Industry News_MYFUTER WATER – Full-Range Water Treatment Project Implementation

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2026-04-13

Understand the filtration accuracy of the “3-Free” direct filtration technology in one article.

When traditional filtration technologies discuss “filtration accuracy,” they typically refer to the pore size of the filter medium—for example, 5 microns, 1 micron, or 0.1 micron. This represents a static, physical sieving precision: particles larger than the pore size are retained, while those smaller than the pore size pass through.

2026-04-13

How should we understand the “no-discrimination-inlet-water” principle of the 3-Free direct filtration technology?

“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

How should we understand the “no-power water production” aspect of the 3-Free direct filtration technology?

“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.

2026-04-09

ASSFBR+AI dual-engine drive: building a gold-standard, high-efficiency, low-carbon water treatment solution

ASSFBR (3-Free direct filtration) combined with AI replacing the secondary sedimentation tank represents a golden triad of low carbon, intelligence, and stability, offering significant advantages and broad prospects in AOA/AAO effluent standard upgrades, retrofitting of existing plants, and smart water treatment facilities.

2026-04-09

ASSFBR perfectly meets the requirements of the AOA process.

The ASSFBR system is the optimal sludge–water separation solution for the AOA process, underpinned by a deep alignment of process compatibility, low-carbon synergy, and operational stability. It also perfectly addresses the core requirement of the AOA process for efficient sludge–water separation, as evidenced in five key aspects.

2026-04-09

Application of 3-Free Direct Filtration Technology in Water Treatment Projects at Coal-Fired Power Plants

The All-Without-Components Direct Filtration (ASSFBR) technology, with its three core features—no power requirement, no consumables, and shock resistance—has emerged as a highly efficient water-treatment solution for coal-fired power plants, primarily deployed in four key application scenarios.

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