Doing what is trusted, respected, and expected.

2009-2011 INDUSTRIALIZATION

Patented and scaled TIPS membrane technology.

Scinor is a global membrane manufacturer providing sustainable and high-performance water treatment solutions for municipal, industrial, and seawater applications worldwide.

With internationally certified products, advanced TIPS (Thermally Induced Phase Separation) membrane technology, and strong R&D capability, we enable our partners to achieve efficient and cost-effective water treatment.

Our products are certified for compliance with NSF/ANSI/CAN 61 and NSF/ANSI 419 standards, ensuring consistent quality and global reliability.

Driven by innovation and collaboration, Scinor continues to expand its global presence, earning the trust of partners worldwide and helping industries meet growing water challenges through smarter membrane technologies.

2012-2014 MARKETIZATION

Entered water treatment with full-process solutions.

2015-2020 GLOBALIZATION

Built global presence with strong customer base.

2021-Now DIGITALIZATION

Advanced intelligent manufacturing and digital production.

Scinor R&D efforts focus on material science, process optimization, and system integration to enhance performance and reliability across diverse water treatment applications.

30+

years of research and development

50+

member R&D team

• "WaterTreatment Membrane Materials and Equipment" Innovation Team

• 30% senior experts — professors and senior engineers

3000+ m² laboratory

cientific Research Cooperation

Tsinghua University

Shanghai Advanced Research Institute, Chinese Academy of Sciences

100+

Laboratory alliances

Beijing Research Center for Membrane Technology and Equipment Desalination and Water Treatment Engineering Laboratory

The first equipment of spinning in Tsinghua University(2008)

Scinor TIPS scale production line

30+ ention Patents

50+ Industrial Design Patents

80+Utility Model Patents

30+ Software Copyrights

Scientific Results

Four Nationa earch Projets

National High-tech R&D Program (863 Program) : Application of PVDF in urban sewage treatment

National Science and Technology Support Program : Development of membrane materials and technologies

National Science and Technology Support Program : Development and application of seawater desalination technology

The National New Products Program : TIPS PVDF pressurized ultrafiltration membrane module

International Innovation and Technology Research Project of China-EU Cooperation on Energy Conservation and Environmental Protection of Sino-Indian

Four

Four Provincial Awards

Provincial Scientific Research Subjects

The first prize of Scientific and Technological Progress of China Petroleum and Chemical Industry Federation

100+

Dozens Of Local Scientific Research Projects

China Science and Technology Industrialization Promotion Association Science and technology Industrialization first prize

Second Award for Beijing Science and Technology

Hundred+

China Film Industry Association China film Industry patent gold medal

Numerous Technical Papers

SCI/EI

Chinese Core Journal

TwO Industy Statarrseting

CJ/T 169-2018 MF Water Treatment Equipment

CJ/T 170-2018 UF Water Treatment Equipment

Yangzhou City, Jiangsu Province, China © 17 ACRES 5M m²/year hollow fiber membranes 80K 4-inch / 50K 8-inch spiral-wound membranes per year

Core Technology

TIPS Membrane Technology

Scinor's Thermally Induced Phase Separation (TIPS)-based PVDF hollow fiber membranes, developed from Tsinghua University's patented Liquid-Liquid phase separation process, feature high mechanical strength, uniform pore structure (gradient sponge-like), and excellent bacteria and viruses removal.

Production is fully automated via a twin-screw extrusion system, with solvent recovery and green Soxhlet-based extraction, ensuring low-carbon, high-efficiency manufacturing.

RO/NF Membrane Technology

Scinor manufactures spiral-wound RO/NF membranes with cross-linked polyamide composite layers, ensuring high salt rejection, stable performance, and long service life.

We offer 20+ product series and 200+ specifications, covering seawater
desalination, anti-fouling,
oxidation-resistant, nanofiltration, process separation, and household applications, providing the most comprehensive
dry-type membrane portfolios in the industry.

All membranes are supplied in dry form for easy storage, safe transport, and longer shelf life.

High-Performance Module Technology

Scinor designs and manufactures high-performance membrane modules using patented structural and casting technologies. The double-layer fiber casting improves strength and pressure tolerance, significantly reducing fiber breakage.

Optimized internal flow design ensures uniform distribution, effectively reducing operating resistance. The compact module layout supports both outside-in and inside-out configurations, adaptable to different system designs.

Integrated System Design

Scinor's integrated membrane systems are built for efficiency, flexibility, and compactness. Dual-side ports support series expansion for large-scale applications like seawater desalination.

The short-flow design cuts energy use and footprint, achieving stacking densities up to 830 m²/m².

By applying intelligent physical simulation and fluid mechanics, Scinor continuously refines internal layouts to improve performance, reliability, and lifespan.

SNT-NF Technology

Scinor's hollow fiber nanofiltration (SNT-NF) membranes, made with modified PES via layer-by-layer self-assembly (LBL) technology, feature uniform pore size and a precise MwCO of 200-10,000 Da, enabling selective removal of organics, hardness, and micropollutants.

Compared to traditional spiral-wound NF membranes, SNT-NF demonstrates up to 400× higher chlorine resistance, higher operating flux, and lower fouling tendency, while its fully backwashable design ensures simpler operation, longer membrane life.

Ultrafiltration

Pressurized Ultrafiltration Series

Submerged Ultrafiltration Series

Bio-membrane Series /MBR System

Retrofit Series

Spiral-Wound Nanofiltration

High Rejection Series

Low Rejection Series

Scinor

Easylns®

Easylns® Water Treatment System

Easylns® MBR Integrated System

Portable Water Treatment Test Platform

Spiral-Wound RO

Low Pressure RO Membrane Element

Ultra-low Pressure RO Membrane Element

Anti-fouling RO Membrane Element

RO Membrane Element for Seawater Desalination

Key Performance Advantages

Hollow Fiber Ultrafiltration

Higher Fouling Resistance

Superior Flux Perforn

COD 1000 ppm

Test Condition

Wastewater: Leachate supernatant Filtration mode: continuous dead-end Cleaning-triggering TMP: 1.2 bar TMP trend after 3 cleaning recorded

1200L/m²·h

Test Condition

Tap water after RO TDS < 20ppm Ambient:25℃

Enhanced Chemical Resistance

Longer Service Life

5000 ppmNaClO

Test Condition

Retention of elongation at
break= elongation at break of fiber after soaking/ elongation at break of original fiber Soaking Temp.:35℃ Fiber length: 200mm
Stretching rate: 250mm/min Ambient: 25℃

40day=(10year)\*(12 sequences/year) \*8(hour/sequences)/24(hour/day)

DOUBLE

Test Condition

Air flow: 10Nm³/h Pressure: 100kPa Backwash flow:5m³/h Backwash pressure: 150kPa Air-water backwash: 1.5min

nance

Hollow Fiber Nanofiltration

Selective separation

MWCO 200-10,000 Da, effective removal of organics, hardness, micropollutants.

LBL technology

Precise, solvent-free, and green manufacturing process.

Superior durability

Up to 400x higher chlorine resistance vs. spiral-wound NF.

High performance

Higher operating flux with lower fouling tendency.

Easy operation

Fully backwashable design, reducing downtime and O&M costs.

Longer lifespan

Stable integrity and lower lifecycle cost.

Pressurized Ultrafiltration Series

Scinor's pressurized UF modules utilize proprietary TIPS PVDF hollow fiber membranes, delivering exceptional strength, permeability, and durability.The membrane structure ensures consistent filtration performance and high chemical resistance, making it ideal for long-term operation in variable water qualities.

BM Series

The BM series employs reinforced PVDF hollow fibers with double-layer sealing and precisely aligned fiber arrangement, ensuring stable air and water flow while minimizing fiber breakage. A durable PET inner lining eliminates peeling issues and enhances long-term integrity. Integrated systems feature trough-type air-collecting pulse aeration, cutting energy use by up to 40% and achieving a low air-to-water ratio of 5:1, delivering highly efficient MBR performance.

Submerged Ultrafiltration Series

With integrated assemblies and up to 640 m²/m³ loading density, Scinor's submerged UF modules are easy to install and require minimal space. Certified for U.S. drinking water applications, they have been successfully deployed in Orange County Water District (OCWD) and West Basin Municipal Water District.

Retrofit UF Series (Outside-in /Inside-out)

Scinor's retrofit UF modules are 100% compatible with major global brands and available in outside-in and inside-out configurations, they offer seamless replacement, lower fouling, and longer membrane life without system modifications.

These modules provide seamless integration, minimize system downtime during upgrades, and enhance operational flexibility for municipal and industrial users.

Spiral-Wound RO/NF Series

Scinor manufactures 8 product series and over 24 models of spiral-wound RO/NF membranes under ISO 9001 standards, with custom manufacturing available to meet specific project needs.The annual production capacity reaches 80,000 (4") and 50,000 (8") elements. Our products deliver high rejection, durability, and stable performance.

Applications cover municipal drinking water, industrial ultrapure water, seawater and brackish water desalination, wastewater reuse, high-salinity ZLD, as well as food & beverage, pharmaceuticals, and separation/concentration processes.

Product Portfolio

SNT-NF Series (Hollow Fiber Nanofiltration)

Scinor's standardized SNT-NF modules are ideal for drinking water treatment, including softening, pretreatment, and reuse. Backed by robust R&D and advanced manufacturing, Scinor delivers cost-effective, high-quality, and versatile nanofiltration solutions.

Today, hollow fiber nanofiltration membranes have become the preferred core components in a wide range of applications, including municipal water purification, chemical separation, food ingredient refinement, ultrapure water for semiconductors, and pharmaceutical purification.

For more product information, please request our catalog, or visit en.scinormem.com

Product Portfolio

I-Con™ Integrated UF Systems

Scinor's I-Con™Msystems adopt a modular skid-mounted design with dual in/out ports and compact layout. Preassembled and plug-and-play, they cut site labor by over 50%, streamline maintenance, and scale easily—ideal for large municipal and seawater applications.

EasyIns® Containerized Systems

Built into standard ISO containers, Scinor's EasyIns® systems offer fully integrated watertreatment, factory-assembled and fully tested, the Easylns® containerized systems enable rapid deployment and minimal on-site work, and compliant with global water treatment standards, they are perfect for remote, emergency, or fast-track applications.

Easylns® Water Treatment System

Easylns® MBR Integrated System

Portable Water Treatment Test Platform

TIPS PVDF MEMBRANES

Scinor's patented Thermally Induced Phase Separation (TIPS) technology produces ultra-strong, chemically resistant, and highly permeable PVDF membranes.The TIPS PVDF membranes exhibit isotropic characteristics, ensuring uniform entire depth, which provides superior mechanical strength, durability, and structural integrity.

SEM of TIPS fiber. Note the isotropic structure.

Hollow Fiber spinning-TIPS

① Blend PVDF polymer with a low molecular weight diluent in solid form.

② v ee 0,

③ Pass the solution through the spinneret to shape thehollow fiber.

④Subsequently, cool and solidify the fiber ina water bath.

⑤

Scinor Service

Scinor provides comprehensive lifecycle services to ensure optimal system performance and customer satisfaction worldwide.

Through our CCS® Custom Care System, we offer full technical support—from design to operation—to help clients achieve reliable, efficient, and sustainable water treatment outcomes.

Technical & Engineering Support

Application assessment and process design Electrical and control engineering Component integration and system configuration Retrofit and system upgrading solutions

On-site & Pilot Services

Pilot testing and field validation System installation and commissioning On-site troubleshooting and operator training

Testing & Maintenance

Water quality and performance analysis Membrane integrity and fouling testing Preventive maintenance programs Chemical cleaning and membrane repair Spare parts and consumable supply

Lifecycle Support CCS® Custom Care System for ongoing service Customized technical assistance and optimization Global support network across the product lifecycle

40+ Countries 1200+ Projects 3700+ MGD

Thank you for your interest in Scinor.

We welcome the opportunity to discuss how our membrane technologies can enhance your water treatment operations and add long-term value to your projects.

Beijing Scinor Membrane Technology Co., Ltd.
Floor 21, Tower C,Vantone Center, No.6 Chaowai Street, Chaoyang District, Beijing, China
+86 10 8278 0580
biz@scinormem.com
en.scinormem.com

Jiangsu Scinor Membrane Separation Technology Co., Ltd.

20 Huasheng Road, Hanjiang District, Yangzhou City, Jiangsu Province, China

Scinor Water America, LLC

40 Wall Street, 28th Floor, New York, NY 10005, USA +001 800 774 1385 www.scinor.com