解决方案

Applications

Ammonia Removal Case

Membrane Distillation Case

Carbon Capture Case

Conano
Pigment wastewater deammoniation project

Pigment wastewater deammoniation project

Pigment wastewater is a difficult problem in industrial wastewater treatment. The water quality of organic pigment wastewater has the characteristics of high ammonia nitrogen content, high acidity, high COD, high chroma, high salt content, and difficulty in biodegradation of organic matter. At the same time, there are problems such as intermittent discharge and large changes in water quality and quantity over time.

AG-glass etching wastewater deammoniation project

AG-glass etching wastewater deammoniation project

In the AG glass etching production process, the use of a variety of strong acids and fluorides makes the chemical composition of the wastewater extremely complex and the ammonia nitrogen content is high. At the same time, due to differences in product batches, different etching processes and changes in raw materials, the quality and amount of wastewater often fluctuate greatly. After the etching process is completed, the glass needs to be cleaned. During this period, a large amount of cleaning water containing glass debris and abrasive particles is discharged into the wastewater pipe, causing the content of suspended matter and organic matter in the wastewater to rise sharply. The above factors have brought extremely severe challenges to the treatment of AG glass etching wastewater to meet the discharge standards.

Membrane treatment of high concentration ammonia nitrogen wastewater

Membrane treatment of high concentration ammonia nitrogen wastewater

PTFE ammonia removal membrane technology, with its advantages of low energy consumption and high efficiency, can effectively remove ammonia nitrogen. It is widely used in the treatment of high ammonia nitrogen wastewater in industries such as chemical, electronics, pharmaceuticals, and landfill leachate, providing an economical and practical solution.

Power plant reverse osmosis concentrated water-low temperature membrane distillation

Power plant reverse osmosis concentrated water-low temperature membrane distillation

Power plant reverse osmosis concentrated water - low temperature membrane distillation 4 times concentrated

Carbon dioxide capture and utilization

Carbon dioxide capture and utilization

The utilization and storage of carbon dioxide (CCUS) refers to the process of capturing and separating CO2 from emission sources such as energy utilization and industrial processes, or directly from the air. The captured CO2 is then transported via trucks, pipelines, ships, etc., to suitable sites for utilization or storage . This technology plays a crucial role in achieving China's goals of carbon peaking and carbon neutrality, and is an indispensable component of the technology mix for reducing CO2 emissions.

Ammonia Removal Membrane （PTFE-TMCS）

Ammonia Removal Membrane （PTFE-TMCS）

Sci-nano has developed a membrane contactor using PTFE hollow fiber membrane for efficient and cost-effective ammonia nitrogen removal.

Ammonia Removal Membrane (Deammoniation Membrane) Small-Scale Test Equipment

Ammonia Removal Membrane (Deammoniation Membrane) Small-Scale Test Equipment

The ammonia removal membrane pilot test equipment is suitable for scientific research workers to conduct ammonia nitrogen removal tests and scientific research. The system has complete functions, a compact and beautiful appearance, and is easy to use. It is an experimental equipment designed by SCI-NANO according to market conditions and customer requirements. It can be customized according to specific water volume requirements to meet the requirements of scientific research experiments.

Ammonia removal membrane pilot equipment

Ammonia removal membrane pilot equipment

The ammonia removal membrane pilot equipment is designed for scientific research workers and is suitable for ammonia nitrogen removal tests and scientific research. The equipment system is fully functional, compact and beautiful, and easy to operate. It is a product carefully developed and manufactured by SCI-NANO based on domestic and foreign market demands and customer feedback. The equipment can be customized according to the specific water volume requirements of the experiment, fully meeting the diverse test requirements of scientific research experiments.

Containerized integrated deammoniation membrane equipment

Containerized integrated deammoniation membrane equipment

To accelerate global adoption of membrane ammonia stripping technology, we developed skid-mounted, containerized modular systems for easy transport and rapid deployment. Utilizing specialized membranes to selectively remove ammonia nitrogen, our modular units enable flexible configurations (100-500 tons/day capacity), serving industrial and municipal wastewater needs.

Membrane Distillation Contactor PTFE-MD

Membrane Distillation Contactor PTFE-MD

The Sci-nano membrane distillation module utilizes PTFE hollow fiber membranes, which are known for their highhydrophobicity, high melting point, excellent chemical stability,and corrosion resistance.

Ink degassing membrane contactor

Ink degassing membrane contactor

SCI-NANO's MDG-M6 degassing membrane contactor can effectively remove microbubbles in digital inkjet printers, improve the operating efficiency of the production line, ensure that the printer can accurately eject ink when inkjet, improve printing quality, and save money. Maintenance costs are reduced, printing efficiency is improved, and ultra-clean membrane components will not cause secondary pollution.

Anti-static membrane contactor

Anti-static membrane contactor

The MBC membrane contactor assembly uses the PMP hollow fiber independently developed by Sci-Nano as the dissolved gas medium to provide CO2 gas to ultrapure water, which can effectively control the resistance value of ultrapure water. Provide efficient solutions for the semiconductor and microelectronics fields.

Dissolved carbon membrane contactor assembly

Dissolved carbon membrane contactor assembly

The dissolved carbon membrane contactor MBC-004D product independently developed by Konano uses its unique PTFE hollow fiber as the dissolved gas medium to supply CO2 gas to ultrapure water and other liquids to ensure that CO2 can be dissolved in ultrapure water and other liquids. Achieve fast and controlled bubble-free dissolution. This product can effectively maintain the stability of the system's water output and water production resistivity, improve gas utilization efficiency, and reduce gas consumption.

Chemical solvent degassing membrane contactor

Chemical solvent degassing membrane contactor

The SDG-03 chemical solvent degassing membrane contactor has excellent chemical stability, compatibility, and resistance to various organic solvents. It also offers high flow rate and precision, is ultra-clean, and will not dissolve substances. This makes it suitable for degassing various solvents. It helps reduce the frequency of replacement of degassing components and shortens equipment downtime, which ultimately reduces waste and greatly improves the quality of customer products.

Degassing membrane for biochemical analysis instruments

Degassing membrane for biochemical analysis instruments

MDG-4510 degassing membrane contactor is a degassing membrane product developed by Sci-Nano using SCN's unique PTFE hollow fiber membrane filaments. The module adopts SCN's unique membrane filament weaving process. The membrane filament array is rolled into a columnar shape and installed into the membrane shell, ensuring a large effective membrane area. At the same time, each membrane filament is fixed to prevent wire breakage and ensure water discharge from the system. Water quality is stable. In addition, the membrane fiber made of PTFE (polytetrafluoroethylene) effectively extends the service life of the component. It also has excellent hydrophobic properties and efficient breathability and can perform ppb-level degassing. The membrane module has engineering value! The module has a small appearance and is suitable for various environments. It can well remove dissolved gases in liquids to the ideal level.

Natural Gas Carbon Capture Membrane Module

Natural Gas Carbon Capture Membrane Module

Sci-Nano develops ultra-fine PTFE hollow fiber membrane and high-efficiency carbon capture membrane absorber, which can be widely used in carbon capture and acid gas capture processes such as natural gas, flue gas, biogas, and chemical production tail gas.

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