Scinor-TIPS Membrane Leader of a new age commercial production of PVDF (Ployvinyliden fluoride) capillary fibers and Ultra‐filtrationmodules. ... ＞1million TPD ... an annualized

Proprietary & Confidential

Beijing Scinor Membrane Technology Co., Ltd

Scinor-TIPS Membrane Leader of a new age

26‐Nov‐15Copyright© 2011, Scinor Water Limited 1

Proprietary & Confidential 26‐Nov‐15Copyright© 2011 Scinor Water Limited 2

On the way to be a top membrane module and personalized service provider

As one of the leading TIPS-based UF membrane

module manufacturers in China, Scinor has integrated

technological research, equipment and module

manufacturing, and system design. It provides

products of high price performance ratio and has

established a standardized customer service system.

About USAdhering to hollow fiber made from PVDF, the current

product lineup includes pressurized, submerged,

MBR and retrofit series, which are applicable to

potable water purification, municipal sewage and

industrial wastewater treatment, desalting, seawater

desalination and water reuse projects.

Our Service

Our Products

Affirming to win-win cooperation and sustainable

development, Scinor is committed to becoming an

international brand and provide service for more

customers around the world.

Our VisionExclusive Customer Care System covers the entire

sales process, satisfying customer demand with

responsive and effective support.

Company Introduction


Company Milestones

2004~2008

2009

2010~2011

2012~2015

Expand 2nd phase factory inShougang industrial park..

Nominate key name list ofnew technology & Productin national independentinnovation and creativenessdemonstration park.

Win the biggestUltrafiltration bidding inChinese municipal tertiaryrecycling treatment- 1st

phase project of BeijingFuture city wastewaterreclaimation plant

Acquire capital injection byfamous investmentcorporate-CLSA

Obtain NSF61 Certification. Build up Beijing

Engineering Laboratory ofMembrane AdvancedTechnology by TIPSmethod.

Set up Branches in USAand Singapore.

1993

”

Research anddevelop micron poremembrane by TIPSin membranematerials &engineering center,Tsinghua University,of which is one ofthe earliest researchinstitutes.

Obtain 863 & 973funding support bynational naturalScience foundationof china, and ranktop class fundingsupport by Beijingmunicipal andeducationcommission &ScienceCommission.

Achieve innovativeultrafiltration hollowfiber by new thermallyinduced phaseseparation, and theperformance of fiberreach to world-classlevel on uniform poresize, high flux,mechanical strength &chemical tolerance.

Establish Beijing ScinorMembrane Co., Ltd byintroduction ofTsinghua’s TIPStechnology..

Obtain ISO9001Certification.

Build up membrane factoryto utilized own‐patentedTIPS technology to achievecommercial production ofPVDF (Ployvinylidenfluoride) capillary fibers andUltra‐filtration modules.

Obtain high technologyCooperate Certification.

Acquire capital injection byKPCB, which are aninvestment company inclean energy..


Advanced Manufacturing

TIPS+ Automatic production +Zero discharge=Advanced process

Finger Structure(NIPS)

Homogeneous sponge porestructure (TIPS)

Lower consumption of organic solvent provides safety for both humans and environments; fully reusability ensures zero liquid waste discharge resulting in a green and low-carbon process.

Guaranteed exceptional membrane performance supported by the technical strength of the Tsinghua University, based on a unique formula and four patented innovations with full proprietary intellectual property rights.

World leading membrane fabrication method, thermal induced phase separation (TIPS) TIPS, resulted in highly competitive membrane products with characteristics of high strength, high flux rate, uniform porous diameters, high porous ratio, high tolerance to chemicals.

Automated membrane fabrication line utilizing imported precise metering and continuous controlling equipments guarantees long-term stability of membrane performances.


Quality Control

Fiber

Membrane Module

MembraneEquipment

Complete fiber products manufacturing line

Reliable quality assurance system

Scinor Membrane cites refer to GMP management , to creatively establish a new precisionmanagement system controlled by numbers. All the product quality is be controlled strictly ,from raw materials procurement, module processing to complete product. All completeproducts have consistent performance and stable quality by standard production andtesting. Each module of operation has made coding quality traceability.


6

Honors and Certifications

ISO9001 quality management system certification

ISO14001 environmental management certification

Over 100 installations worldwide across a variety of applications

Successful retrofits of most major membrane manufacturers (pressure and

submerged)

NSF 61 Certification & NSF 419 Certification (Bacterium reject 6log，Virus

reject 3log)

Among the Top 100 of 2013 Global CleanTech Companies

Financially secure - funded by major global investors including Kleiner Perkins

(San Francisco, CA USA) and CLSA (Singapore)


Production Scale Production base: Changping Plant, Shijingshan PlantAnnual capacity: 2 million m2 TIPS hollow fiber membrane

35,000 modules, including pressurized, submerged, MBR and replacement series

100 sets of mid and small-scale desalination, MBR integration and water purification equipment


UF Market in China

Brand` MaterialInside/Out

sidePressure

Process Type

Asahi(旭化成) PVDF Outside TIPS Pressurized, submerged, MBR

Toray(东丽) PVDF Outside TIPS Pressurized, MBR

Scinor(赛诺) PVDF Outside TIPS Pressurized, submerged, MBR

Memcor(西门子) PVDF Outside NIPS Pressurized, submerged, MBR

Dow(陶氏) PVDF Outside NIPS Pressurized

Zenon(GE) PVDF Outside NIPS Pressurized, submerged, MBR

Hyflux(凯发) PES, PVDF Outside NIPS Pressurized

Koch(科氏) PS, PVDF Inside NIPS Pressurized, MBR

Inge(滢格) PES Inside NIPS Pressurized

Norit(诺芮特) PES Inside NIPS Pressurized

Hydranautics(海德能) PES Inside NIPS Pressurized


012345

halogenated solvents

esters, ketones

aromatic solvents

aliphatic solvents

weak basesstrong bases

strong acids

halogens

strong oxidantsPVDFPVCHDPEPPPES-GF

5 : excellent resistance 4 : fair resistance 3 : limited resistance 2 : low resistance 1 : no resistance

Limit of PVDF

Limit of PVDF

Why PVDF？


Meltdown Dissolve

> 200℃ 60-120℃

Continuous Discontinuous

Two steps to make fiber and pore

Superior strength, strongchemical resistance,uniformed pore size,high permeate flux.

Low cost, normalchemical resistance,

smaller surface pore size,low permeate flux

High T, P Normal T, P

TIPS VS NIPS

Make fiber and poresimultaneously


Hollow Fiber Spinning – TIPS

Bore fluid

Spinneret

Low temperaturecoagulation water bath

Extraction bath(s)

Take-up spoolHigh TemperaturePolymer “solution”By twin-screw extruder

Polymer material and dilute

Mix PVDF with diluent of high boiling point and low molecular weight under 220℃, which will then melt and generate homogeneous solution before being casted into certain shape and cooled down. The solution will experience thermally induced phase separation and solidifies. Micro-pore fiber can be finally created by extracting solution with alcohol.

Polymer solution is formed by dissolving a thermoplastic polymer in a solvent, which will dissolve the polymer at an elevated temperature but will not do so at lower temperature. The solution is cooled and, at a specific temperature, phase separation occurs and the polymer-rich phase separated from the solvent.

Polymersolution

Bore fluid




10s20s60s300s


Surface: uniform 0.1μm pore size

Support layer: large-scale cross-link structure

Route A

Route B

Route C

Water flow

Pollutant A Pollutant B

The support layer of TIPS-based fiber creates a large-scale cross-link structure featuring equally sized pores, it leaves few dead zones and allows faster and higher flux

Large-scale cross-link structure allows higher flux

Large-Scale Cross-Link Structure


Bore fluid

Polymersolution Spinneret

Non-solventcoagulation bath

Extraction bath(s)

Take-up spool

Supported Fiber

Mix polymer with solvent under normal temperature (or slightly heated) and evenly blend before put for a while to defoam, and then extrude with 2N pressure, placing in the air for a while (volatize) before putting in coagulating bath (aqueous phase). The third step is to induce it to experience phase separation (non-solvent induced separation). Solvent flows into aqueous phase, while water flows into fiber, extracting the solvent and thus micro-pore fiber is formed

Hollow Fiber Spinning – NIPS

PVDF各种有机溶剂

搅拌溶解

静置脱泡

Hollow Fiber Spinning – NIPS


Well-protected chemical properties

C

F

F

C

H

H

C

H

HC

F

F

n

PVDF fiber’s molecular structure based on TIPS

C

F

F

C

H

H

C

H

C

F

nOn some molecular chains, solvent defluorinates and creates double-bond

PVDF fiber’s molecular structure based on NIPS

TIPS provides a stronger protection for PVDF fiber’s molecular structure than NIPS does. NIPS uses solvent, this will change the molecular structure and create double bond, a reduction state, making the fiber sensitive to chemical concentration

PVDF’s Chemical Properties Are Well Protected


16

Item TIPS NIPS

Pure water flux > 1,000 LMH/Bar 200-500 LMH/Bar

NaOCI tolerance during CIP 5,000 mg/L 500-2,000 mg/L

pH range during CIP 1-13 1-12

Anti-fouling performance* 1.1 kpa/Min 2.1-5.4 kpa/Min

Permeate SDI15 ≤ 3.0 ≤ 3.0

Permeate turbidity (NTU) ≤ 0.1 ≤ 0.1

Note: under the same raw water quality and flux conditions, TMP increase within a minute is shown above

Features of PVDF Fiber


Permeate quality --SDI--Turbidity --COD

Permeate yield--Instantaneous flux --Total yield --Recovery rate

Surface abrasion will cost the ability to reject particulate Quality

Top Quality Membrane—Homogeneous Sponge-Like Structure

TIPS structure

NIPS fiber structure


SMT600Pressurized Series Scinor ®SMT600-P40/P50/P80

Submerged Series Scinor ®SMT600-S30/S50

MBR Series Scinor ®SMT600-BR30(M600/1000/1620)

Retrofit Series RetrofitTM –P660D/P860D/P620A/S620A/PL20S

Integrated Equipment Seawater Desalination EquipmentECOTATM Ultrafiltration Equipment for Pure WaterIntegrated MBR Equipment

Products


Scinor Pressurized ModulesScinor @SMT600-P40/P50/P80


Scinor Submerged modules and MBRScinor @SMT600-S50Scinor @SMT600-BR30


Scinor Retrofit Series

RT-P660D 、RT-PL20S、 RT-P860D、 RT-P620A、 RT-P600H、 RT-P202T 、RT-P150G、 RT-SS10S


Integrated Equipment


Milestones of Scinor TIPS Membrane

0

2010 2011 2012 2013 2014

＞1 million TPD

＞130 projects

The consumption has been doubled on an annualized basis

10000


Scinor’s products have been used in over 130 projects in iron & steel, power, petrochemical, coal chemical, seawater desalination and municipal sectors. The total water treated closes to 1 million TPD. Overseas, the products have been exported to Japan, South Korea, Indonesia, Mongolia, Colombia and Turkmenistan

Key customersChemical: Lanzhou Petrochemical Engineering under China National Petroleum Corporation, Xinjiang Dushanzi Petrochemical Engineering under China National Petroleum Corporation, Sinochem Quanzhou Petrochemical, Henan Longyu Coal Chemical Industry Group, PanjingChemical, ECO Coal Chemical Industry, Yitai Coal Chemical, Jiutai Energy Group, KailuanZhongrun Coal Chemical, Zhejiang Jiahua Energy Chemical Industry, Zhejiang TransfarChemical, etc. Metallurgical: Shougang Group, Taiyuan Iron & Steel, Tangshan Guofeng Steel, ShougangGuiyang Special Steel, Xining Special Steel, Minmetals Yingkou Medium Plate, etc. Power: Togtoh Power Plant, The 4th Mongolian Power Plant, Xuzhou Power Plant,Shandong Qiquan Power Plant, Changzhou Ronglihang Thermal Energy, Gunjang Energy, etc. Municipal: Beijing Economic Developing Area, Beijing Future Science & Technology Park, Beijing Shahe Wastewater Plant, Jiuyuan Baotou Wastewater Plant, Changping MachikouWastewater Reclamation Plant, Alxa Tengri Industrial Park, etc. Other industries: electroplating, papermaking, dyeing and printing, pharmaceutical, food, seawater desalination, etc. Overseas market: Japan, South Korea, Mongolia, Indonesia, Turkmenistan, etc.

Typical Cases


BDA water reclamation plant 80,000 TPD

Shandong Tap Water Plant 10,000 TPD

Togtoh power plant of DatangInternational 20,000 TPD

BDA water reclamation plant 60,000 TPD

Water purification station of Taiyuan Steel 50,000 TPD

A project of Sinochem Quanzhou 10,000 TPD

Chemical wastewater reuse project in Xinjiang 4000 TPD

Jiuyuan wastewater project in Baotou 25000 TPD

Coal gangue wastewater treatment project of Fuxin

Jinshan 8,500 TPD

Shahe Water Reclamation Plant 30,000 TPD

Machikou Wastewater Treatment Plant 30,000 TPD

Wastewater reuse project of Kunming Steel 4,000 TPD

Integrated purification equipment installed in

Chengdu

Coal chemical desalting station of Henan Longyu 30,000 TPDLanzhou Petrochemical's desalting

project 15,000 TPD

Shougang Group’s project in Guizhou 30,000 TPD

Waster reuse project in Taiwan 1,000TPD



US office

Singapore office

Beijing HQ

Desalting project in Turkmenistan 1,000 TPD

PT.INDO PUSAKA BERAU TURBINE’s1X7MW power plant project with 1,500 TPD capacity in Indonesia

Desalting project in South Korea 10,000TPD

GRUPO HOH SAS’s 500 TPD project in Columbia

Boiler makeup water project in Mongolia 9,600 TPD

BAU BAU PROJECT 2X7MW power plant project with 1,000 TPD

capacity in Indonesia

Water treatment project in Iran 31,000 TPD

Pilot in Australia

Pilot by a Japanese company

Pilot in comparison with a foreign brand product


TYPICAL PROJECT LIST of BEIJING SCINOR

No. Area Project Name Industry Start-Up Capacity (TPD)

1 Hebei Depth wastewater treatment project of South Facility, A Steel Co., Ltd in Heibei Iron & Steel 2010 30,000 2 Jiangsu Wastewater recycling project of A Solar Co., Ltd in Jiangsu Solar 2011 3,000 3 Shanxi Depth wastewater treatment project of A Iron & Steel (group) Co., Ltd ni Shanxi Iron & Steel 2011 30,000 4 Zhejiang Water reuse project of A Dyeing Finishing Co., Ltd in Zhejiang Printing& Dyeing 2011 6,000 5 Beijing Wastewater treatment project of Beijing A Holiday Inn Municipal Sewage 2011 100 6 Zhejiang Wastewater treatment project of A Wastetreatment Plant in Zhejiang Municipal Sewage 2011 500 7 Beijing Wastewater treatment project of Beijing A Expo Graden Municipal Sewage 2011 600 8 Shandong Wastewater treatment project of A Medical Waste Disposal Center in Shandong Chemical Industry 2011 100 9 Zhejiang Wastewater treatment Phase ii Project of A Wastetreatment Plant in Zhejiang Municipal Sewage 2011 300

10 Hubei Water reuse project of A Nonferrous Co., Ltd in Hubei Iron & Steel 2012 1,000

11 Inner Mongolia Water reuse project of A Powerplan Co., Ltd in Inner Mongolia Electric Power 2012 20,000

12 Henan Desalting water treatment project of A Coal Chemical Industry Group in Henan Coal Chemical Industry 2012 30,000 13 Zhejiang Water reuse project of A Industrial Fiber Co., Ltd in Zhejiang Chemical Industry 2012 6,000 14 Hebei The sea desalting project of A Industrial Park in Hebei Sea Desalting 2012 1,500 15 Hebei Depth wastewater treatment project of North Facility, A Steel Co., Ltd in Hebei Iron & Steel 2012 20,000 16 Hebei Desalting water treatment project of A Steel group in Hebei Iron & Steel 2012 12,500 17 Anhui Desalting water treatment project of A Healthcare Food Co., Ltd in Hebei Food & Drink 2012 3,000

18 Fujian Depth wastewater treatment project of A Sinochem Petrochemical Co., Ltd in Fujian

Petrochemical Engineering 2012 10,000

19 Beijing Desalting water treatment project ofA Economic Developing Aear Water Recycling Plant in Beijing Municipal Sewage 2012 6,000

20 Ganshu Desalting water treatment project of A Petrochemical Engineering China National Petroleum Corporation in Gansu

Petrochemical Engineering 2012 12,000

21 Inner Mongolia

Desalting water treatment project of A Coal Chemical Industry Co., Ltd in Inner Mongolia Coal Chemical Industry 2012 4,800

22 Zhejiang Desalting water treatment project of A Energy Chemical Industry Co., Ltd in Zhejiang Chemical Industry 2012 2,000 23 Shandong Desalting water treatment project of A Power Plant in Shandong Electric Power 2012 1,500 24 Zhejiang Desalting water treatment project of A Chemical Co., Ltd in Zhejiang Chemical Industry 2012 2,000 25 Zhejiang Desalting water treatment project of A Electroplating Technology Co., Ltd in Zhejiang Solar 2012 2,000



26 Jiangsu Desalting water treatment project of A Thermal Energy Co., Ltd in Jiangsu Electric Power 2012 3,000 27 Zhejiang Desalting water treatment project of A Electroplating Co., Ltd in Zhejiang Solar 2012 3,600 28 Shangdong Wastewater treatment project of A Metal Co., Ltd in Shandong Iron & Steel 2012 1,000 29 Zhejiang Wastewater treatment project of A Magnetic Co., Ltd in Zhejiang Chemical Industry 2012 500 30 Guangdong Wastewater treatment project of A Dangerous Goods Disposal Center in Guangdong Chemical Industry 2012 300 31 Jiangsu Wastewater treatment project of A Chemical Co. Ltd in Jiangsu Chemical Industry 2012 1,000 32 Beijing Wastewater recycling project of A Solar Technology Co., Ltd in Beijing Solar 2013 800

33 Hebei Desalting water treatment project of A Coal Chemical Co., Ltd in Heibei Coal Chemical Industry 2013 6,000

34 Beijing Wastewater recycling first phase project of Science & Technology Park in Beijing Municipal Sewage 2013 80,000

35 Beijing Wastewater recycling first phase project of Wastewater Plant in beijing Municipal Sewage 2013 30,000 36 Shanxi Depth wastewater treatment project of A Iron & Steel (group) Co., Ltd in ShanxiIron & Steel 2013 30,000 37 Shandong Wastewater treatment project of A Textile Co., Ltd in Shandong Printing& Dyeing 2013 3,000

38 Shanxi Oily wastewater and neutralization station renovation project of A Iron & Steel (group) Co., Ltd in Shanxi Iron & Steel 2013 10,000

39 Hebei Desalting water treatment Phase ii project ofA Steel, group in Hebei Iron & Steel 2013 4,000 40 Liaoning Desalting water treatment project of A Chemical in liaoning Chemical Industry 2013 5,500

41 Liaoning Desalting water treatment project of A Chemical in liaoning Chemical Industry 2013 3,000

42 Liaoning Desalting water treatment project of A Chemical in liaoning Chemical Industry 2013 800

43 Inner Mongolia Wastewater recycling project ofA Industry Park Wastewater Plant in Inner Mongolia Municipal Sewage 2013 6,000

44 Shanxi Desalting water treatment project of A thermal power plant in Shanxi Electric Power 2013 3,000 45 Zhejiang Desalting water treatment project of A Paper Co., Ltd in Zhejiang Electric Power 2013 3,500 46 Shanxi Depth wastewater treatment project of A Iron & Steel (group) Co., Ltd in Shanxi Iron & Steel 2013 8,100

47 Anhui Depth wastewater treatment project of A Pharmaceutical Co,.Ltd in Anhui medicine 2013 1,200

48 Guangdong Depth wastewater treatment project of A Science & Technology Park in Guangdong Chemical Industry 2013 3,000 49 Shandong Wastewater treatment project of A Company in Shandong Municipal Sewage 2013 500

50 Liaoning Desalting water treatment project of Air Liquide Co., Ltd in Liaoning Chemical Industry 2013 600



51 Tianjin Wastewater treatment project of A Biotechnology Co., Ltd in Tianjin Chemical Industry 2013 800 52 Inner Mongolia Depth water treatment project of A Coal Chemical Co., Ltd in Inner Mongolia Municipal Sewage 2013 500 53 Beijing Wastewater treatment project of A Wastewater Plant in Beijing Municipal Sewage 2013 500 54 Beijing Wastewater treatment project ofWastewater Reclaimation Plant in Beijing Municipal Sewage 2013 25,000

55 Inner Mongolia Wastewater treatment project of Wastewater Plant in Inner Mongolia Municipal Sewage 2013 25,000

56 Guizhou The construction of a new base desalting water treatment project of special steel Co., Ltd in Guizhou Iron & Steel 2013 30,000

57 Beijing Depth wastewater treatment project of A Municipal Wastewater Plant in Beijing Municipal Sewage 2014 70,000

58 Beijing Depth wastewater treatment project of A Municipal Wastewater Plant in Beijing Municipal Sewage 2014 2,000

59 Beijing Depth wastewater treatment project of A Municipal Wastewater Plant in Beijing Municipal Sewage 2014 20,000 60 Beijing Depth wastewater treatment project of A Municipal Wastewater Plant in Beijing Municipal Sewage 2014 4,200 61 Beijing Depth wastewater treatment project of A Municipal Wastewater Plant in Beijing Municipal Sewage 2014 40062 Beijing Depth wastewater treatment project of A Municipal Wastewater Plant in Beijing Municipal Sewage 2014 40063 Beijing Depth wastewater treatment project of A Municipal Wastewater Plant in Beijing Municipal Sewage 2014 600

64 Inner Mongolia Desalting water treatment Phase ii project of A Coal Chemical Industry Co., Ltd in Inner Mongolia Coal Chemical Industry 2014 4,800

65 Xinjiang Desalting water treatment project of A Petrochemical Engineering China National Petroleum Corporation in Xinjiang Petrochemical Engineering 2014 4,000

66 Shanxi Desalting water treatment ii project project of A thermal power plant in Shanxi Electric Power 2014 4,00067 Shanxi Desalting water treatment ii project project of A thermal power plant in Shanxi Electric Power 2014 3,00068 Shanxi Water reuse project of A industry in Shanxi Chemical Industry 2014 7,00069 Xinjiang Depth glass grinding wastewater treatment project of Glassworks in Xinjiang Chemical Industry 2014 3,00070 Beijing Depth wastewater treatment project ofA Municipal Wastewater Plant in Beijing Municipal Sewage 2014 80071 Tianjin Water reuse project of A Co., Ltd Tianjin Chemical Industry 2014 1,000

72 Hebei Desalting water treatment Phase ii project of A Healthcare Food Co., Ltd in Heibei Food & Drink 2014 3,000

73 Hebei Desalting water treatment Phase iii project of A Healthcare Food Co., Ltd in Heibei Food & Drink 2014 3,00074 Hebei Desalting water treatment project of A Healthcare Food Co., Ltd in Hebei Food & Drink 2014 2,500

75 Tianjin Desalting water treatment project of A Glass Co., Ltd in Hebei Chemical Industry 2014 2,500



76 Shanxi Desalting water treatment project of A Power Co.Ltd in Shanxi Electric Power 2014 12,50077 Yunnan Depth wastewater treatment i project of A Iron & Steel Holding Co., Ltd. in Yunnan Iron & Steel 2014 4,00078 Yunnan Depth wastewater treatment ii project of A Iron & Steel Holding Co., Ltd. in Yunnan Iron & Steel 2014 4,00079 Shandong Depth wastewater treatment project of A Iron & Steel Co,.LTD in Shandong Iron & Steel 2014 7,000

80 Inner Mongolia Wastewater treatment project of A industrial park in Inner Mongolia Municipal Sewage 2014 10,000

81 Inner Mongolia Wastewater treatment project of Aindustrial park in Inner Mongolia Municipal Sewage 2014 5,00082 Xinjiang Desalting water treatment project of A Chemical Industry Co,.LTD in Xinjiang Chemical Industry 2014 5,000

83 Shandong Wastewater treatment project of A Energy Group in Shandong Coal Chemical Industry 2014 11,000

84 Inner Mongolia Wastewater treatment project of A Resources Group in Inner Mongolia Coal Chemical Industry 2014 6,00085 Hebie Wastewater treatment project of A Petrochemical Engineering Co,.LTD in Hebei Petrochemical Engineering 2014 1,500

86 Hebie Depth wastewater treatment i project of A Petrochemical Engineering Co,.LTD in Hebei Petrochemical Engineering 2014 1,500

87 Hebie Desalting water treatment project of A Iron & Steel Co., Ltd. in Hebei Iron & Steel 2014 50,000

88 Liaoning Depth wastewater treatment project of A thermal power plant in Liaoning Electric Power 2014 8,500

89 Guangdong Wastewater treatment ii project of A Dangerous Goods Disposal Center in Guangdong Chemical Industry 2014 300

90 Hebei Depth wastewater treatment project of South Facility, A Steel Co., Ltd Iron & Steel 2014 7,000

91 Xinjiang Desalting water treatment ii project of A Petrochemical Engineering China National Petroleum Corporation in Xiangjiang Petrochemical Engineering 2014 4,000

92 Taiwan Wastewater treatment project of A Municipal Sewage in Taiwan Municipal Sewage 2014 1,00093 Japan Desalting water treatment project of Water Industries Ltd in Japan Chemical Industry 2013 1,00094 Turkmenistan Desalting water treatment project of A Powerplant inTurkmenistan Chemical Industry 2013 1,00095 Korea Desalting water treatment project of ofA Energy Co. Ltd, Southern Korea Iron & Steel 2013 10,00096 Indonesia PT.INDO PUSAKA BERAU TURBINE 1X7MW in Indonesia Electric Power 2013 1,50097 Indonesia BAU BAU PROJECT 2X7MW in Indonesia Electric Power 2013 1,00098 Mongolia Desalting water treatment project of A Mongolian Power Plant Electric Power 2014 9,60099 Colombia Desalting water treatment project of A Powerplant in Colombi Chemical Industry 2014 500

100 Indonesia PT PJPP 2x18MW POWER PLANT Electric Power 2014 1 300

Caofeidian Seawater Desalination

• 2000 tons per day wastewater reuse project, Iron and steel Company, Shanxi Taiyuan.

Water Feed: Seawater from Caofeidian

Process Volume: 2,000 cubic meters per day

Process Flow Chart: Pretreatment+UF+RO

Analysis Items CODcr BOD5 SS Turbidity Fe3+ pH Temp.

Units mg/L mg/L mg/L NTU mg/L - ℃

Feed water 40～60 - - 3-7 - - 15～30

Performance Data

Normalized TMP vs. Operation Time Permeate Water Quality vs. Operation Time


Custom Care System

Comprehensive solutions

UF project design

24/7 service

Continuous accessories

supply

Tracking after-sales

service

Comprehensive, standardized, proactive, interactive


Custom Care SystemGolden Service---Bring a Innovative Experiences

Consulting Service: We can be as consultant for process optimization, commissioning& installation, membrane rack design and troubleshooting.

Project Support: We support ultrafiltration, reverse osmosis & electro deionization unit design, electrical control design, project management, membrane installation & commission assistance, operating assurance service, membrane system troubleshooting & cleaning.

Testing Support: We support water analysis, membrane autopsy and fouling analysis.


Custom Care System

Golden Service---Bring a Innovative Experiences

Pilot System Offering: We provide professional pilot system testing service, including water analysis, and emulation with different operating conditions or/andoptimized operating condition testing.

After service: We implement the 24 hours standby site-service policy and one person one case regulation for every project to take charge of training, installation, commission, data-collect, risk management, process & modules evaluation, troubleshooting, cleaning, and satisfaction investigation.

26‐Nov‐15Copyright© 2011 Scinor Water Limited 36

Better Membranes

Better World

Documents

Scinor-TIPS Membrane Leader of a new age commercial production of PVDF (Ployvinyliden fluoride) capillary fibers and Ultra‐filtrationmodules. ... ＞1million TPD ... an annualized