Low-carbon, energy-saving, 3-Free direct filtration technology
No power required for water production | No consumable replacements | No restrictions on feed water
More+Solving the planet’s environmental challenges with eco-friendly equipment.
ASSFBR | Patented Product
Stable operation, high retention efficiency, and easy maintenance.
Suitable for wastewater treatment and denitrifying biofiltration applications with high suspended solids content.
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McPhet Water
Solving the planet’s environmental challenges with eco-friendly equipment.
We offer complete water treatment project execution and mature in-house equipment design and manufacturing.
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MYFUTER WATER
2018
Use Myfuter direct filtration to make our planet more beautiful.
Myfuter Water (Guangdong) Co., Ltd. was established in 2018, bringing together the founder and the technical team’s 28 years of profound engineering experience in the field of environmental protection and water treatment. It is a comprehensive water services enterprise integrating technology R&D, equipment manufacturing, and engineering services. The company not only has the capability to undertake and implement full-range water treatment projects covering raw water supply (water purification), reclaimed water (reused water treatment), and wastewater treatment, but also boasts mature independent design and production capabilities for water treatment equipment.
Current number of employees
50
plus
Service Areas
10
plus
Number of customers served
1200
plus
Main business ——
Main Business
The company not only has the capability to undertake and implement a full range of water treatment projects, including potable water purification, reclaimed water treatment, and wastewater treatment, but also boasts mature in-house design and manufacturing capabilities for water treatment equipment.
The company not only has the capability to undertake and implement a full range of water treatment projects, including potable water purification, reclaimed water treatment, and wastewater treatment, but also boasts mature in-house design and manufacturing capabilities for water treatment equipment.
The company not only has the capability to undertake and implement a full range of water treatment projects, including potable water purification, reclaimed water treatment, and wastewater treatment, but also boasts mature in-house design and manufacturing capabilities for water treatment equipment.
Recommended products ——
Product Center – 3-Free direct filtration technology
Self-flow suspended-particle-media biological filtration reactor (the “3-Free direct filtration technology): Application scenarios include post-biological treatment sludge–water separation (replacing secondary sedimentation tanks and MBR systems) and denitrification sludge–water separation. The self-flow suspended-particle-media biological filtration reactor is also known as a denitrification biological filtration reactor, commonly referred to as the “3-Free-No” direct filtration unit (Patent: ZL2018 20780799.4).
TUFBR™-IFB Integrated Direct-Filtration Tank (Industrial Grade) | Patented Product
The TUFBR™-IFB Integrated Direct-Filtration Basin (Industrial Grade) is primarily used for the pretreatment of industrial wastewater. With its ultra-simplified operation and maintenance, extremely low costs, and exceptional adaptability, it transforms wastewater pretreatment from a traditional “passive acceptance” approach to a “proactive control” strategy, thereby laying a solid foundation at the source for the stable, efficient, and economical operation of the entire wastewater treatment system. Typical application scenarios include the pretreatment of various complex industrial wastewaters for SS reduction and oil removal, among other functions.
AAO-ADF System (AAO-Coupled Autotrophic Direct Filtration System) | Patented Product
A New Paradigm for Rural and Township Wastewater Treatment: the AAO–Self‑Autotrophic Direct Filtration (AAO‑ADF) System This system deeply integrates the well‑established AAO biological treatment process with the revolutionary “self‑autotrophic direct filtration” unit, aiming to provide an efficient, stable, and virtually maintenance‑free distributed wastewater treatment solution for rural and township areas. Typical application scenarios include: – Domestic wastewater treatment in rural residential settlements and natural villages – Township communities, tourist towns, and clusters of guesthouses – Isolated facilities such as schools, military barracks, and highway service areas – Upgrading and expanding capacity of conventional wastewater treatment plants
The ICDF-SPWRI oilfield produced-water reinjection coagulation–direct filtration integrated skid-mounted treatment system is a highly efficient, energy-saving, all-in-one treatment unit specifically designed for the reinjection of produced water from oilfields. Its core process integrates coagulation with the innovative “3-Free direct filtration” technology, enabling thorough purification of complex-produced-water streams within a single skid-mounted module.
IMWPS (Integrated Multi-Functional Water Purification Skid-Mounted Unit) | Patented Product
This equipment integrates coagulation, innovative 3-Free direct filtration, ultrafiltration, and reverse osmosis into a single skid-mounted unit. Its key features include high integration, low operational energy consumption, strong adaptability, and virtually maintenance-free operation, enabling it to stably produce high-quality water directly from complex raw water sources. It is primarily used in applications with stringent requirements for deployment speed, operating costs, and water quality, such as emergency disaster relief water supply, military field water supply, and industrial wastewater reuse.
CC-GDF System (“Scavenger” No. 1 Direct Waste Liquid Filtration System) | Patented Product
The “Scavenger” CC-GDF (Coagulation-Conditioning & Gravity Direct Filtration) high-concentration wastewater direct-filtration pretreatment system is primarily used for the pretreatment of highly concentrated, challenging wastewater, significantly simplifying the process, reducing costs, and minimizing secondary pollution. Application areas include: · Leachate from waste transfer stations/incinerators · Wastewater from food-waste treatment centers · Other pretreatment applications for high-suspended-solids, high-concentration organic wastewater
Reverse Osmosis (RO) Systems | Other Products
We believe that there is no one-size-fits-all standard for ideal water quality. Let us tailor a pure-water system specifically designed to meet your unique needs—from the source all the way to its intended application—redefining your water-quality experience. Customized water purification begins with your specific requirements and is brought to life through expert craftsmanship.
Application case ——
Providing comprehensive solutions for various industries.
Coal-Washing Wastewater Treatment and Reuse Project at Guangzhou Nansha Thermal Power Plant
In the face of common industry challenges—high chemical consumption, frequent effluent quality fluctuations, and high maintenance costs associated with conventional coal slurry water treatment processes—the Nansha China Resources Thermal Power Plant has proactively responded to the call for green and energy-efficient operations by pursuing technological upgrades. The project ultimately adopted an innovative “three-no direct filtration” system, designed to establish a more economical, stable, and environmentally friendly closed-loop system for coal slurry water reuse.
Pretreatment Project for Fermentation Wastewater from the Kweichow Moutai Distillery
Moutai distillery wastewater is characterized by high organic matter concentrations, substantial suspended solids, and significant seasonal fluctuations in water quality. The conventional pretreatment process—rotary screening combined with dissolved air flotation—suffers from incomplete solid removal, a heavy load on subsequent biological treatment, and high sludge disposal costs, highlighting the urgent need for an efficient and stable pretreatment technology to enhance overall treatment performance.
A PCB Manufacturer in Huizhou Uses Biochemical Wastewater Instead of a Secondary Sedimentation Tank
Wastewater from printed circuit board (PCB) manufacturing is highly complex in composition, containing heavy metals, complexing agents, and recalcitrant organic compounds; efficient sludge–water separation at the end of biochemical treatment has long been a persistent challenge in the industry. Conventional processes typically rely on secondary sedimentation tanks or MBR membrane separation.
Wenzhou China Resources Thermal Power Plant Coal-Washing Wastewater Treatment and Reuse Project
Following the successful and stable three-year operation of the No-Blow, No-Backwash, No-Filter direct filtration system at the Guangzhou Nansha Thermal Power Plant, Mafit Water once again delivered a landmark project in 2025: the 1,000-ton-per-day coal slurry water zero-discharge reuse project at the Wenzhou China Resources Power Thermal Power Plant.
Pilot-Scale Direct Filtration of Bullfrog Farming Wastewater
Frog farming is characterized by high stocking density, intensive feeding, and substantial excretion. The resulting aquaculture wastewater primarily consists of uneaten feed, feces, suspended solids, and nitrogen- and phosphorus-containing organic matter, exhibiting high chemical oxygen demand (COD), high suspended solids concentration, and significant water-quality fluctuations. Conventional pretreatment processes—such as sedimentation, dissolved-air flotation, and biological treatment—suffer from drawbacks including large land footprint, high chemical consumption, and complex operation and maintenance, making it difficult for them to keep pace with the increasingly stringent effluent discharge standards for aquaculture.
Service support
Bring China’s environmental protection technologies to the world!
Has served overOne thousandHome comes from around the world.40Customers from multiple countries
ASSFBR self-flow suspended-media filtration not only addresses the longstanding challenges of conventional processes—large footprint, high operation and maintenance costs, and secondary pollution—but also delivers ultra-high SS removal efficiency and near-zero energy consumption, offering a “Chinese solution” for industrial wastewater treatment, municipal effluent upgrading, river and stream remediation, and reclaimed water reuse.
Mefit Water: Ensuring every drop of water flows toward a cleaner future.
Blogs & Articles ——
Latest News
2026-04-13
“Non-discriminatory influent acceptance” is one of the most revolutionary features of the 3-Free Direct Filtration technology, meaning that the system exhibits exceptionally strong adaptability to influent water quality: regardless of influent concentration, particle size, or fluctuations in water quality, it can operate stably without requiring sophisticated pretreatment at the front end.
2026-04-13
How is the no-replacement-of-consumables feature achieved in 3-Free direct filtration technology?
The fundamental reason why conventional filtration technologies—such as sand filtration, bag filtration, and MBR membranes—require regular replacement of consumables is that pollutants irreversibly accumulate on or within the filter media, ultimately leading to clogging or damage that cannot be reversed through cleaning.
2026-04-13
Innovative Treatment Process for Coal Slurry Water Recycling
The conventional “coagulation–sedimentation” process requires a large footprint, necessitates frequent sludge removal from sedimentation tanks, involves high chemical dosages, and struggles to consistently produce effluent of sufficient quality for reuse in high-standard applications.
2026-04-13
“Power-free water production” is the most intuitive energy-saving feature of the 3-Free Direct Filtration technology. At its core, this means that the filtration process does not rely on any external power-driven equipment—such as booster pumps or vacuum pumps—and instead depends solely on the system’s inherent liquid-level difference as the driving force to enable natural water flow and filtration.
Solving the planet’s environmental challenges with eco-friendly equipment.
Contact Information
3rd Floor, Building C, Jimi Industrial Park, Xiaojinkou Subdistrict, Huicheng District, Huizhou City
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