■Domestic sewage treatment
Domestic sewage treatment
Smart Integrated Wastewater Treatment System: Reliable, Compact, and Intelligent
The Smart Integrated Sewage Treatment Equipment adopts advanced international biological treatment technology, designed to remove BOD₅, COD, and NH₃-N in one compact solution. This system offers stable performance, excellent purification results, low operational investment, minimal footprint, and easy maintenance. It can also be customized with reclaimed water reuse modules based…
BFTR Integrated Sewage Treatment | Efficient, Low-Maintenance Biofilm Technology
The BFTR Integrated Wastewater Treatment System, developed by MOTIVA is a next-generation biological membrane reactor engineered to overcome the limitations of traditional MBR systems. Designed for efficiency and reliability, it provides a robust, low-maintenance solution with effluent quality meeting China’s Class A Discharge Standard. …
BDF-M Integrated Wastewater Treatment System｜Smart & Cost-Efficient
The BDF-M Integrated Wastewater Treatment Equipment is a premium solution developed specifically for rural and township applications where sewage treatment is costly and complex. Designed with a daily treatment capacity ranging from 5 to 5000 m³, the system ensures effluent consistently meets Class A Discharge Standard. Why Choose BDF-M Integrated…
New Material QDPP Integrated Sewage Treatment Equipment
The QDPP Integrated Sewage Treatment Equipment is made from advanced high-modulus polypropylene (PP) material, specially designed for municipal engineering, industrial wastewater, and various highly corrosive applications. This equipment offers excellent corrosion resistance, acid and alkali durability, and superior toughness. It supports buried installation up to 3 meters deep and has…
Smart Underground Pumping System with HMPP
The HMPP Pump Station is an advanced underground wastewater, stormwater, and freshwater lifting solution, built with new-generation materials and integrated biological treatment. This all-in-one system combines biochemical treatment, sedimentation, filtration, and disinfection—ensuring stable effluent quality and long service life. Its gravity-driven flow minimizes energy consumption, while an intelligent control platform…
■industrial wastewwater taratment
industrial wastewwater taratment
MOTIVA Formaldehyde Wastewater Treatment from MDF Flue Gas Scrubbing
Wastewater Characteristics & Challenges Wastewater from wet scrubbing of MDF flue gas contains high concentrations of organic matter and formaldehyde. Its recirculation leads to pollutant buildup, making conventional physicochemical or biological methods ineffective due to formaldehyde’s toxicity and low biodegradability. MOTIVA's Innovative Solution Leveraging our patented catalytic electrolysis…
Zero Liquid Discharge (ZLD) Technology for Industrial Wastewater｜MOTIVA
What is Zero Liquid Discharge (ZLD)? ZLD means that wastewater generated in the production process is treated for complete internal recycling, with no liquid discharge from the factory. Salts in the water are concentrated, evaporated, and crystallized into solids for offsite disposal or reuse as raw materials. This technology…
Zero Liquid Discharge (ZLD) Technology for Coal Chemical Wastewater
MOTIVA’s high-performance catalyst utilizes active metal oxides and elemental metals in a 3D structural framework. This enhances micropore uniformity and surface area under high temperatures, maximizing oxidation efficiency. Under the same conditions, target contaminants can be removed 30%-80% more efficiently. Key Advantages of ZLD Technology for Coal Chemical Wastewater…
Scalable RO Brine Treatment with MOTIVA Electrolysis + SAO₃ Oxidation
Current Situation of RO Brine Treatment RO brine, primarily generated from reverse osmosis systems, contains high concentrations of non-biodegradable organics, salts, and heavy metals. Direct discharge risks environmental contamination, and municipal plants struggle with its high salinity. MOTIVA Treatment Technology MOTIVA applies FCM-IV catalytic self-electrolysis and SAO₃ ozonation…
Nickel Removal Technology for Electroplating Wastewater
Conventional methods such as coagulation, electrochemical treatment, ion exchange, and membrane separation are costly, unstable, and complex. Most cannot reliably reduce nickel to below 0.1 mg/L, the new limit in China’s discharge standards. MOTIVA's Advanced Nickel Removal Solution MOTIVA utilizes its patented SAO3-IV ozone catalyst in a hybrid…
Efficient Pesticide Wastewater Treatment Project
Advanced catalytic technology enables efficient removal of organics and heavy metals in pesticide wastewater, ensuring stable compliance for various industrial effluents while reducing operational costs. MOTIVA’s efficient catalyst utilizes various highly active metal oxides and elemental metals as catalytic materials, combined with the latest three-dimensional framework technology. Under high-temperature conditions,…
■Industrial Park Wastewater
Industrial Park Wastewater
Industrial Park Wastewater Upgrading Solution
Technical Features Excellent Removal Performance Effluent meets or exceeds the Class I discharge standard of the national "Discharge Standard of Pollutants for Municipal Wastewater Treatment Plant" (GB18918-2002). Low Treatment Cost Small footprint, low construction cost, low operating expenses, and long service life. Wide Applicability Suitable for effluent from various wastewater…
■Landfill Leachate
Landfill Leachate
Innovative Kitchen Wastewater Treatment Technology by MOTIVA
The massive generation of kitchen waste poses serious threats to our soil, water, and air. During the transportation and handling of food waste, a significant amount of kitchen wastewater is inevitably produced. This wastewater is rich in animal and vegetable oils, starch, juice, and other organics like proteins and amino…
Full-scale Leachate Treatment Technology (SFAO3) by MOTIVA
Leachate Treatment Background Landfill leachate is generated during the decomposition of municipal solid waste in landfills, combined with rainwater infiltration and long-term exposure to surface and groundwater. It contains high concentrations of heavy metals, organics, COD, and ammonia nitrogen, making it highly polluting and difficult to treat. Limitations of…
Comprehensive Solutions for Kitchen Waste Treatment | MOTIVA
Kitchen waste refers to perishable, organic-rich household waste, including leftover food, vegetable scraps, fruit peels, rotten meat, and other biodegradable materials. It encompasses household kitchen waste, food waste, and other organic residuals. Key Features of Kitchen Waste High Moisture Content: Approximately 80%-95%, leading to low calorific value and…
Full-scale Leachate Treatment Technology (SFAO3) by MOTIVA
Leachate Treatment Background Landfill leachate is generated during the decomposition of municipal solid waste in landfills, combined with rainwater infiltration and long-term exposure to surface and groundwater. It contains high concentrations of heavy metals, organics, COD, and ammonia nitrogen, making it highly polluting and difficult to treat.
Comprehensive Solutions for Kitchen Waste Treatment
Kitchen waste refers to perishable, organic-rich household waste, including leftover food, vegetable scraps, fruit peels, rotten meat, and other biodegradable materials. It encompasses household kitchen waste, food waste, and other organic residuals. Key Features of Kitchen Waste High Moisture Content: Approximately 80%-95%, leading to low calorific value and…
Advanced Hazardous Waste Leachate Treatment
Challenges in Treating Hazardous Waste Leachate Hazardous waste leachate is highly difficult to treat due to its uncertain source, variable pollutant types and concentrations, and extremely high levels of salinity, COD, ammonia nitrogen, and heavy metals. Traditional processes such as evaporation or biological treatment alone are ineffective, often resulting in…
■Acidic wastewater treatment
Acidic wastewater treatment
MOTIVA Solutions in Action: Acid Wastewater Treatment Applications
Generation and Current Status of Acidic Wastewater Industries such as metal processing, graphite, and mineral beneficiation produce large volumes of strong acid waste. In particular, the surface treatment industry generates highly acidic wastewater with heavy metals, exhibiting both corrosive and toxic characteristics. If not properly treated, such waste can cause…
MOTIVA Solutions in Action: Acid Wastewater Treatment Applications
Generation and Current Status of Acidic Wastewater Industries such as metal processing, graphite, and mineral beneficiation produce large volumes of strong acid waste. In particular, the surface treatment industry generates highly acidic wastewater with heavy metals, exhibiting both corrosive and toxic characteristics. If not properly treated, such waste can cause…
■Wastewater Zero discharge
Wastewater Zero discharge
Zero Liquid Discharge Technology & Process
What Is Zero Liquid Discharge (ZLD)? Zero Liquid Discharge refers to a process in which industrial wastewater is treated and reused without discharging any liquid waste outside the factory. Salts and other solids in the water are concentrated, evaporated, and crystallized for external disposal or reuse, achieving closed-loop water recycling. …
