Language
Core Technology
—
Two phase catalytic
oxidation technology
Multi level AO
process control
technology
Industrial wastewater
- leachate treatment
equipment for garbage
Two phase catalytic oxidation technology
Two phase catalytic oxidation technology is an excellent process developed based on the Fenton reaction principle through extensive experimentation and engineering practice, which integrates electrochemical coagulation, catalytic oxidation, and flocculation precipitation.
Fenton reagent can generate hydroxyl radicals (· OH), with extremely strong oxidizing power and no selectivity towards organic compounds, making it widely applicable; Its oxidation potential reaches+2.8V, making it the inorganic oxidant with the strongest oxidation ability except for elemental fluorine. It can react with organic matter to generate organic radicals, which further oxidize and cause carbon chain breakage in the organic structure. This breaks the bonds of difficult to degrade substances in large molecules, turning them into small molecules and ultimately oxidizing them into H2O and CO2. Some organic compounds are directly mineralized.
The two-phase catalytic oxidation technology adopts a two-stage reaction, with the first stage reaction using a composite heterogeneous transition metal catalyst. The inner valence orbitals and outer orbitals of metal ions in transition metal oxides can undergo cleavage, and the d orbitals of metal cations in transition metal oxides are prone to losing or taking electrons, exhibiting strong redox performance. In addition, transition metal oxides have strong heat resistance and toxicity resistance, which are more conducive to adjusting catalyst performance. These characteristics make transition metal oxides a good catalyst for redox reactions. The secondary reaction uses solid zero valent composite metals as catalysts, which have strong reduction and microelectrolysis effects, and can treat various azo dyes and complex cyclic organic compounds, effectively reducing the content of complex chromogenic organic compounds in water.
Technical advantages:
•The reaction pH is controlled at neutral, without the need for acid injection, resulting in low operating costs.
•Capable of handling various azo dyes and complex cyclic organic compounds.
•Cannot handle multiple azo dyes and complex cyclic organic compounds.
•Intelligent control of dosage and simple operation and maintenance.
Multi level AO process control technology
The purpose of removing organic matter and ammonia nitrogen is achieved through a series of multi-stage AO tanks. The entire system continuously receives and receives water, greatly improving the volumetric capacity. The primary AO tank mainly completes decarbonization (removal of organic matter), while the secondary AO tank achieves efficient removal of ammonia nitrogen by forming a synchronous nitrification denitrification environment. Its special reactor structure design, combined with multiple parameters such as dissolved oxygen and pH, enriches various microbial aggregates, completes synchronous nitrification and denitrification processes, and achieves one-step low consumption and high-efficiency removal of ammonia nitrogen.
Technical advantages:
• Has a large specific surface area, good hydrophilicity, and strong impact resistance.
• Using bio affinity suspension packing, it has strong affinity, easy membrane formation, high biological activity, and good mass transfer effect.
• No internal reflux of nitration solution, saving land and reducing operating costs.
•Efficient mass transfer technology.
Industrial wastewater - leachate treatment equipment for garbage
With the two-stage DTRO process as the core, the biological method, membrane method, and MVR evaporation crystallization process have been expanded, and integrated modular equipment has been formed, such as containerized leachate treatment machines, mobile treatment vehicles, fixed treatment stations, etc., suitable for various sub scenarios of leachate generation in landfills, incineration power plants, garbage transfer stations, and comprehensive garbage treatment plants.
Technical advantages:
•Not affected by biochemical factors, the effluent remains stable and continuous
•Fully automated operation and easy maintenance
•Relatively small footprint compared to conventional processing techniques
•Low engineering investment and operating costs
Solution
—
Biopharmaceutical industry
Garbage leachate industry
Electronic circuit industry
Industrial film products
New energy industry
Petrochemical industry
Customer Case
—
Biopharmaceutical industry
Electronic circuit industry
New energy industry
Garbage leachate industry
Industrial film products
Petrochemical industry
Recent Achievements
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|
Industry |
Project Name |
Area |
Workmanship |
Project Scale |
|
industrial waste water |
Construction of High Salt Wastewater Equipment for the "Super Factory" Project (Phase I) of China Pharmaceutical Valley |
Henan province |
Hard removal+triple effect evaporation |
8m³/h |
|
industrial waste water |
China Construction Xinjiang Construction Southwest Installation 2025 Xingping City Water Resources Conservation and Intensive Utilization Project Phase I Project Water Equipment Professional Engineering Materials and Equipment Procurement, Supply, Installation and Debugging |
Xinjiang |
Coagulation sedimentation+V-type filter (10000 tons/day)+ultrafiltration+reverse osmosis (1000 tons/day) |
10000m³/d |
|
Coating wastewater |
Malaysia Innoway Wastewater Treatment System |
Malaysia |
Coagulation precipitation+Fenton catalytic oxidation+hydrolysis acidification+contact oxidation+secondary sedimentation+sand carbon filtration |
200m3/d |
|
coating wastewater |
Zhenyi Automobile Co., Ltd. (Plant 2) Sewage Treatment Plant Technical Renovation Project |
Anhui |
Preprocessing+two-level AO |
200t/d |
|
industrial waste water |
Supply and installation of water reuse facilities for Shunde Meizhi Refrigeration |
Guangdong |
Pre treatment+ultrafiltration+reverse osmosis |
200t/d |
|
industrial waste water |
Midea Intelligent Manufacturing (Thailand) Co., Ltd. Wastewater Equipment Procurement |
Thailand |
Third level degreasing and degreasing+third level water washing, pottery making+two-stage water washing |
120t/d |
|
Medical wastewater |
Yushan County Traditional Chinese Medicine Hospital Sewage Treatment Overall Construction Project |
Jiangxi |
Pre treatment+anaerobic+two-stage A/O |
400t/d |
|
Landfill leachate |
Longnan City Urban Domestic Waste Sanitary Landfill Leachate Treatment Station Management and Operation Project |
Jiangxi |
Pre treatment+anaerobic+two-stage A/O+MBR+RO |
180t/d |
|
industrial park |
Sichuan Entai Intelligent Material Technology Co., Ltd. Biochemical System Treatment Tank EPC Project |
Sichuan |
Anaerobic+A/O |
2000m³/d |
|
industrial park |
Xingyuan Material (Foshan) New Material Technology Co., Ltd. Wastewater Treatment Project |
Guangdong |
Chemical precipitation+A/A/O+MMF+UF+RO membrane |
150t/d |
|
breed |
2023 Shunde District Daliang, Lunjiao, and Leliu Street Breeding Pond Renovation and Upgrading Project - Design (First Batch) |
Guangdong |
Biological purification+regulation |
|
|
industrial park |
Jiangmen Heshan Provincial Industrial Transfer Park Hecheng Park Infrastructure Upgrade Project - Equipment Procurement Project for Hecheng Third District Sewage Treatment Plant and Supporting Interception Pipe Network Engineering |
Guangdong |
Preprocessing+AO |
20000m³/d |
|
biopharmaceuticals |
Procurement and Installation of Equipment for the New Public Supporting Wastewater Station Project in Area A of Phase III of the Biomedical Industry Park |
Jiangsu |
Two phase oxidation+multi-stage AO+UF+RO+MVR evaporation concentration |
150t/d |
|
Electronic electroplating |
Shandong Dongying Kejuda Surface Wastewater Treatment Facility |
Shandong |
Coagulation sedimentation+air flotation+SBR+MVR evaporation concentration |
55m³/d |
|
Landfill leachate |
Tianjin Shuangkou Domestic Waste Sanitary Landfill 400 ton daily leachate treatment facility entrusted operation and management project |
Tianjin |
Pre treatment+anaerobic+two-stage A/O+MVR evaporation concentration |
400t/d |
|
Landfill leachate |
Management and operation services for leachate treatment station of urban solid waste sanitary landfill in Longnan City |
Jiangxi |
Pre treatment+anaerobic+two-stage A/O+MBR+RO |
180t/d |
|
Industrial coating |
Wuhu Industrial Park Wastewater Treatment Project |
Anhui |
Coagulation sedimentation+two-stage AO |
900m³/d |
|
Landfill leachate |
Xiajiang County Domestic Waste Landfill Leachate Treatment (Phase II) Operation Service Project |
Jiangxi |
Pre treatment+anaerobic+two-stage A/O+MBR+RO |
150t/d |
|
industrial park |
Installation and procurement of sewage and industrial wastewater equipment in Suichuan County Industrial Park |
Jiangxi |
AO Biochemistry+MBR Membrane |
1000m³/d |
|
Landfill leachate |
Yongqing County Municipal Solid Waste Incineration Power Plant Project (Phase I) - Procurement and Installation of Complete Equipment for Leachate Treatment System |
Hebei |
Pre treatment+MVR evaporation concentration+steam purification online cleaning+concentrated liquid drying |
300t/d |
|
medical treatment |
Ganzhou Maternity and Child Hospital Sewage Treatment Equipment Procurement and Installation Project |
Jiangxi |
Preprocessing+two-level AO |
300m³/d |
|
industrial park |
Pingxiang Economic Development Zone Zhou Electronic Information Industry Park Sewage Treatment Plant Phase II Project |
Jiangxi |
Preprocessing+two-level AO |
1000m³/d |
|
Landfill leachate |
Tianjin Shuangkou Domestic Waste Sanitary Landfill Leachate Treatment Expansion Project |
Tianjin |
Pre treatment+MVR evaporation concentration+steam purification |
400t/d |
|
industrial park |
Pingxiang Economic and Technological Development Zone Zhoujiang Information Industry Park EPC Construction Project |
Jiangxi |
Preprocessing+two-level AO |
1000m³/d |
|
Landfill leachate |
Procurement of leachate treatment station project for harmless treatment of domestic waste in the main urban area of Changzhi City |
Shanxi |
Pre treatment+anaerobic+two-stage A/O+MVR evaporation concentration |
1500t/d |
|
Electronic electroplating |
Suzhou Gefan Hardware and Plastic Industry Co., Ltd. Electroplating Wastewater Deep Reuse and Zero Discharge Transformation and Operation Project |
Jiangsu |
Preprocessing+MVR |
2000m³/d |
|
industrial park |
Pingxiang Economic and Technological Development Zone Sanhe Governance Project |
Jiangxi |
Preprocessing+integrated equipment |
1000m³/d |
|
industrial park |
West District Sewage Treatment Project of Jiangxi Huichang Taiwan Business Entrepreneurship Base |
Jiangxi |
Preprocessing+MBR |
4000m³/d |
|
industrial sewage |
Qingtongxia New Material Base Wastewater Treatment Plant Tail Water Quality Improvement and Reuse Project |
Ningxia |
Preprocessing+MBR |
10000m³/d |
|
Fine Chemicals |
Water treatment equipment project for Shandong Yantai Chemical Wastewater Treatment Project |
Shandong |
Pre treatment+Two phase catalytic oxidation+MBR |
20m³/d |
|
food |
Ningxia Meiyu Liquor Industry Wastewater Treatment Project |
Ningxia |
Preprocessing+two-level AO |
20m³/d |
|
sewage treatment |
Emergency Response Equipment Project for Dongfanghong Sluice in Leping City |
Jiangxi |
Superparamagnetic separation |
10000m³/d |
|
Industrial coating |
Wuhu Industrial Park Wastewater Treatment Project |
Anhui |
Coagulation sedimentation+two-stage AO |
900m³/d |
