Synopex Company Introduction

Contents

1. Company Introduction

2. History

3. Water Treatment Business

4. High Performance Filter Business

5. Reference

1 Company Outline
• Touch-Screen
Outline • Tempered glass
• Key-PBA

CEO Son Gyung Ik

Capital 220 Billion Won

Dongtan About 560
Employee No
Pohang About 130 Dongtan • High performance Filter
• Industrial packing Materials
• Touch-Screen
Dongtan • Tempered glass
Major products • Key-PBA
Home Page • Water Treatment System Pohang
Pohang • High Performance Filter
China
• Industrial packing Materials Daegu
• China Corporate
Home Page www.synopex.com (Tianjin, Dong guan)

• Pohang(Head Office)
Sites of business • Seoul / Dongtan / Giheung / Daejeon
Gimhae / Gimcheon / Daegu / China

Water Treatment
• Daegu (Water Treatment System)
Major Clients

2 History
• 1985. 04 Foundation
• 1994. 11 Development and sales of water treatment filter
• 2006. 02 Started Filtration System Business
• 2006. 06 M&A with Yoowon Telecom and Shinyang P&P
• 2006. 07 Technology Transfer & localization of Nano-composite membranes
with Korea Research Institute of Chemical Technology
• 2006. 08 Developed high-performance filters for Semiconductor / LCD
• 2007. 09 Developed Nano-composite membranes(NF)
• 2008. 04 Developed high-performance filters for CMP Slurry
• 2008. 12 Developed high-performance hollow fiber membranes
• 2009. 02 Signed MOU with Eqilim Danesh Co.(IRAN)
• 2009. 03 M&A with membrane and water treatment engineering company
• 2009. 07 Started Water Business Group
• 2009. 08 M&A with Water Treatment Systems Equipment Manufacturers
• 2010. 03 Registered the patent under the title of ‘Nano separation method/equipment of saline water from Kimchi salting process’
• 2010. 04 Registered the patent under the title of ‘Small package type water supply facilities system by purifying a subterranean water
or a valley water by using Ultrafilter’
• 2010. 06 Registered the patent under the title of ‘Manufacturing system of compost and liquid fertilizer from livestock excretion’
• 2010. 07 Registered the patent under the title of ‘Small package type water supply facilities system by purifying a subterranean water
or a valley water by using RO membrane
• 2010. 10 Developed Reverse Osmosis membrane(RO)
• 2011. 01 Registered the patent under the title of ‘Treatment system of fluoride wastewater using membrane / Remove T-N, T-P, color
from effluent and effluent reusing system using membrane’
• 2011. 02 Registered the patent under the title of ‘Removal system / method of phosphorus from wastewater’
• 2011. 06 Registered the patent under the title of ‘Reusing system of sodium hydroxide from textile manufacturing process’

Hold lots of registrations related to water treatment professional company
Hold 6 patents for membrane & lots of intellectual properties
Secure Membrane Technologies in the field of water treatment
Developed Ultra filtration(PAN type) & Gas separation membranes for the first time in Korea
Hold 14 patents related to Gas separation membranes
Manufactured Cartridge Micro-Depth Filter using Melt-Blown Technology for the first time in Korea

3 Water Treatment Business
Overview
$303 hundred
million
Membrane Separation Process has better reclamation effect than
existing Physical Chemistry . The Trend of Water Treatment
Business is changing to Eco-Friendly Membrane Separation without
$61 hundred
Chemical use. million

2010
Membrane Separation is expanding its market in Leading Country 2007
(USA, Japan)

Enforcement of Domestic Membrane Separation
Certification System (2008. 12. 23 Law Announcement)
<Market Size of Water Treatment Membrane >

<Strength of SYNOPEX’ Water Treatment System>

To have Core Synergy through Technology Providing Total Solution for Water
Technologies for Water convergence among subsidiary Treatment
Treatment Filter companies.

Acquired Patents
Registration
Patent Title Registration No. Remark
Date
Nano separation apparatus of saline water from Kimchi salting
1 No. 10-0950558 2010. 03. 24 Complete
process

2 Nano separation Method of saline water from Kimchi salting process NO. 10-0950559 2010. 03. 24 Complete

Small package type water supply facilities system by purifying a
3 No. 10-0956871 2010. 04. 30 Complete
subterranean water or a valley water by using Ultrafilter
Manufacturing system of compost and liquid fertilizer from livestock
4 No. 10-0966279 2010. 06. 18 Complete
excretion
Small package type water supply facilities system by purifying a
5 No. 10-0974184 2010. 07. 30 Complete
subterranean water or a valley water by using RO membrane

6 Fluoride wastewater treatment system by adopting membrane No. 10-1007522 2011. 01. 05 Complete

Removal system T-N, T-P, color to reuse the wastewater effluent by
7 No. 10-1009574 2011. 01. 13 Complete
adopting membrane

8 Sewage and wastewater phosphorus removal system and method No. 10-1018636 2011. 02. 23 Complete

Waste caustic soda reusing system manufactured from the
9 No. 10-1044620 2011. 06. 21 Complete
mercerizing system

6 6

R&D Status of Water Treatment System
Amount
Project Title Period Remark
(million)

* Project Title : Degu-Gyeongbuk Blue Gold Cluster Developing Project
2010. 7 Conduct-
1 SubTitle : Development of Customized Water Reuse Systems for Industrial 2,448
~ 2013. 4 ing
Wastewaters in Daegu-Gyeongbuk Region

* Project Title : Eco-Industrial Park
2010. 9 Conduct-
2 Sub Title : The industrial water utilization Network by re-treatment of the 183
~ 2011. 8 ing
discharged water in Seongseo wastewater disposal center

* Project Title : The Small & Medium Business Administration (National Project)
2009. 5
3 Sub Title : Developing the recovering device system of caustic soda 445 Complete
~ 2011. 6
wastewater

* Project Title : Eco-Technopia 21
2009. 3 Conduct-
4 Sub Title : Development of a low energy recycled urban water treatment 961
~ 2011. 11 ing
technology integrating alternative water resources

* Project Title : advanced Plant Technology Project (1-5) 2007. 11 Conduct-
5 2,261
Sub Title : RO Membrane Analyze and Diagnosis Technology of Next Generation ~ 2012. 8 ing

* Project Title : advanced Plant Technology Project (4-1) 2010. 4 Conduct-
6 6,166
Sub Title : High efficient Maintenance of Seawater Desalination Plant ~ 2012. 8 ing
7 7
Total 12,653

Water Treatment Business

Wastewater Desalination Water
Permeate Purification
Reuse Livestock
Wastewater
Wastewater
Treatment
Treatment

Foods
Caustic soda Wastewater
Wastewater Treatment

Pure
Salt
&
Wastewater
Ultrapure
Recovery

Seawater Desalination System

 Outline

- Separate salinity from the seawater to use as drinking water and other purposes and through

this system, not only Cl-, Na+ but also inorganic salts can be separated

 Characteristics

- Can secure vast quantity of water resources

- Possible to get water resources early due to the short construction period

- Doesn’t depend on seasons or water conditions

- Small footprint with the compact design


1. Intake
 Need to take clean raw water in order to minimize loads of pretreatment.
 Intake point and method is very important due to affect a quality of raw water.
 Depth intake(large scale), Seaside construction(small scale), Seaside underground
well(small scale)

2. Pretreatment
 Removal material: bacteria, clay, colloid, SS
 Microfiltration, Ultrafiltration, Nanofiltration, Multimedia filters, Cartridge filters,
Coagulants

3. Reverse Osmosis
 RO machine is a key equipment to make a fresh water
 RO Membranes, Housings, Pumps, Energy Recovery Devices, Controls & Instruments

4. Post Treatment
 Permeate water mostly meet the standard of drinking water but pH is low, around 5~6.
 Chlorine, Injection of Ca(OH)2 or NaOH, Mineral Tower

5. Discharge Treatment
 Filtration, Treatment of membrane cleaning wastewater

< Seawater desalination system in Dok-do(East island)>

China

1~9, Dokdo-ri, Ulleung-eup, Ulleung-gun,
Location
Gyeongsangbuk-do , Korea

187,554㎡(East Island 73,297㎡, West
Area Island 88,740㎡, affiliated Island 25,517㎡)

Korea Drinking Civilians: 3 people
Personnel Guards: about 50 people
Amount of
Product 27㎥/day
Japan Water
Membrane
SHN 4040F(4” × 40”) × 12EA
Spec.


< Seawater desalination system in Dokdo(west island) > < Ras Az Zawr (Saudi Arabia) seawater desalination system >

Groundwater Desalination System

- Remove up to 99% of ions and contaminants including monovalent ions in the

groundwater applying the reverse osmosis pressure

- The system is suitable to the areas like desert and others where the salt concentration is

high

Ground
-water

Pre-treatment Post Treatment
Raw
water Membrane Treated
Tank water Provide
Tank
Treated water
Tank


Water criteria of Water quality of
Groundwater
developed countries SYNOPEX Inc.
• TDS : 1,000 ~ 2,000 ㎎ / ℓ • TDS : 200 ㎎ / ℓ • TDS : < 50 ㎎ / ℓ
• HARDNESS : < 200 ㎎ / ℓ
• COLON BACTERIUM ▶ • HARDNESS : < 100 ㎎ / ℓ
• COLON BACTERIUM : None
▶ • HARDNESS : < 20 ㎎ / ℓ
• COLON BACTERIUM : None
: 100 EA / 100 ㎖

SUPPLY

500 ton/day
 Drinking Water : 250,000 people/day
Groundwater Desalination System (2ℓ / person ∙ day)


< Senegal Groundwater Desalination System 500ton/day) >

Mobile Drinking Water Feeding Trailer(SMDT)

 Definition of SMDT (Synopex Mobile Drinking water feeding Trailer)
: Fully equipped the power generator and water treatment equipment in the
transferable trailer
 SMDT key components
: Diesel generator , pre-treatment, membrane system, post-treatment


 The problems of groundwater for drinking

 Particles (SS)

 High TDS (Total Dissolved Solids)

 Pathogenic bacteria

 Harmful substances (heavy metals, etc.)

 Expected effects of SMDT

 Door to Door service

 Use of on-site water source

 Safe water for health

 Emergency resilient


 Characteristics

 Easy to install, operate, maintain

 Compact design

 Automatic operation

 Power generator built-in type

 Guarantee the treated water quality

 Can supply sanitary water in the construction sites · islands · disaster areas

and other areas where are hard to get stable quality of water

 Customized process for various water quality

 Can remove heavy metals and ions through the RO membrane

 Quick response to water demands and mobility

Feed raw water

Water Treatment Room Concentrate

Pretreatment Post treatment
Ground
Treated Water
water
A/C UV RO UV
Raw water Softener
Electricity
Generating Tank
Room
Fuel

- SMDT provides quick and continuous services to meet residents’ needs and demands.
- SMDT includes perfect facilities such as MF, RO & UV systems to generate pure
drinking water.


ITEMS MDT-20 MDT-50 MDT-100 MDT-200 MDT-400
1 Container system 1 Container system 2 Container system
1 ton truck 2.5 ton truck
(20ft) (40ft HQ) (20ft+40ft HQ)

System W1.6m x L2.85m x W1.8m x L4.3m x W2.3m x L5.9m x W2.3m x L12m x W2.3m x L18m x
Dimensions H1.8m H2.0m H2.6m H2.6m H2.6m

18,000 kgs + truck 3,000 kgs + truck
Shipping Wt. 6,000 kgs 14,000 kgs 20,000 kgs
weight weight

1 ㎥/hr 2.2 ㎥/hr 4.5 ㎥/hr 10 ㎥/hr 20 ㎥/hr
Capacity
(20㎥/day) (50㎥/day) (100㎥/day) (200㎥/day) (400㎥/day)

Electric Diesel Engine, Diesel Engine, Diesel Engine, Diesel Engine, Diesel Engine,
generator 10 Kwh x 60Hz 10 Kwh x 60Hz 20 Kwh x 60Hz 20 Kwh x 60Hz 20 Kwh x 60Hz

TDS HARDNESS TDS HARDNESS TDS HARDNESS TDS HARDNESS TDS HARDNESS
Water (ppm) (ppm) (ppm) (ppm) (ppm) (ppm) (ppm) (ppm) (ppm) (ppm)
Quality
< 150 < 50 < 150 < 50 < 150 < 50 < 150 < 50 < 150 < 50

Fuel Use Light Oil Light Oil Light Oil Light Oil Light Oil

Fuel
Consumption
2.9 liter/㎥ 1.35 liter/㎥ 1.3 liter/㎥ 0.85 liter/㎥ 0.85 liter/㎥

Mobile Drinking Water Feeding Trailer(SMDT) CIP
R.W.P
Clean in place pump
Raw water pump
B.P Booster pump
 SMDT - 20, 50, 100, 200 S.F
H.P
Safety filter
High pressure pump
MMF Multi media filter
ACF Activated carbon filter
C.P Control panel
Ventilation 0.5㎥/hr per side × 2 SET G.W.T Groundwater tank
P.W.T Permeate water tank

RO
CIP SF HP
1600

UV
G.W.T
R.W.P
P.W.T
UV C. P
B.P
MMF ACF

Power
Generator Water Treatment System

2850

Groundwater

1800

 SMDT – 400 (2 Containers)
 Capacity : 20㎥/hr (400㎥/day) : Feeding people 200,000 people/day

Ventillation 20㎥/hr per one side × 2 SET

G.W.T UV UV
CIP MMF ACF

P.W.T R.W.P SF HP C. P
B.P

Power Pump Water Treatment System
Generator
6,000 12,000

Groundwater

Wastewater Effluent Reuse System

Reuse
Permeate
water

Discharge
Concentra-
te water


< Hong-duck Inc. wastewater effluent reuse system (500 ton/day) >


KISWIRE Ltd. Effluent Reuse System


< KISWIRE Ltd. effluent reuse system (300 ton/day >


- The system can recover wastewater and organisms at the same time

- The system can treat any wastewater through 2 steps of membrane system effectively

- The re-concentrated water is reused or discharged only small amount of wastewater

-The company can reduce the raw material costs and production costs by reusing the

wastewater

- Characteristics
 Good quality of permeate water
 Low maintenance costs
 Easy to operate (no man-power is needed)
 Automatic operation
 Can reduce the usage amount of industrial water

Wastewater Treatment M/F Membrane System
Synopex’s Process

Other company’s process


Tubular type PVDF type


 Characteristics of Fluoride wastewater Treatment System

1) M/F Membrane system
- Perfectly remove chemical floc and particles
2) Compact design
- Instead of Clarifier, compact membrane system is installed
3) Can secure stable water quality
- Guarantee the Fluoride discharge standard(15mg/L)
4) Low maintenance costs
- Due to adopting the tubular type(PVDF material) membrane, injecting amount of chemicals
and producing sludge amount is reduced
5) High applicability
- Can adopt at industrial wastewater and highly concentrated chemical wastewater
6) Automatic system
- Easy to maintain and control
7) High recovery
- Recover and treat all concentrate water (recovery : 95~99%)
8) Can install inside of the facility
- No odor production system due to sealed membrane design


< Humelic etching wastewater treatment system (20 ton/day) >


< Chung-sim ENG Inc. Fluoride wastewater treatment system (200 ton/day) >

Pure / Ultrapure System

 Outline

- Remove the suspended solids, viruses and alga for drinking water

- Can be represented as DIW(De-Ionized Water) or UPW(Ultra Pure Water)

- No electrolytes except for hydrogen ions and hydroxide ions by dissociation of water

* H2O <=> Hydrogen ion(H+) + Hydroxyl ion(OH-)

 Characteristic

- Can Remove up to 99% of dissolved ions and contaminants in the water

- Water treatment system using RO(Reverse Osmosis) membrane

- Can produce resistivity ultrapure water by adding post treatment process

- Applied to the producing process of pure water for cosmetics, drugs and semi-conductor

industries


< Ultra pure water system (60 ton/day) >

< Hap-dong Electronics Co., Ltd. < Myeong-nam Engineering pure water system
pure water system (3 ton/day) > (9.6 ton/day) >


1. Includes Pre-treatment, RO, EDI, Post-treatment processes

2. The resistance of final permeate water is 16~17MΩ

3. The processes can be changed by water condition of final permeate water

- UV-ST process can be skipped in double RO design

- Anion Polisher and Degasifier are included to get the value up to 18MΩ

MULTI MICRO
RAW CARBON REVERSE STORAGE
MEDIA SOFTENER FILTER
WATER FILTER OSMOSIS TANK
FILTER (5㎛)

MICRO
MB STORAGE EDI
P.O.U FILTER UV-ST
POLISHER TANK UNIT
(0.1 ㎛)

Mid & Small-sized Water Purification System

 Outline

Water supply
Small-sized water Small-sized water
= system for +
purification facility supply facility
rural villages

- Means the village sized water supply facility

- System provides clean and safe water by treatment of valley water, stream water

and groundwater for drinking water or other purposes

- Perfectly remove pathogens, heavy metals, microorganism, turbidity,

suspended solids and etc.


 Conventional system

Sand Filter Auto Backwash UF or
Intake Drainage
or MMF Filter RO

 SYNOPEX system
CIP

Auto Backwash UF or
Valley Water Sand Filter MMF Drainage
Filter RO

CIP
1. Adopting automatic backwash filter
- No need to exchange consumable supplies
2. Automatic operation
- easy operation, unattended operation Possible
3. Simplifying process - stable system
4. Compact construction - space-saving

* Conventional System * SYNOPEX Membrane System

Classification Conventional System SYNOPEX Membrane System

- Existence of turbidity - Directly affected when the membrane is damaged and
Problems
- Hard to remove waterborne organisms broken
- No effects on the change of the water quality
- Unstable treatment when the water quality
Water Quality - Stable in the change of the raw water and turbidity
is changed
- Upgrade the water quality by applying UF system
- Automatic operation
Maintenance - Man-power is needed
(Membrane life time is expended about 30%)

Chemical Use - Using excessive antiseptic - No use of chemicals

Construction - High startup costs by applying UF system
- Low startup costs
Costs 41 - Maintenance costs is incurred


Compact facilities

Ultra filtration
module

Specially customized
filtration system based on many
years of experiences
Automatic system


Capacity Pre- Post
Model Method Control
(㎥/day) treatment treatment

SWS-030 30 UF/RO PLC control


Select by Select by
the the
water quality water quality


Custom-design
Others Custom-design PLC control
(MF, NF, RO)


Groundwater Treated water

After
SYNOPEX
filtration
system

Service Reservoir Service Reservoir
after
filtration

High Concentrated Slat-wastewater Recovery System

 The high concentrated salt-wastewater (about 8~13%) is produced

: After 1-2 days, discharge the whole quantity of wastewater due to the difficulties in

treating the high concentrated salt-wastewater

 Use a lot of groundwater to treat the salt wastewater → Increase the usage of water

 The salt cost used in salting process is the most of total production costs of Kim-chi

Lower the business competition due to the high cost of Kim-chi manufacturing

(Domestic producing costs are double of China’s producing costs)

 The membrane system can recover and reuse about 90% of salinity from the wastewater

• Can reduce 1/10 amount of wastewater generation (easy to treat),

• Can save salt costs about 90%

• Reduce in usage of groundwater


Separate contamination Concentrate water

Recovery of clean
Salinity separation
10%

90%

MEMBRANE

Permeate water
Salt water
Salinity water Foreign Material

 Flow Diagram

Salt Water
(100% Pre-Filter Micro Filter
Amount)

Treat together
in waste water
Concentrate
Condensed Water
disposal
(10% Amount)

Reuse
Nano
Treated Water Treated Treated Water
Segregated Membrane
Water Tank
Salt Water System
(Intake Pond)
(90% Amount)


< Hae-nam Kim-chi Inc. high concentrated salt wastewater facility construction (100 ton/day) >

Phosphorus Removal System

- Can reduce the injected chemical amounts to meet the discharge standard by putting
phosphorus to the sludge
- Compact design by designing the chemical injection line directly to the pulling pipe

Inject Alum(Al2(SO4)3․16H2O) to remove phosphorus(PO4)3- in water
Alum is injected to the anaerobic pond and concentration pond to form the
Wastewater floc which is made of aluminum compound
Produced floc is separated and transferred to the concentration pond and
Anaerobic pond discharged as sludge

⇨ Phosphorus concentration in the effluent after treatment
(Phosphorus concentration in the effluent before treatment 2.0mg/L
Biological
Injecting Alum
Treatment Pond
0.5mg/L)

Condensation Concentration
Membrane
Line Pond

Disinfection Effluent
Pond Phosphorus Removal System

Permeate

Livestock Wastewater Treatment & Resource System

Sieve Screen
Reaction Pond Polymer Cake
무약주
고액분리기
가축분뇨 반응조 반응조 Return
Decanter 내부반송
유 입 A B

Settling Pond

혐기여과조로
제1 제2
호기조 호기조 침전조
반송 무산소조 무산소조 Liquefied
Fertilizer
Return
Resources
Conventional Activated Sludge 생물학적
혐기여과조 처리수조 액비 자원화
침전슬러지
Sludge
Biological Biological
퇴 비 Treatment Pond Treatment Pond
자원화 DAF Sludge
Compost 슬러지 Sludge
가압부상슬러지
Resources 저장조 Storage PAC
Tank 가압부상 Polymer

DAF
Concentrate
농축수
Permeate
처리수 Membrane 유 입
방 류 Bag Filter
(Spiral) 탱 크
Discharge
Storage Tank

Livestock Wastewater Treatment & Resource System

Foods Wastewater Treatment & Resource System

탈수 Cake Polymer 탈수 Cake FeCl3
Polymer Possible to treat with the
wastewater treatment plant
하수처리장
DAF 연계처리 가능
음식물폐수
1차고액 2차고액분리 가압
(탈리액) 반응조 반응조
분리장치 (Decanter) 부상조
유 입 Biological
Conventional Activated Sludge
1st Decanter Reaction Pond Reaction Pond Settling Pond Treatment Pond
생물학적
무산소조 폭기조 폭기조 폭기조 침전조 처리수조

가압부상 슬러지
DAF Sludge
유량조정조 반송 내부 반송 PAC
슬러지 Return Polymer
Equalization Sludge Returned Sludge
Pond 인발 슬러지 농 축 Sludge 침전슬러지 가압부상
슬러지 반응조
저장조
가압부상 슬러지 DAF
Sludge Possible to treat with the Reaction Pond
Storage Pond DAF Sludge
wastewater treatment plant
하수처리장
농 연계처리 가능
축 Concentrate 가압
수 부상조

처리수 처리수 가압부상
멤브레인 고도처리 멤브레인 페이퍼필터 DAF
방 류 방류수조 처리수조
Permeate 시스템 유입탱크 Permeate (Paper Filter) 처리수
Membrane Filtration Permeate
Service Storage Tank DAF
Reservoir Treatment Pond

Caustic Soda Wastewater Recovery System

Improve quality, strength and gloss of dyed cotton
MERCERIZING
(25% NaOH solution)

Mercerized wastewater is produced (2~3% NaOH)
• The load of COD and BOD is increased
• The pH neutralizing costs some money due to increasing of alkalinity
• Foreign substances including fragments of cotton are produced

Membrane 25% NaOH
Pre-treatment process
2~3% of Concentrate
process (Loose R/O
membrane NaOH recovery &
(Micro filter)
system) Reuse

UN-related Water Treatment System

 Propel various overseas businesses base on high reliability from UN

 Participate in the demonstration business of the Groundwater Desalination and Seawater

Desalination systems in Vietnam, Mongol, Uzbekistan and Cambodia (Entered in UN Fund

Business in 2011)

- Eco-efficient Water Infrastructure Development for Green Growth in Asia

 Business areas

- Groundwater Desalination System - Eco-building (Rain water reusing system)

- Seawater Desalination System - Mobile Drinking water Feeding Trailer(SMDT)

- Mid & Small-sized Purification System - SYNOPEX UF Membrane

4 High Performance Filter Business
Introduction of Filter

Depth Filter Pleated Filter Membrane Filter Ultra Filter

SYP SPA PES Membrane Water treatment
Polypropylene material for SYP Industry Precision filtration PES Membrane filter media
(More than 99.98% of high efficiency particle: PTFE Membrane
SYA nominal grade) Hydrophobic property PTFE Membrane filter media
Sewage reuse
Absolute grade filter Polypropylene filter media
(More than 99.98% of high efficiency particle: SPN Hydrophobic Property
Groundwater treatment
nominal grade) (More than 90% of high efficiency particle: PTFE Membrane
SYE Nominal grade)
Polypropylene filter media
Hydrophobic property PTFE Membrane filter media
Waste water treatment
Large diameter Polypropylene material Nylon Membrane
SYL SPS Nylon 66 Membrane filter media
Large-diameter, Polypropylene material Simple Type, SPLES Using filtration process
Polypropylene filter media, low tension High capacity PES Membrane filter media
SPLPT
SPLA,SPLN High capacity PTFE Membrane filter media
High capacity (Ø83mm), SPLNY
Polypropylene filter media High capacity Nylon Membrane filter media
SPU SPUES
high flow (Ø130mm) High flow PES Membrane filter media
Polypropylene filter media SPUPT
SPG High flow Hydrophobic property PTFE Membrane filter media

Glass Fiber filter media SPUPTH
High flow Hydrophobic property PTFE Membrane filter media
SPUNY
High flow SPP Nylon membrane filter media

Technology

Pore Size Control Tech.

Manufacturing
Technique Dept.

Control the pore size filter media by Heat & pressure

 Control the pore size filter media (Tailor-made)
 Range of pore size : 0.3~8㎛
 Self-manufactured filter media

Technology

Filter Design Tech.

- Arrangement - Filtration area

 High KNOW-HOW for array filter media  Range of optimal filtration
 Improved capture rate
 excellent life time

Technology

UF Membrane Tech.
 PAN-based UF
- Fewer hydrophilic and fouling
- Double Skin Structure
- High permeability
- MWCO High efficiency
- Excellent chemical resistance (pH 3 ~ 12)
- Applied to various water treatment
- Highly effective in the field of wastewater treatment(especially Oil wastewater area)

 Characteristic of PAN membrane surface

Depth Filter

Manufactured using Melt-Blown Technology

 Gradient structure
 Integral Thermal Bonding Media & Self-Supported Structure
 100% Polypropylene Medium without Surfactant or Binder
 A variety of filtration ratings
 Wide chemical compatibility
 Negligible level of extractable

 Specifications

SYP™ SYL™
Nominal Grade
Outer (mm) Ø 62, Ø 65 Ø 150, Ø 155

0.5, 1, 3, 5, 10, 25, 50, 75, 100,
Ratings(μm) 1, 5, 10, 25, 40, 60, 80, 100
150, 200

Depth Filter
PP Pleated Cartridge Filter has a continuous pleated structure
for the maximum filtering area and high filtering performance.

 100% Polypropylene Medium without Surfactant or Binder
 Precise & Consistent Removal Efficiency
 Negligible level of extractable
 Wide chemical compatibility
 Fixed Pore Structure
Beverage : Beer, Wine, Soft drink, reactor vents, etc.

 Specifications

SPN™ SPA™
Nominal Grade Absolute Grade

Outer (mm) Ø 69.5 Ø 69.5

Ratings(μm) 0.2, 0.45, 1, 3, 5, 10, 30 0.6, 1.2, 2.5, 4.5, 10

Pleated Filter(High Flow)

 Main filter media : Polypropylene

SPLN™ SPLA™
Nominal Grade Absolute Grade
Outer (mm) Ø 83
Ratings(μm) 0.2, 0.45, 1, 3, 5, 10 0.6, 1.2, 2.5, 4.5, 10

 Available using variety of filter media

SPUN™ SPUA™
Nominal Grade PP Absolute Grade PP
Outer (mm) Ø 130
Ratings(μm) 0.2, 0.45, 1, 3, 5, 10 0.6, 1.2, 2.5, 4.5, 10

SPUES™ SPUPT™ SPUPTH™
Hydrophobic PES Hydrophobic PTFE Hydrophilic PTFE
Ø 130

0.1, 0.2, 0.45 0.1, 0.2, 0.45, 1, 3,10 0.1, 0.2, 0.45, 1, 3,10

Pleated Filter(High Capacity & Flow)
Cartridge Filter is designed for high flux filtering and the exteneded
life time by increasing the product dimension.
 Filter structure for high flow rates (1200L/min at 40inch)
 Inner → Outer Filtration type

SPHFA™ SPHFG™
Absolute Grade Absolute Grade
Polypropylene Glass Fiber

Outer (mm) Ø 155 Ø 155

Ratings(μm) 2,4.5,10,20,30,40,100 2,5,10

Membrane Filter
SPPTH®, SPPTB® Filter is applicable to the gas, air, chemical filtering of the microchip
LCD manufacturing process of high-tech industry, the manufacturing process of food
and pharmaceutical intermediates.

 100% Integrity Test (Water Intrusion Test)
 100% Bacteria Removal
 Biocompatibility, Physicochemical Test (the current USP)
 Sterilizable (Autoclave, In-line steaming)
 Hydrophobicity PTFE Membrane

SPPT™ SPPTB™
General Grade Biological Grade

Outer (mm) Ø 69.5

Ratings(μm) 0.1, 0.2, 0.45, 1, 3, 10

 Hydrophilic PTFE Membrane

SPPTH™
General Grade

Outer (mm) Ø 69.5

Ratings(μm) 0.1, 0.2, 0.45, 1, 3, 10

Membrane Filter
Manufactured by SPES ® , SPESH ®, SPESHB ® , SPNY ® Hydrophilic Membrane

 Hydrophilic PES Membrane

SPES™ SPESH™ SPESH™
General Grade General Grade Biological Grade

Outer (mm) Ø 69.5

0.1,0.2,0.45,0.6,
Ratings(μm) 0.1,0.2,0.45 0.1,0.2,0.45,0.6
1,3,10

 Hydrophilic Nylon Membrane

SPNY™
General Grade

Outer (mm) Ø 69.5

Ratings (μm) 0.1, 0.2, 0.45

Glassfiber Filter

Continuous pleated structure for maximum filtering area

 Hydrophilic Glass fiber filter media

SPG™
Absolute Grade, Glass Fiber

Outer (mm) Ø 69.5

Ratings(μm) 0.6, 1, 2, 5, 10

Capsule Filter

Capsule Filter is designed for using without an external housing, has a
continuous pleated structure, and is integrated by thermal bonding to
avoid liquid leakages.
 Kind of filter media

PP Glass Fiber PTFE PES Nylon 66

 Specifications

SPZN™ SPZA™ SPZES™ SPZPTH™ SPZPT™ SPZN™
Nominal Absolute Hydrophilic Hydrophilic Hydrophobic Hydrophili
Grade Grade PES PTFE PTFE c
PP PP Membrane Membrane Membrane Nylon 66

Outer (mm) Ø 72

0.2, 0.45, 1 0.6, 1.2, 2.5, 0.1, 0.2, 0.45, 0.1, 0.2, 0.45, 0.1, 0.2, 0.45, 1, 0.1, 0.2,
Ratings(μm)
4.5, 10 1.2 1, 3, 10 3, 10 0.45

CMP Filter

CMP Filter is designed to can performance balance between the
removal of defect causing agglomerate gels and the delivery of
the necessary slurry solution to the wafer surface.
The multi-layer structure provides high dirt holding capacity.
• Expending slurry life time & Supply slurry constantly
• Removal of defect causing agglomerate gels
• High flow rate by extended filtration area
• Gradient Structure
• Polypropylene medium with no surfactants or binders

Reverse Osmosis(RO) 1) SYNOPEX Brackish Water Low Pressure Series Membrane Elements (NLP) : 4040, 8040

Reverse Osmosis(RO) 2) SYNOPEX Ultra Low Pressure Series Membrane Elements (NULP) : 4040, 8040

Reverse Osmosis(RO) 3) SYNOPEX Fouling Resistant Series Membrane Elements(NFR) : 4040, 8040

Reverse Osmosis(RO) 4) SYNOPEX Seawater Series Membrane Elements(NSW) : 4040, 8040

UF Filter
Hisep ® UF membranes
 Pore size : 0.001 µm~ 0.01 µm
 Hihg molecular weight materials & particles are circulated and
eliminated by membrane to purify water & solvent.
 Permeate water flows vertically against with the raw water flow
direction so that membrane fouling doesn’t occur often and the
system can maintain the stable flow rate.

Hisep ® UF membrane Module

Hisep ® UF membrane Module Type

Module Types by application fields HUF – B(Bio and food treatment)

10,000
30,000
Pore size (Molecular Weight Cut-off) dalton
100,000
300,000
0.85/1.55(general type)
ID/OD mm
1.35/2.25(big type)
Membrane
Effective
m2 4.8 ~ 66(adjustable)
area
Diameter (Ø) mm 1 ~ 8 inch
Moudle
Length mm 300 ~ 2,350
Filtration mode Cross flow (Out/in or in/out)

Hisep ® UF Application Examples

<Protein Separation> <Nano-particle Separation>

<RO Desalination Pretreatment>

<Oil waste water treatment> <Waste Water Reuse Treatment>

Hisep ® UF Application Examples
Module Type HUF8050/8100-W HUF3050-O
MWCO Dalton 300,000 100,000 or 300,000
ID/OD mm 0.85/1.55 0.85/1.55
Membrane
Effective area M2 38 8.7
Diameter (Ø) mm 8 inch 3 inch
Module
Length mm 1,340 / 2,350 1,340

Maximum Feed Pressure kgff/㎠ 3 3

Recommending
Operating kgf/㎠ 1 ~ 1.5 1 ~ 1.5
Operating Pressure
condition
Maximum Operating 0C 35 35
Temperature
pH Range 3~11 3~11
m3/module·h at 1bar 6 (HUF 8050-W)
Module flow 3
( tap water) 12 (HUF 8050-W )
Membrane Polyacrylonitrile Polyacrylonitrile
Housing Polyvinylchloride Polyvinylchloride
Materials Guard Polypropylene Polypropylene
Potting material Epoxy resin Epoxy resin
Gasket NBR NBR

• HUF8050/8100 : Water treatment
• HUF3050 : Oil waste water treatment

HOSING
▪ Single Sanitary Housing
• stainless steel material
• Type of In-line Inlet / outlet connection for easy installation
• high Strength, durability and corrosion resistance
• It is possible to disassemble simple UNIT for replacing cartridge
and repairing.

▪ Bag filter Housing

▪ Multi Sanitary Housing

Certificates

Marketing

category Domestic Overseas

Samsung Electronics SHARP CORPORATION
LCD Samsung SDI SANYO EPSON
LG Electronics KYOCERA SLC TECHNOLOGIESE

Samsung Electronics SONY SEMICONDUCTOR
Semiconductor Hynix
DMS FUJITSU LIMITED
KCTECH

Lotte Chilsung Beverage
Food & Beverage Meail Dairies
CJ

LG Life Sciences
Hanmi Fine Chemical
pharmaceutics
Dong A Pharmaceutical
BASF Korea

NIPPON ELECTIC GLASS
Chemical & fiber LG Life Sciences

Marketing

 United Kingdom, Australia, Malaysia, Singapore, United States of America, Japan,
Thailand, Philippines, Italy, India…

Europe Market
America Market

Asia Market

World Wide Marketing

5 Reference(Plant - Seawater Desalination)
N
CLIENT APPLICATION Year of Contract / PO Remark
O.
Under
Busan city, Seawater Desalination Test Bed 2011.01
Ministry of Land, Transport Construction
1 <45,460 ㎥/day>(10MIGD)
And Maritime Affairs
- Pilot Plant <1,000 ㎥/day> 2011.05
Operating
-
Doosan Heavy Industries & C Ras Az Zawr RO Unit Project< 306,800㎥/day >, 2010.11
2 Under
onstruction Co., Ltd. (67.5MIGD) - Ras Az Zawr RO Pilot Unit Project 2011.01
construction
Korea Water Resource Corpo
3 Jukdo Island Seawater Desalination System (R/O) 1998.03 Operating
ration

4 Gopado Island Seawater Desalination System (R/O) 1999.04 Operating
ration

5 Oeyeondo Island Seawater Desalination System (R/O) 2000.03 Operating
ration

6 Woodo Island Seawater Desalination System (R/O) 2001.03 Operating
ration

7 Heowukdo Island Seawater Desalination System (R/O) 2001.03 Operating
ration

8 Hodo Island Seawater Desalination System (R/O) 2001.11 Operating
ration

9 Wukdo Island Seawater Desalination System (R/O) 2002.03 Operating
ration

10 Woldo Island Seawater Desalination System (R/O) 2002.03 Operating
ration

11 Sonanjido Island Seawater Desalination System (R/O) 2003.04 Operating
ration
12 Choodo Island Seawater Desalination System (R/O) 2003.10 Operating
ration

N
O.
Korea Water Resource Cor
13 Wonsan 2-ri Seawater Desalination System (R/O) 2003.11 Operating
poration

14 Sapsido-upper villange Seawater Desalination System (R/O) 2003.11 Operating
poration

15 Sodo Island Seawater Desalination System (R/O) 2004.04 Operating
poration

16 Janggodo Island Seawater Desalination System (R/O) 2004.04 Operating
poration

17 Godaedo Island Seawater Desalination System (R/O) 2004.06 Operating
poration

poration

poration

20 Wonsan 2-ri(Jeodu) Seawater Desalination System (R/O) 2004.07 Operating
poration

21 Wonsan 3-ri(ChoCheon) Seawater Desalination System (R/O) 2004.09 Operating
poration

22 Hyojado Island Seawater Desalination System (R/O) 2004.09 Operating
poration

23 Sapsido(Bamsum) Island Seawater Desalination System (R/O) 2004.11 Operating
poration

24 Eocheongdo Island Seawater Desalination System (R/O) 2004.11 Operating
poration

N
O.
25 Yeando Island Seawater Desalination System (R/O) 2004.11 Operating
poration

26 Bangchukdo Island Seawater Desalination System (R/O) 2004.11 Operating
poration

27 Jangjado Island Seawater Desalination System (R/O) 2004.12 Operating
poration

28 Gwanlido Island Seawater Desalination System (R/O) 2004.12 Operating
poration

Doosan Heavy Industries &
29 Seawater Desalination Construction in Dokdo Island guards (R/O) 2010.03 Operating
Construction Co., Ltd.

30 G.G. Construction Inc. Seawater Desalination System in Dokdo Island (R/O) 2010.11 Operating

5 Reference(Plant - Wastewater Reuse)
N
O.

Korea fashion Complex Under
1 Sewage treatment (MBR) + Reuse system (NF) <2,800㎥/day> 2010.12
Inc. construction

B/W wastewater effluent recycle facility(R/O) repair
2 Hong-Duck Inc. 2009.12 Operating
construction<500㎥/day>

RO Facility improvement in Yangsan factory (Effluent reuse) Under
3 KISWIRE Ltd. 2011.02
<300㎥/day> construction

High concentrated salt wastewater facility construction(M/F) Under
4 Hae-nam Kimchi Inc. 2011.02
<100㎥/day> construction

5 Reference(Plant - Wastewater Treatment)
N
O.

Hyosung Goodsprings Iran Abadan oil refining company refinery cooling water system
1 2010.06 Operating
[Formerly Hyosung Evara] RO package <17,472㎥/day > (3.8MIGD)

Qatar-Nakilat ship repair yard contaminated water treatment system
KC Samyang Water System Under
2 DAF+ Lamela separator + S/F + ACF + Chemical dosing system + etc. 2009.10
Co., Ltd Construction
<4,800㎥/day>

Peru Chilcauno Power Station Add-On Project Waster Treatment Under
3 Biryong Engineering 2011.01
< 2,160㎥/day > construction

Fluoride wastewater treatment system facility construction Under
4 AVATEC CO.LTD 2010.05
(M/F) <1,000㎥/day> construction

Phosphorus removal system of West Pine golf links wastewater treat
5 Tong-Yang Magic Inc. 2010.05 Operating
ment facility <250㎥/day>

Fluoride wastewater treatment system facility construction(M/F)
6 Chung-sim ENG Inc. 2010.06 Operating
<200㎥/day>

7 Humelic Inc. Wastewater treatment plant (M/F) <20㎥/day> 2010.04 Operating

5 Reference(Plant - Other Usage)
N
O.
Under
1 Mulim Power Tec. Inc. RO System Construction <2,400㎥/day> 2011.08
construction
Demi water treatment & Softener Under
2 Nexen tire Co., Ltd. 2011.05
ACF + Softener + RO System <720㎥/day> construction
Po-Hang City Water supply
3 UF System / Gaewon- ri, Po-hang City <120㎥/day > 2010.05 Operating
Office
SYNOPEX Inc. IT Division
4 Ultra Pure Water System (R/O+EDI) )<60㎥/day> 2009.08 Operating
in Dong-tan
Under
5 Mongol Water Committee Mobile Drinking Water Feeding Trailer(SMDT) <20㎥/day> 2011.07
construction

6 Myeong-nam Engineering RO Membrane Construction <4.8㎥/day> 2011.02 Operating

7 Hap-Dong Elec. Co., Ltd. Pure Water System (R/O) <3㎥/day> 2009.10 Operating

8 UF System / Namgae-ri, Po-hang City 2009.07 Operating
Office
9 UF System /Tabjung-ri, Po-hang City 2009.11 Operating
Office
10 RO System /Sungdong-ri, Po-hang City 2009.11 Operating
Office
11 RO System / Oduk-ri, Po-hang City 2009.11 Operating
Office
12 UF System / Ilkwang-ri, Po-hang City 2009.12 Operating
Office
13 UF System / Ilkwang-ri, Po-hang City 2009.12 Operating
Office
14 UF System / Ubok-ri, Po-hang City 2009.12 Operating
Office
15 UF System / Mopo-ri, Po-hang City 2009.12 Operating
Office

NO. CLIENT APPLICATION Year of Contract / PO Remark

16 UF Sustem / Changji-ri, Po-hang City 2009.12 Operating
Office
17 RO System / Habduk-ri, Po-hang City 2009.12 Operating
Office
18 UF System / Gaan-ri, Po-hang City 2009.12 Operating
Office
19 UF System / Bangsan-ri, Po-hang City 2009.12 Operating
Office
20 UF System / Ducksung-ri, Po-hang City 2010.04 Operating
Office
21 UF System / Susung-ri, Po-hang City 2010.04 Operating
Office
22 UF System / Hakgok-ri, Po-hang City 2010.04 Operating
Office
23 UF System / Bethlehem Community, Po-hang City 2010.05 Operating
Office

24 SAMCHUNPO TPP #1 STEAM HEADER, 2000,01 Operating

25 BORYONG TPP CWP RUBBER BRG, 212.7DX317.6L 2000,02 Operating

26 SEOCHUN TPP RSV STEM, 75.81DX1516L 2000,03 Operating

27 KPS(TAE AN) SCWP IMPELLER, 246.4DX102.5 2000,04 Operating

28 SEOUL TPP ICV STUD BOLT 40EA, 2 1/4”X300L 2000,06 Operating

29 SEOUL TPP ICV STEM, 82DX1145L 2000,06 Operating

30 WEST INCHUN CPP STUD BOLT 15EA, 2”X596.9L 2000,08 Operating

31 HANGANG HPP TURBINE BEARING, 1250DX890 2000,10 Operating


32 SEOCHUN TPP MSV/RSV STEM, 88.52Dx1320.7L 2000,09 Operating

33 SEOCHUN TPP MSV P/S HEAD, 234.7Dx477.6L 2000,09 Operating

34 HONAM TPP STUD BOLT/NUT, M140X6PX1010L 2001.03 Operating

35 WEST INCHUN CPP SCREW SET, 0375”X17.3L 2001.04 Operating

36 YEOSU TPP CWP SHAFT 2EA, 185DX3708L 2001.05 Operating

37 ANDONG DAM SLIDING PLATE, , Ø1950X35T 2001.10 Operating

38 SEOCHUN TPP MSV/RSV STEM, 88.52Dx1320.7L 2001.11 Operating

39 KPS(WEST INCHUN) SEOUL#5 HIP,LP ROTOR, Ø2500X8800L 2002.01 Operating

40 WEST INCHUN CPP MSCV DISC (CV CONTROL), Ø265X476L 2002.02 Operating

41 SEOCHUN TPP MSV P/S HEA, 234.7Dx477.6L 2003.02 Operating

42 SEOCHUN TPP MSV L/H STEM, 88.52Dx1320.7L 2003.09 Operating

43 SEOCHUN TPP RSV STEM, Ø75.81X1516L 2003.10 Operating

44 DHIC BORYNG#1 HIP,LP ROTOR, Ø3162X9169L 2003.12 Operating

45 IL JIN HIC DANGJIN#5,#6SLP,CWPCASING, 2850X3225X3615 2003.12 Operating

46 IL JIN HIC DANGJIN #5,#6 SLP,CWP SOLE PLATE, Ø3940X70T 2003.12 Operating


47 IL JIN HIC DANGJIN#5,#6 SLP,CWP CASING, 2850X3225X3615 2005.07 Operating

48 SIHN SHIN MACHINERY DANGJIN #7,#8 CWP CASING, Ø2540X2730.2 2007.08 Operating

49 SIHN SHIN MACHINERY DANGJIN #7,#8 BEARING SPIDER, Ø1512X378 2007.08 Operating

50 SIHN SHIN MACHINERY DANGJIN #1,#2 CWP CASING, Ø2387X3356.6 2007.11 Operating

5 Reference(Filter)

BASF Company Ltd.
1 Depth Filter 2010~
Gunsan Factory

BASF Company Ltd.
2 PP Pleated, Depth Filter 2008 ~
Gunsan Factory

Dongwoo Fine-Chem Co.,
3 PES Membrane Filter 2009 ~
Ltd. Pyeongtaek Factory

4 LG Chemistry PP, Glassfiber Filter 2008 ~

Hanmi Fine Chemical Co.,
5 PP Pleated Filter 2002 ~
Ltd.

Miwon Special Chemical Co.,
6 PP Pleated, Capsule Filter 2009 ~
Ltd.

Miwon Commercial Co., Ltd.
Banwoul Factory

Miwon Commercial Co., Ltd.
8 PP Pleated, PTFE Membrane, Capsule Filter 2008 ~
Jeonju 1 Factory

Miwon Commercial Co.,
9 PP Pleated, Glassfiber Filter, Housing 2009 ~
Ltd. Jeonju 2 Factory

Strainer, Water Filter, Air Filter, Hydraulic Filter, Oil Filter, Varie
10 POSCO in Pohang 2007 ~
d Filter, COG Filter

11 POSCO in Gwangyang Water Filter, Rectangular Cover 2007 ~

DongKuk Steel Co., Ltd.
12 Air Filter, Air Volume, Roll Matic 2007 ~
Pohang Factory

5 Reference(Filter)

13 POSCO C&C Suction Filter, HYD Filter, Press Filter 2007 ~

14 Korea Aluminium PP Pleated Filter 2000 ~

15 Veoliawater Daesan Depth Filter 2000 ~

16 Pohang City Small Scale Water Purifier 2009 ~

17 K-Water Depth, PP Pleated Filter 2009 ~

18 LG Display Paju Factory PP Pleated, Nylon, PTFE, PES Membrane Filter 2009 ~
Samsung Semiconductor
19 CMP Filter 2008 ~
Kiheung Factory
Samsung Semiconductor
20 CMP Filter 2008 ~
Hwaseong Factory
Samsung LCD Tongjeong
21 PTFE, PES Membrane Filter 2006 ~
Factory
22 LG Electronics PTFE, PES Membrane Filter 2002 ~

23 SHARP Corporation PTFE, PES Membrane Filter 2003 ~

24 SANYO EPSON PTFE, PES Membrane Filter 2003 ~

25 SONY Semiconductor PTFE, PES Membrane Filter 2003 ~

26 Fujitsu Limited PTFE, PES Membrane Filter 2003 ~

27 KC Tech CMP Filter 2009 ~

28 Samwha Capacitor MLCC Filter 2009 ~
Iljin Materials Co., Ltd.
29 Depth Filter 1997 ~
Jochiwon Factory
30 Hanyang ENG Co., Ltd. CMP Filter 2008 ~

5 Reference(Filter)
Dongwon Dairy Food
Jeongeup Factory
Foodwell Seongseo
32 Depth Filter, Nonwoven 2008 ~
Factory

33 Jeju Sam Da Soo PP Pleated Filter 2003 ~

34 The Hite PP Pleated Filter 2003 ~

35 Dongwon Industries PP Pleated Filter 2003 ~

36 Dongwon Saemmul PP Pleated Filter 2003 ~

37 Jinro Seoksu PP Pleated Filter 2004 ~

38 CJ PP Pleated Filter 2007 ~

39 Serveone Depth, PP Pleated, High Flow PES Filter 2009 ~

40 Imarketkorea Depth, PTFE Membrane Filter 2007 ~

41 Busan-JungKwan Energy Depth Filter 2009 ~

42 Hanyang CMS Co., Ltd. CMP Filter 2009 ~

SKC Kolon PI Gumi
43 Depth Filter, Housing 2009 ~
Factory

44 Hyundai PP Pleated Filter 2002 ~

45 Mando PP Pleated Filter 2002 ~

Samsung Corning
46 PES Membrane Filter 2009 ~
Precision Materials

Your excellent selection makes better future!!

THANK YOU!!

Page 92

Synopex Company Introduction

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