Water Treatment Products

One-time Emergency Freshwater Bag FO-EWB-S035

The positive pressure personal emergency water bag is specially designed for personal emergencies. When the filter bag is placed in water, the internal mixed nutrient powder will absorb water through the inner membrane in the emergency water bag and isolate contaminants, resulting in clean drinking water rich in electrolytes and energy.

One-time Emergency Seawater Bag FO-SWB-S05

The reverse osmosis seawater desalination emergency water bag is specially developed for marine applications.

Circulating Emergency Water Bag FO-EWB-R3

The cyclic emergency water bag is a backpack-type water purification bag specifically designed for use by departments facing water supply difficulties.

Multiple-type Emergency Freshwater and Seawater Bags FO-MWB-R05

The reusable emergency water bag has all the features of a disposable water bag and can be used continuously for 8 times. Under harsh marine survival conditions, it can produce a total of 4 liters of electrolyte drinking water.

Circulating Emergency Water Tank FO-EWT-R20

The circulating emergency water tank is a water filtration system specifically designed for remote small teams to ensure survival.

Food and Dairy Products

This scheme is based on the normal pressure high-concentration reverse osmosis technology. It uses the osmotic pressure difference between the two sides of the membrane as the driving force, and does not require high temperature or high pressure. It provides an integrated solution for gentle dehydration and concentration of liquid dairy products such as fresh milk, skimmed milk, whey, and fermented milk base materials.

Food and Beverage - Concentrated Fruit Juice

The solution can precisely separate the free water in the juice and beverage raw materials, completely retaining fructose, fruit acids, pectin, vitamins, aromatic hydrocarbon flavor substances, polyphenolic nutrients and effective active substances. This effectively eliminates the problems of material deterioration, flavor loss and color deterioration caused by high temperature damage and high-pressure shearing at the source.

Oil and Gas Wastewater Treatment

The scheme can effectively and stably remove emulsified oil, suspended impurities, high molecular polymers, colloidal asphalt, calcium and magnesium hardness, high concentration salts, sulfides and heavy metals from oil and gas wastewater. It can fundamentally solve the problems of oil film adhesion, pollutant compaction, irreversible fouling and scaling failure caused by forced compression of the high-pressure membrane.

Wastewater Treatment of Thermal Power Plants

The scheme can effectively remove calcium and magnesium hardness, silica, sulfate, heavy metal ions, suspended gypsum particles, colloids and residual chemical agents from the wastewater of power plants. It fundamentally eliminates the problems of pollutant compaction, irreversible scaling and clogging failure caused by pressure squeezing in traditional high-pressure membranes.

Mine Wastewater Treatment

The scheme can effectively remove suspended mud, heavy metal ions, hardness salts, colloidal particles and residual beneficiation reagents from mine wastewater. It fundamentally eliminates the irreversible clogging and scaling failure problems caused by traditional high-pressure membrane compression.

Lithium Extraction from Salt Lakes

This scheme can effectively retain magnesium ions, calcium ions, salts, colloids and impurities, while achieving continuous concentration of brine and efficient enrichment of lithium ions.

Desalination of Seawater

The scheme precisely traps salt, suspended solids, colloids, microorganisms, algae and other impurities in seawater, achieving efficient separation between seawater and pure water.

FO MBR

The FO-MBR system can precisely retain substances such as active sludge, colloidal particles, large-molecule refractory organic compounds, and suspended pollutants within the reactor. This effectively eliminates the problems caused by traditional MBR's high-pressure suction, such as membrane surface pollutant compaction, membrane pore blockage, and irreversible pollution.

Coking Wastewater

The scheme can effectively remove residual phenols, cyanides, macromolecular organic substances, colloids, heavy metals, hardness ions and various salts in the coking wastewater. This fundamentally eliminates the common irreversible organic contamination and scale hardening problems encountered in the high-pressure membrane process.

Treatment of Landfill Leachate

The system can effectively intercept humic acid, colloids, macromolecular organic substances, heavy metals and various salts in the leachate. This prevents problems such as organic matter hardening and scaling, and irreversible contamination of membrane elements from their very source.

Highly Complex Industrial Water Treatment System Solution

The core of the scheme relies on the principle of positive osmosis and natural osmotic pressure difference drive. It does not require high-pressure equipment an...

Highly complex industrial water treatment system solution

The core of the scheme relies on the principle of positive osmosis and natural osmotic pressure difference drive. It does not require high-pressure equipment an...

Electrical Products