Purify water with Economic
Membranes Technology
Purify water with Economic
Membranes Technology
Purify water with Economic
Membranes Technology
Purify water with Economic
Membranes Technology
Domestic & Municipal Water
Domestic & Municipal Water
Domestic & Municipal Water
Drinking Water Purification
Today fresh water pollution, overexploitation and scarcity is significant global issues affecting many regions around the world. However, safe and affordable water is essential for health and sanitation. HyprFLUX Ultrafiltration membranes ensures that raw water (i.e. Surface water, Borewell water, Wells etc.) is effectively treated and made safe for drinking. It removes suspended solids, bacteria, viruses, and humic substance providing consistently high-quality water.
The high-quality permeate water from HyprFLUX extends the lifespan and efficiency of downstream RO system. Our Ultrafiltration membranes ensures reliable, consistent water quality regardless of feed water quality, offering a highly efficient and cost-effective solution.
At Apah, we have successfully delivered over 1,000 HyprFLUX membrane modules for drinking water treatment applications.
Drinking Water Purification
Today fresh water pollution, overexploitation and scarcity is significant global issues affecting many regions around the world. However, safe and affordable water is essential for health and sanitation. HyprFLUX Ultrafiltration membranes ensures that raw water (i.e. Surface water, Borewell water, Wells etc.) is effectively treated and made safe for drinking. It removes suspended solids, bacteria, viruses, and humic substance providing consistently high-quality water.
The high-quality permeate water from HyprFLUX extends the lifespan and efficiency of downstream RO system. Our Ultrafiltration membranes ensures reliable, consistent water quality regardless of feed water quality, offering a highly efficient and cost-effective solution.
At Apah, we have successfully delivered over 1,000 HyprFLUX membrane modules for drinking water treatment applications.
Drinking Water Purification
Today fresh water pollution, overexploitation and scarcity is significant global issues affecting many regions around the world. However, safe and affordable water is essential for health and sanitation. HyprFLUX Ultrafiltration membranes ensures that raw water (i.e. Surface water, Borewell water, Wells etc.) is effectively treated and made safe for drinking. It removes suspended solids, bacteria, viruses, and humic substance providing consistently high-quality water.
The high-quality permeate water from HyprFLUX extends the lifespan and efficiency of downstream RO system. Our Ultrafiltration membranes ensures reliable, consistent water quality regardless of feed water quality, offering a highly efficient and cost-effective solution.
At Apah, we have successfully delivered over 1,000 HyprFLUX membrane modules for drinking water treatment applications.
Drinking Water Purification
Today fresh water pollution, overexploitation and scarcity is significant global issues affecting many regions around the world. However, safe and affordable water is essential for health and sanitation. HyprFLUX Ultrafiltration membranes ensures that raw water (i.e. Surface water, Borewell water, Wells etc.) is effectively treated and made safe for drinking. It removes suspended solids, bacteria, viruses, and humic substance providing consistently high-quality water.
The high-quality permeate water from HyprFLUX extends the lifespan and efficiency of downstream RO system. Our Ultrafiltration membranes ensures reliable, consistent water quality regardless of feed water quality, offering a highly efficient and cost-effective solution.
At Apah, we have successfully delivered over 1,000 HyprFLUX membrane modules for drinking water treatment applications.
Municipal Wastewater Reuse
A vast amount of waste is generated as municipal wastewater, which primarily originates from domestic sources such as household sewage, kitchen, and laundry waste, along with industrial and commercial facilities. It also includes urban runoff, such as stormwater and groundwater infiltration into sewer systems. Unfortunately, much of this wastewater is left untreated. The increasing water scarcity, rapid urbanization, climate change, and population growth have made recycling municipal wastewater more critical than ever today. Wastewater reuse will not only conserves valuable freshwater resources but also save ecology of planet by reducing the discharge of untreated wastewater into natural water bodies.
HyprFLUX® ultrafiltration membranes plays an increasingly crucial role in sustainable water management by providing economical filtration solution with great reliability. It makes the treated water safe for recreational purpose and also saves downstream RO system from biological fouling.
Municipal Wastewater Reuse
A vast amount of waste is generated as municipal wastewater, which primarily originates from domestic sources such as household sewage, kitchen, and laundry waste, along with industrial and commercial facilities. It also includes urban runoff, such as stormwater and groundwater infiltration into sewer systems. Unfortunately, much of this wastewater is left untreated. The increasing water scarcity, rapid urbanization, climate change, and population growth have made recycling municipal wastewater more critical than ever today. Wastewater reuse will not only conserves valuable freshwater resources but also save ecology of planet by reducing the discharge of untreated wastewater into natural water bodies.
HyprFLUX® ultrafiltration membranes plays an increasingly crucial role in sustainable water management by providing economical filtration solution with great reliability. It makes the treated water safe for recreational purpose and also saves downstream RO system from biological fouling.
Municipal Wastewater Reuse
A vast amount of waste is generated as municipal wastewater, which primarily originates from domestic sources such as household sewage, kitchen, and laundry waste, along with industrial and commercial facilities. It also includes urban runoff, such as stormwater and groundwater infiltration into sewer systems. Unfortunately, much of this wastewater is left untreated. The increasing water scarcity, rapid urbanization, climate change, and population growth have made recycling municipal wastewater more critical than ever today. Wastewater reuse will not only conserves valuable freshwater resources but also save ecology of planet by reducing the discharge of untreated wastewater into natural water bodies.
HyprFLUX® ultrafiltration membranes plays an increasingly crucial role in sustainable water management by providing economical filtration solution with great reliability. It makes the treated water safe for recreational purpose and also saves downstream RO system from biological fouling.
Municipal Wastewater Reuse
A vast amount of waste is generated as municipal wastewater, which primarily originates from domestic sources such as household sewage, kitchen, and laundry waste, along with industrial and commercial facilities. It also includes urban runoff, such as stormwater and groundwater infiltration into sewer systems. Unfortunately, much of this wastewater is left untreated. The increasing water scarcity, rapid urbanization, climate change, and population growth have made recycling municipal wastewater more critical than ever today. Wastewater reuse will not only conserves valuable freshwater resources but also save ecology of planet by reducing the discharge of untreated wastewater into natural water bodies.
HyprFLUX® ultrafiltration membranes plays an increasingly crucial role in sustainable water management by providing economical filtration solution with great reliability. It makes the treated water safe for recreational purpose and also saves downstream RO system from biological fouling.
Industrial Water
Industrial Water
Industrial Water
Industrial Process Water
Many Industrial processes requires water for formulation, washing and cooling purpose. Ultrafiltration is required for pre-RO and in many cases also for post-RO in-line filtration.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) and reduce SDI (to <3) to enhance the efficiency and life of downstream RO system.
Post-RO treatment
The RO water is stored in large tanks before use. There is risk of biological contamination due to accidental exposure to open air. Point of use ultrafiltration eliminate such risk and provide pure, particle free water for use. Our POLYSEP ultrafiltration membrane with 5kDa MWCO is most suitable to achieve the required purity level of process water.
Effective Colloidal Silica Removal
Our HyprFLUX™ UF membranes are designed with ultra-fine pores (MWCO: 10kDa) to efficiently remove colloidal silica from water, delivering enhanced system performance and prolonging equipment lifespan.
Industrial Process Water
Many Industrial processes requires water for formulation, washing and cooling purpose. Ultrafiltration is required for pre-RO and in many cases also for post-RO in-line filtration.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) and reduce SDI (to <3) to enhance the efficiency and life of downstream RO system.
Post-RO treatment
The RO water is stored in large tanks before use. There is risk of biological contamination due to accidental exposure to open air. Point of use ultrafiltration eliminate such risk and provide pure, particle free water for use. Our POLYSEP ultrafiltration membrane with 5kDa MWCO is most suitable to achieve the required purity level of process water.
Effective Colloidal Silica Removal
Our HyprFLUX™ UF membranes are designed with ultra-fine pores (MWCO: 10kDa) to efficiently remove colloidal silica from water, delivering enhanced system performance and prolonging equipment lifespan.
Industrial Process Water
Many Industrial processes requires water for formulation, washing and cooling purpose. Ultrafiltration is required for pre-RO and in many cases also for post-RO in-line filtration.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) and reduce SDI (to <3) to enhance the efficiency and life of downstream RO system.
Post-RO treatment
The RO water is stored in large tanks before use. There is risk of biological contamination due to accidental exposure to open air. Point of use ultrafiltration eliminate such risk and provide pure, particle free water for use. Our POLYSEP ultrafiltration membrane with 5kDa MWCO is most suitable to achieve the required purity level of process water.
Effective Colloidal Silica Removal
Our HyprFLUX™ UF membranes are designed with ultra-fine pores (MWCO: 10kDa) to efficiently remove colloidal silica from water, delivering enhanced system performance and prolonging equipment lifespan.
Industrial Process Water
Many Industrial processes requires water for formulation, washing and cooling purpose. Ultrafiltration is required for pre-RO and in many cases also for post-RO in-line filtration.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) and reduce SDI (to <3) to enhance the efficiency and life of downstream RO system.
Post-RO treatment
The RO water is stored in large tanks before use. There is risk of biological contamination due to accidental exposure to open air. Point of use ultrafiltration eliminate such risk and provide pure, particle free water for use. Our POLYSEP ultrafiltration membrane with 5kDa MWCO is most suitable to achieve the required purity level of process water.
Effective Colloidal Silica Removal
Our HyprFLUX™ UF membranes are designed with ultra-fine pores (MWCO: 10kDa) to efficiently remove colloidal silica from water, delivering enhanced system performance and prolonging equipment lifespan.
Industrial Wastewater Reuse
The Pollution Control Board has enacted strict regulations prohibiting industries from discharging untreated effluents into the environment. Industries are now required to treat their wastewater to meet environmental safety standards before release. Most of industries are now mandated to implement Zero Liquid Discharge (ZLD) systems to promote efficient water management and long-term sustainability.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) to enhance the quality of treated water for safe reuse.
Pretreatment for RO and NF
HyprFLUX® also provided superior protection for Reverse Osmosis and Nanofiltration membranes due to highly reliable integrity. It makes the filtration process more efficient and cost effective.
Industrial Wastewater Reuse
The Pollution Control Board has enacted strict regulations prohibiting industries from discharging untreated effluents into the environment. Industries are now required to treat their wastewater to meet environmental safety standards before release. Most of industries are now mandated to implement Zero Liquid Discharge (ZLD) systems to promote efficient water management and long-term sustainability.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) to enhance the quality of treated water for safe reuse.
Pretreatment for RO and NF
HyprFLUX® also provided superior protection for Reverse Osmosis and Nanofiltration membranes due to highly reliable integrity. It makes the filtration process more efficient and cost effective.
Industrial Wastewater Reuse
The Pollution Control Board has enacted strict regulations prohibiting industries from discharging untreated effluents into the environment. Industries are now required to treat their wastewater to meet environmental safety standards before release. Most of industries are now mandated to implement Zero Liquid Discharge (ZLD) systems to promote efficient water management and long-term sustainability.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) to enhance the quality of treated water for safe reuse.
Pretreatment for RO and NF
HyprFLUX® also provided superior protection for Reverse Osmosis and Nanofiltration membranes due to highly reliable integrity. It makes the filtration process more efficient and cost effective.
Industrial Wastewater Reuse
The Pollution Control Board has enacted strict regulations prohibiting industries from discharging untreated effluents into the environment. Industries are now required to treat their wastewater to meet environmental safety standards before release. Most of industries are now mandated to implement Zero Liquid Discharge (ZLD) systems to promote efficient water management and long-term sustainability.
HyprFLUX® ultrafiltration membranes effectively remove fine suspended solids and biological contaminants (bacteria, viruses, fungal and algal spores) to enhance the quality of treated water for safe reuse.
Pretreatment for RO and NF
HyprFLUX® also provided superior protection for Reverse Osmosis and Nanofiltration membranes due to highly reliable integrity. It makes the filtration process more efficient and cost effective.
Pharmaceutical Industry
Pharmaceutical Industry
Pharmaceutical Industry
Our HyprFLUX ultrafiltration membrane has undergone rigorous testing by multiple leading pharmaceutical industry giants and has been approved for use in tertiary treatment to effectively reduce TSS, turbidity, and some levels of COD. The UF-treated water can be fed into RO systems or used directly for non-potable applications such as gardening and flushing, significantly alleviating the demand on freshwater resources. This makes it a sustainable solution for wastewater management in the pharmaceutical sector.
Our HyprFLUX ultrafiltration membrane has undergone rigorous testing by multiple leading pharmaceutical industry giants and has been approved for use in tertiary treatment to effectively reduce TSS, turbidity, and some levels of COD. The UF-treated water can be fed into RO systems or used directly for non-potable applications such as gardening and flushing, significantly alleviating the demand on freshwater resources. This makes it a sustainable solution for wastewater management in the pharmaceutical sector.
Our HyprFLUX ultrafiltration membrane has undergone rigorous testing by multiple leading pharmaceutical industry giants and has been approved for use in tertiary treatment to effectively reduce TSS, turbidity, and some levels of COD. The UF-treated water can be fed into RO systems or used directly for non-potable applications such as gardening and flushing, significantly alleviating the demand on freshwater resources. This makes it a sustainable solution for wastewater management in the pharmaceutical sector.
Our HyprFLUX ultrafiltration membrane has undergone rigorous testing by multiple leading pharmaceutical industry giants and has been approved for use in tertiary treatment to effectively reduce TSS, turbidity, and some levels of COD. The UF-treated water can be fed into RO systems or used directly for non-potable applications such as gardening and flushing, significantly alleviating the demand on freshwater resources. This makes it a sustainable solution for wastewater management in the pharmaceutical sector.
Oil & gas Industry
Oil & gas Industry
Oil & gas Industry
Our HyprFLUX ultrafiltration plays a crucial role in the oil and gas industry by providing an efficient method for treating produced water and effluent streams having oil & grease. Our membranes are safe to handle treated effluents having oil, and grease (< 5 ppm) making it suitable for reuse or safe discharge. It also extends the life of downstream equipment like RO membranes, improving overall process efficiency and reducing operational costs in the industry.
Our HyprFLUX ultrafiltration plays a crucial role in the oil and gas industry by providing an efficient method for treating produced water and effluent streams having oil & grease. Our membranes are safe to handle treated effluents having oil, and grease (< 5 ppm) making it suitable for reuse or safe discharge. It also extends the life of downstream equipment like RO membranes, improving overall process efficiency and reducing operational costs in the industry.
Our HyprFLUX ultrafiltration plays a crucial role in the oil and gas industry by providing an efficient method for treating produced water and effluent streams having oil & grease. Our membranes are safe to handle treated effluents having oil, and grease (< 5 ppm) making it suitable for reuse or safe discharge. It also extends the life of downstream equipment like RO membranes, improving overall process efficiency and reducing operational costs in the industry.
Our HyprFLUX ultrafiltration plays a crucial role in the oil and gas industry by providing an efficient method for treating produced water and effluent streams having oil & grease. Our membranes are safe to handle treated effluents having oil, and grease (< 5 ppm) making it suitable for reuse or safe discharge. It also extends the life of downstream equipment like RO membranes, improving overall process efficiency and reducing operational costs in the industry.
Dairy & Food Industry
Dairy & Food Industry
Dairy & Food Industry
HyprFLUX UF membranes are essential in the dairy and food industry, providing efficient separation and concentration applications such as milk concentration, whey protein recovery, and lactose-free milk production. In the food industry, these membranes enhance juice clarification, remove impurities, and improve product quality and shelf life, all while preserving nutritional content and minimizing waste.
HyprFLUX UF membranes are essential in the dairy and food industry, providing efficient separation and concentration applications such as milk concentration, whey protein recovery, and lactose-free milk production. In the food industry, these membranes enhance juice clarification, remove impurities, and improve product quality and shelf life, all while preserving nutritional content and minimizing waste.
HyprFLUX UF membranes are essential in the dairy and food industry, providing efficient separation and concentration applications such as milk concentration, whey protein recovery, and lactose-free milk production. In the food industry, these membranes enhance juice clarification, remove impurities, and improve product quality and shelf life, all while preserving nutritional content and minimizing waste.
HyprFLUX UF membranes are essential in the dairy and food industry, providing efficient separation and concentration applications such as milk concentration, whey protein recovery, and lactose-free milk production. In the food industry, these membranes enhance juice clarification, remove impurities, and improve product quality and shelf life, all while preserving nutritional content and minimizing waste.
Process Filtration
Process Filtration
Process Filtration
Clarification and Sterilization of Beverages
Fruit juices and fermented beverages requires to remove biological contaminants for packaging and preservation. Our Filtercell brand Microfiltration (MF) membranes are best suitable to reliably and effectively remove the bacteria and other bio-contaminants to achieve long duration preservation without affecting flavors and nutrient profile. By using Filtercell microfiltration, companies can achieve better product stability, extended shelf life, and adherence to stringent industry safety standards.
To Learn more, Please Reach out to us.
Clarification and Sterilization of Beverages
Fruit juices and fermented beverages requires to remove biological contaminants for packaging and preservation. Our Filtercell brand Microfiltration (MF) membranes are best suitable to reliably and effectively remove the bacteria and other bio-contaminants to achieve long duration preservation without affecting flavors and nutrient profile. By using Filtercell microfiltration, companies can achieve better product stability, extended shelf life, and adherence to stringent industry safety standards.
To Learn more, Please Reach out to us.
Clarification and Sterilization of Beverages
Fruit juices and fermented beverages requires to remove biological contaminants for packaging and preservation. Our Filtercell brand Microfiltration (MF) membranes are best suitable to reliably and effectively remove the bacteria and other bio-contaminants to achieve long duration preservation without affecting flavors and nutrient profile. By using Filtercell microfiltration, companies can achieve better product stability, extended shelf life, and adherence to stringent industry safety standards.
To Learn more, Please Reach out to us.
Protein Recovery Processes
Ultrafiltration is widely used in protein recovery processes, particularly in the food and biotechnology industries. UF membranes with specific pore sizes allow for the selective separation and concentration of proteins from a solution, while smaller molecules, such as water and salts, pass through. This method with our membrane is efficient in recovering high-value proteins, minimizing waste, and improving the overall yield of protein extraction processes. Additionally, we offer a cost-effective and scalable solution for industries focusing on protein isolation and purification
To Learn more, Please Reach out to us.
Protein Recovery Processes
Ultrafiltration is widely used in protein recovery processes, particularly in the food and biotechnology industries. UF membranes with specific pore sizes allow for the selective separation and concentration of proteins from a solution, while smaller molecules, such as water and salts, pass through. This method with our membrane is efficient in recovering high-value proteins, minimizing waste, and improving the overall yield of protein extraction processes. Additionally, we offer a cost-effective and scalable solution for industries focusing on protein isolation and purification
To Learn more, Please Reach out to us.
Protein Recovery Processes
Ultrafiltration is widely used in protein recovery processes, particularly in the food and biotechnology industries. UF membranes with specific pore sizes allow for the selective separation and concentration of proteins from a solution, while smaller molecules, such as water and salts, pass through. This method with our membrane is efficient in recovering high-value proteins, minimizing waste, and improving the overall yield of protein extraction processes. Additionally, we offer a cost-effective and scalable solution for industries focusing on protein isolation and purification
To Learn more, Please Reach out to us.
Collaboration & Partnership
Collaboration & Partnership
Collaboration & Partnership
As a manufacturer of hollow fiber membranes, we possess a deep understanding of filtration technology and its applications. Our expertise enables us to collaborate closely with OEMs and end users to develop tailored solutions for specific, niche applications. Whether addressing unique operational challenges or optimizing performance for specialized industries, we work alongside our partners to design and implement advanced membrane technologies that meet precise requirements. Our collaborative approach ensures that we deliver not only high-performance products but also customized, innovative solutions that add value across diverse applications.
To Collaborate & Partner, Please Reach out to us.
As a manufacturer of hollow fiber membranes, we possess a deep understanding of filtration technology and its applications. Our expertise enables us to collaborate closely with OEMs and end users to develop tailored solutions for specific, niche applications. Whether addressing unique operational challenges or optimizing performance for specialized industries, we work alongside our partners to design and implement advanced membrane technologies that meet precise requirements. Our collaborative approach ensures that we deliver not only high-performance products but also customized, innovative solutions that add value across diverse applications.
To Collaborate & Partner, Please Reach out to us.
As a manufacturer of hollow fiber membranes, we possess a deep understanding of filtration technology and its applications. Our expertise enables us to collaborate closely with OEMs and end users to develop tailored solutions for specific, niche applications. Whether addressing unique operational challenges or optimizing performance for specialized industries, we work alongside our partners to design and implement advanced membrane technologies that meet precise requirements. Our collaborative approach ensures that we deliver not only high-performance products but also customized, innovative solutions that add value across diverse applications.
To Collaborate & Partner, Please Reach out to us.
Office
92, Yamuna Industrial Park
Dhamatwan, Ahmedabad
GJ, Ind, 382435
Office
92, Yamuna Industrial Park
Dhamatwan, Ahmedabad
Gujarat, India, 382435
Office
92, Yamuna Industrial Park
Dhamatwan, Ahmedabad
GJ, Ind, 382435
Mail: info@apahtech.in
Phone: +91 6367858562
Mail: info@apahtech.in
Phone: +91 6367858562
Mail: info@apahtech.in
Phone: +91 6367858562
Company & Links
Company & Links
Company & Links
Follow us at
Follow us at
Follow us at
© 2024 Apah Technologies Pvt Ltd. All Rights Reserved.
© 2024 Apah Technologies Pvt Ltd. All Rights Reserved.
© 2024 Apah Technologies Pvt Ltd. All Rights Reserved.