
Technological Superiority and Comparative Analysis
Comparison of Total Cost and EfficiencyEfficiently removes complex pollutants, avoiding multiple treatments. Reduces long-term costs.Low maintenance frequency, stable operation, and extended equipment lifespan.
Efficiency Comparison of Various Devices Dust Removal, Deodorization, and Oil Removal Equipment Comparison
Comparison Table of Pressure Loss and Required Power for Dust Collection, Deodorization, and Oil Removal Devices
Applications
Potential Marketsand Oppo’s
Key Industries
•petrochemical, semiconductor, electronics, food processing, and manufacturing.
•Provide solutions to problems like VOCs, particulates, odors, and oil mists.
Future Market Opportunities
•Industries need to meet stringent ESG requirements and environmental standards for waste treatment.
•Meet trends in Green Energy and Environmental Protection sections.
•Markets emphasizing issues such as carbon neutrality and circular economy goals.
Summary for Hybrid Scrubber
•Hybrid scrubber equipped Electrochemistry functions to purify gaseous contaminates effectively.
•One pot treatment of particles、dust、grease、organic & inorganic pollutants plus heavy metals in exhaust gas and wastewater.
•Small footplan、Energy saving、Easy O&M
•One of the ideal Scrubber design offers better solutionon for modern pollution control in efficient, cost-effective and sustainable way.