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“We make every drop of water ultrapure”

CLEAR WATER COMPANY

COMPANY PRESENTATION


CLEAR WATER COMPANY

INTRODUCTION

ABOUT CWC

CWC INFRASTRUCTURE

PERFORMANCE RANGE

• DRINKING WATER

• INDUSTRIAL WATER

AGENDA

• ULTRAPURE WATER

• DESALINATION

• WASTEWATER

• REUSE & RECYCLE

REFERENCE PROJECTS

QUESTIONS

02 / 09 / 2013 2CWC Company Presentation


CLEAR WATER COMPANY

Fresh water is a valuable and

increasingly rare resource.

Over 1 billion people live

without clean water.

The world faces new challenges.

The future demands the development of

innovative technologies.

INTRODUCTION

40 % of the world‘s people lack

adequate wastewater systems.

There is a water shortage in 30

countries.

innovative technologies.

CWC is devoted to this task from 2009.



CLEAR WATER COMPANY

� Our Philosophy

Our objective is to help secure access to safe clean drinking water and disposal

of industrial and municipal wastewater which is in harmony with the nature.

� Our Vision:

At CWC our aim is to provide complete End-to-End solutions for our customer

needs, helping improve their efficiency and competitiveness.

� Our Values:

At CWC we are devoted to create benefits to our customers, partners and

employees through our core values: Leadership, Integrity, Flexibility, Efficiency,

ABOUT CWC

employees through our core values: Leadership, Integrity, Flexibility, Efficiency,

and Quality.

� Our Customers:

At CWC we are Reliable, Committed, and Trusted collaborator to our customer,

our partnership adds value by improving their efficiency and competitiveness.

� Our Employees:

At CWC our Employees are our assets and Brand; we provide work culture

based on trust and fairness, we promote creativity, integrity and social

responsibility.



CLEAR WATER COMPANYCWC INFRASTRUCTURE

� Desktop Computers with 4GB Ram, 550 GB

Hard-disk, Processor i5 Dual core = 30 Nos.

� Notebooks with 3 GB Ram, 500 GB Hard-disk,

Processor P4 Core 2 Duo = 7 Nos.

� A4 Size Printers = 2 Nos.

The company has infrastructure fully furnished own office of 3000 Sq. Ft. with the

following hardware facilities:

A4 Size Printers = 2 Nos.

� A1 Size Plotter = 1 No.

� Ammonia Printer = 1 No.

� Fax M/c = 1No.

� Server with 8 GB Ram, 500 GB Hard-Disk,

Processor P4 Core 2 Duo = 3 Nos.

� Fully Furnished air conditioned Training &

Conference Centre



CLEAR WATER COMPANY

Our service range

is based on a holistic life cycle model extending

from project development to long-term operation:

� Consulting

� Design

� Engineering

Complete supplier

&

life cycle partner

CWC PERFORMANCE RANGE

� Engineering

� Procurement

� Construction

� Commissioning

� After sales service

� Operation & Maintenance

Comprehensive technical and economic know-how guarantee efficient project

realisation.

life cycle partner



CLEAR WATER COMPANY

� Water – Increasingly becoming scarce

across the world.

� Out of the total global water reserves of

1.386 million km3, only 0.76% of the water

is most easily accessible & used source of

water.

� Every year we withdraw 3,800 km3 of

water.

� Ground Water & Surface Water are the

most easily accessible source of water.

WATER SCENARIO

CWC Company Presentation 02 / 09 / 2013 7

� 70% of the Extracted water is used for

Agriculture, 20% is consumed for

Industrial and 10% is used for Domestic

purpose.

� Every second urban population grows by 2

people.

� 1.6 Billion people live in countries with

absolute water scarcity.

� By 2030 47% of the world population will

be living in areas of high water stress.


CLEAR WATER COMPANY

Drinking Water Industrial Water

PRODUCT OFFERING

Ultrapure Water


Wastewater Water reuse and recyclingDesalination


CLEAR WATER COMPANYDRINKING WATER

� Water is the most vital raw material of the 21st century.

Accordingly, a secure water supply is regarded as one of

the most important global objectives for the coming years.

� No water, irrespective of the original source, should be

assumed to be completely free of contaminants.

� The goal of water treatment is to reduce or remove all

contaminants that are present in the water.


� CWC offers a diverse selection of chemical, physical and

biological processes for the treatment of ground and

surface water.

� CWC plants guarantee safe adherence to the required

parameters, which extends to future demands, and high

levels of technical reliability.


CLEAR WATER COMPANY

TECHNOLOGIES & PROCESSES

Drinking Water

Sedimentation

/ Flotation

Precipitation &

Flocculation

Filtration

Membrane Filtration

DisinfectionDesalinationOxidation

DRINKING WATER PERFORMANCE RANGE

Ground water Surface water Treated wastewaterSea and brackish

water

RAW WATER SOURCE

Filtration



CLEAR WATER COMPANY

Step-aeration

Coagulation

Flocculation Sedimentation

Typical multi-step system in a surface

water treatment plant.

Typical multi-step system in a surface

water treatment plant.

MULTI-STEP DRINKING WATER TREATMENT

Multi-step systems: An advanced solution for modern drinking water production.

Flexibility through modularity. Processes are combined and used in modular form in mult-step systems in accordance with the type and volume of the various types of water and the quality to be attained.

Multi-step systems: An advanced solution for modern drinking water production.

Flexibility through modularity. Processes are combined and used in modular form in mult-step systems in accordance with the type and volume of the various types of water and the quality to be attained.


Coagulation

Filtration

Disinfection


CLEAR WATER COMPANY

Targeted development and optimization.

Targeted development and optimization.

DRINKING WATER TECHNOLOGIES


� Multi-step system for targeted and optimized performance of WTP.

� Use of HRSCC and Lamella Clarifiers for high turbid waters.

� Dissolved Air Flotation for the treatment of impounded water like Lake

� Use of enhanced oxidation processes for the treatment of micro-pollutants (e.g. pesticides)

� Employment of membrane technology as a response to strict demands for flexibility and purity levels (Micro-, Ultra-, Nanofiltration, Reverse Osmosis).

� Dissolved Air Flotation for the treatment of impounded water like Lake and used backwash water recycling.

� Multi-step system for targeted and optimized performance of WTP.

� Use of HRSCC and Lamella Clarifiers for high turbid waters.

� Dissolved Air Flotation for the treatment of impounded water like Lake

� Use of enhanced oxidation processes for the treatment of micro-pollutants (e.g. pesticides)

� Employment of membrane technology as a response to strict demands for flexibility and purity levels (Micro-, Ultra-, Nanofiltration, Reverse Osmosis).

� Dissolved Air Flotation for the treatment of impounded water like Lake and used backwash water recycling.


CLEAR WATER COMPANYLAMELLA CLARIFIER

Features:

• Parallel inclined plates

• Multiple standard models or

• Customized Large Installation

Benefits:

• Compact footprint is up to 1/10th the size of a

conventional sedimentation basin.

• Flow enters through the side of the plates rather


• Flow enters through the side of the plates rather

than underneath providing uninterrupted settling.

• Even pressure drop across collection channels

makes the most of available plate area and creates

uniform flow distribution.

• Plate configuration can be varied to suit several

applications in product clarification as well as waste

treatment system.

• Simple and straight forward operation requiring less

operator attention and minimum maintenance.


CLEAR WATER COMPANYDISSOLVED AIR FLOTATION

Features:

• Effective in removing low-density solids



Benefits:

• Achieves very low clarifier effluent turbidities of less

than 0.5 NTU and a high level of performance even

without using a polymer.


without using a polymer.

• Not susceptible to thermal variation and has

demonstrated significant advantages in treating

very cold (dense) water, thus DAF may be very

effective in treating high density seawater.

• Proven premier clarifier for treating large

concentrations of algae, which are notoriously

difficult to settle.

• DAF followed by granular media filtration can easily

treat the expected worst-case raw seawater quality.


CLEAR WATER COMPANYINDUSTRIAL WATER

� CWC offers an extensive portfolio of treatment processes

for the securing of the quantitative and qualitative supply

of water to industrial facilities.

� Individual solutions for fresh or recycled water processing.

Securing of up to 100% water recycling.

� CWC helps customer to enhance profitability with effective

water treatment.


� CWC designs, builds and provides tailored solutions

regarding water production from make-up water up to the

turnkey setting-up of equipment integrated with

manufacturing units whatever your industry:.

• Chemical,

• Petrochemical, Oil & Gas

• Food and beverage,

• Pulp & Paper

• Textile, etc..


CLEAR WATER COMPANY

Service water Cooling waterProcess water Boiler feed water

Industrial Water


SedimentationPrecipitation & Filtration

Membrane DemineralisationDesalinationOxidation

INDUSTRIAL WATER PERFORMANCE RANGE

Ground water Surface water Treated wastewater Sea and brackish water

RAW WATER SOURCE

SedimentationPrecipitation &

Flocculation

FiltrationMembrane

filtrationDemineralisationDesalinationOxidation



CLEAR WATER COMPANY

Individual solutions in line with the differing

requirements of the respective industrial processes involved.

Individual solutions in line with the differing

requirements of the respective industrial processes involved.

INDUSTRIAL WATER TECHNOLOGIES


� Boiler feed water and condensate treatment: Demineralisation plants using various raw water sources for industrial companies

(refineries, paper industry, power plants, etc.). Technologies employed: Reverse Osmosis, Ion Exchange, Cartridge filter,

activated carbon filter… .

� From service water to highly-treated process water: employment of conventional process stages to high-performance

systems, e.g. membrane processes (UF, MF, NF, RO, EDR). Production of fire fighting water, service water, cooling water,

process water, …

� Closing of water cycles: water recycling and reuse with conventional and advanced treatment processes.

� Boiler feed water and condensate treatment: Demineralisation plants using various raw water sources for industrial companies

(refineries, paper industry, power plants, etc.). Technologies employed: Reverse Osmosis, Ion Exchange, Cartridge filter,

activated carbon filter… .

� From service water to highly-treated process water: employment of conventional process stages to high-performance

systems, e.g. membrane processes (UF, MF, NF, RO, EDR). Production of fire fighting water, service water, cooling water,

process water, …

� Closing of water cycles: water recycling and reuse with conventional and advanced treatment processes.


CLEAR WATER COMPANYULTRAPURE WATER

� CWC offers an extensive portfolio of treatment processes

which can produce a ultrapure water of a resistivity of at

least 18 M-cm, making it sufficiently pure to meet exacting

microelectronic, pharmaceutical and medical standards.

� CWC provides tailored solutions which eliminates all the

following :.

• Bacterial proliferation

• Particulates


• Particulates

• Organic contaminants, typically measured as

total organic or total oxidizable carbon (TOC)

• Metallic contaminants

• Anionic contaminants


CLEAR WATER COMPANY

Purified Water Water for Pure steamWater for Injection Process Water

Ultra Pure Water


Membrane Media Filtration HWS HP RO DemineralisationHWS UFHWS EDI

ULTRAPURE WATER PERFORMANCE RANGE

Ground water Surface water Desalinated water

RAW WATER SOURCE

Membrane

FiltrationMedia Filtration HWS HP RO DemineralisationHWS UFHWS EDI



CLEAR WATER COMPANYULTRAPURE WATER TECHNOLOGIES

Ultrapure Water : The ultrapure water is produced by combining conventional, membrane, ion exchange, thermal and oxidisingtreatment processes. CWC designs and builds ultrapure water treatment plants that meet the following criteria:

o Ultrapure water (UPW) according to the latest specifications .

Ultrapure Water : The ultrapure water is produced by combining conventional, membrane, ion exchange, thermal and oxidisingtreatment processes. CWC designs and builds ultrapure water treatment plants that meet the following criteria:

o Ultrapure water (UPW) according to the latest specifications .


o Ultrapure water (UPW) according to the latest specifications .o Lowest cost of ownershipo A robust system for removal of the most difficult organics in raw water (urea)o Qualified polishing mixed bed ion exchange resins producing ultrapure water with the lowest Boron and Silica

concentrationso Polishing membrane degasification system for Oxygen removal and Nitrogen adjustmento Online monitoring for all critical parameters such as TOC, particles, Silica, Boron, Oxygen, NVR, Ionso Highest quality ultra-filtration membranes

� Distribution Loops / Hook up: The ultrapure water is typically distributed to the process equipment on the fab floor through a

looped piping system designed for a continuous flow to avoid bacteria growth. Unconsumed ultrapure water is continuously

recirculated to the UPW tank for repurification in the polishing plant.

o Dead lag free designo Pressure drop optimisationo Distribution system mass balanceo Qualification/certification

o Ultrapure water (UPW) according to the latest specifications .o Lowest cost of ownershipo A robust system for removal of the most difficult organics in raw water (urea)o Qualified polishing mixed bed ion exchange resins producing ultrapure water with the lowest Boron and Silica

concentrationso Polishing membrane degasification system for Oxygen removal and Nitrogen adjustmento Online monitoring for all critical parameters such as TOC, particles, Silica, Boron, Oxygen, NVR, Ionso Highest quality ultra-filtration membranes

� Distribution Loops / Hook up: The ultrapure water is typically distributed to the process equipment on the fab floor through a

looped piping system designed for a continuous flow to avoid bacteria growth. Unconsumed ultrapure water is continuously

recirculated to the UPW tank for repurification in the polishing plant.

o Dead lag free designo Pressure drop optimisationo Distribution system mass balanceo Qualification/certification


CLEAR WATER COMPANYDESALINATION

� 15,988, the number of desalination plants worldwide as of

June 30, 2011.

� 66.5 million cubic meters per day, the total global

capacity of all desalination plants online as of June 30,

2011.

� 150, the number of countries where desalination is

practiced.

� 300 million, the number of people around the world who

rely on desalinated water for some or all their daily needs.


rely on desalinated water for some or all their daily needs.

� 80, the percentage of desalination plants using membrane

technology for sea and brackish water desalination.

� CWC is one of the few companies able to supply a

complete selection of technologies for the treatment of sea

and brackish water.

� CWC is therefore able to modify its technologies to

precisely match special customer demands for every

application.


CLEAR WATER COMPANY

PRE-TREATMENT PROCESSES

Drinking / Process Water

Sedimentation

/ Flotation

Precipitation &

Flocculation

Filtration

Membrane Filtration

EDR / EDINano

Filtration

Reverse

Osmosis

DESALINATION PERFORMANCE RANGE

DESALINATION PROCESSES

Sea and brackish water

RAW WATER SOURCE

Filtration



CLEAR WATER COMPANYDESALINATION TECHNOLOGIES


� The desalination of sea and brackish water by Reverse Osmosis has gained enormously in importance and is now atechnically and economically recognized method of obtaining clean drinking water and process water for industrial operations.

� Technologies like Nano filtration are successfully employed for the industrial desalination.

� EDR has been used for wastewater desalination.

� Membrane filtration such as Ultrafiltration and Microfiltration has been extensively used as pre-treatment steps indesaliantion.

� CWC offers combination of different technologies to arrive at the optimize solution.

� The desalination of sea and brackish water by Reverse Osmosis has gained enormously in importance and is now atechnically and economically recognized method of obtaining clean drinking water and process water for industrial operations.

� Technologies like Nano filtration are successfully employed for the industrial desalination.

� EDR has been used for wastewater desalination.

� Membrane filtration such as Ultrafiltration and Microfiltration has been extensively used as pre-treatment steps indesaliantion.

� CWC offers combination of different technologies to arrive at the optimize solution.


CLEAR WATER COMPANYWASTEWATER

� CWC plants guarantee that only clean wastewater is

conducted into waterbodies. We thus make a major

contribution to the long-term retention of a healthy

environment.

� The ecological focus in wastewater treatment is on energy

optimisation, improvement in the CO2 balance and the

multiple use of treated wastewater.

� CWC offers an extensive range of processes to


� CWC offers an extensive range of processes to

accommodate every specific situation (cleaning

requirements, available space and buildings, soil

conditions, etc.).

� CWC offer customised plants for the environmentally

compatible and economic treatment of industrial

wastewater, including recycling and reuse.

� CWC provides extensive know-how with regard to process

components and their combination, in order to meet

customer and mandatory requirements in full.


CLEAR WATER COMPANY

SBRActivated

sludgeMoving bed Membrane

activated sludgeBiofiltration

Discharge into a recipient

Wastewater recyclingWastewater recycling

Return to the water cycle

WASTEWATER PERFORMANCE RANGE

SBRsludge

Moving bed activated sludge

Municipal or industrial wastewater

Biofiltration

Sequencing

Batch

Reactors

Conventional

Biological Treatment

MBBR

FBR

TICKLING FILTERS

SBTMBR

CWC offers an extensive range of processes to accommodate every specific situation (available space and

buildings, soil conditions, etc.).



CLEAR WATER COMPANYWASTEWATER TECHNOLOGIES


� One- and two-stage activated sludge processes for average to high treatment targets as well as SBR, MBR and MBBR asspace saving technology options where space is limited and the highest levels of integration are needed. Use of different filtermedia enables the process to be adapted to a wide range of wastewater types and treatment targets.

� Fluidised bed for low investment and operating costs in combination with excellent cleaning performance. High flexibility

based on different process applications.

� The membrane bioreactor process which offers the highest technological standard for maximum cleaning performance.

� Anaerobic treatment with conventional treatment systems or space-saving high-performance reactors.

� One- and two-stage activated sludge processes for average to high treatment targets as well as SBR, MBR and MBBR asspace saving technology options where space is limited and the highest levels of integration are needed. Use of different filtermedia enables the process to be adapted to a wide range of wastewater types and treatment targets.

� Fluidised bed for low investment and operating costs in combination with excellent cleaning performance. High flexibility

based on different process applications.

� The membrane bioreactor process which offers the highest technological standard for maximum cleaning performance.

� Anaerobic treatment with conventional treatment systems or space-saving high-performance reactors.


CLEAR WATER COMPANYADVANCE SEQUENTIAL BATCH REACTOR

Features:

• Full treatment requires only a single basin



Benefits:

• Reduction to overall plant footprint.

• Reduces the effects of shock loadings.

• Permits a simple Time Based Control System.


• Permits a simple Time Based Control System.

• Can accommodate peak flows of 6 x ADWF.

• Reduced O & M cost.

• Reduced Capital Investment.

• Lower construction costs.

• Lower operating cost.

• Design flexibility.

• Improved performance.


CLEAR WATER COMPANYMEMBRANE BIO-REACTOR

Features:

• Hybrid Technology employing activated sludge

process and membrane filtration.



Benefits:

• No sedimentation tank, hence smallest footprint.

• High sludge density (High MLSS), compact


• High sludge density (High MLSS), compact

aeration tank.

• High quality treated water, water for reuse.

• No sludge carry over, ease of operation.


CLEAR WATER COMPANYMOVING BED BIO-REACTOR (MBBR)

Features:

• The MBBR process adopts the best from both the

activated sludge process and the biofilter

processes without including the worst.



Benefits:

• Compactness.


• Compactness.

• Robust biofilm.

• Flexible reactor design.

• Easy upgrade/capacity enhance at later stage.

• Easy to operate and control.

• No sludge return needed in most applications.

• Low load on particle separation stage.


CLEAR WATER COMPANYWATER REUSE AND RECYLCE

� Water recycling and reuse increase the availability of this

precious resource for private, public, agricultural and

industrial needs and thus improves the safety of supply.

� Industrial focal points: oil refineries, power plants, steel

industry, chemical industries.

� CWC provides extensive know-how with regard to process

components and their combination, in order to meet


Water Reuse

Water Recycling



� CWC technologies fulfil all the requirements for recycled

water:

o free from organic and inorganic impurities

o elimination of micro-pollutants

o best hygienic quality.


CLEAR WATER COMPANY

SUSTAINABILITY

through water reuse

Drinking water Urban reuseIndustrial water Agricultural reuse

WASTEWATER PERFORMANCE RANGE

TECHNOLOGIES

Municipal wastewater Industrial wastewaterMunicipal and industrial

wastewater

Combination of biological, chemical and physical process stages

(e.g. bio-filtration, membrane processes, disinfection, …)


CLEAR WATER COMPANY

QUESTIONS ?????


Documents

CWC Company Presentation › images › CWC_Company Presentation.pdf · “We make every drop of water ultrapure” CWC INFRASTRUCTURE CLEAR WATER COMPANY Desktop Computers with 4GB