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C-Water

C-Water · Water Treatment Engineered Differently

Water Treatment, Engineered Around Your Operation.

Advanced chemistry, filtration, monitoring and control—combined with local engineering expertise to help your water systems perform with greater reliability, efficiency and control.

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Global TechnologyLocal EngineeringComplete Support

  1. 01

    Source Water

    What you start with

  2. 02

    Filtration

    Remove what should not be there

  3. 03

    Chemical Treatment

    Control the chemistry

  4. 04

    Dosing

    Deliver it accurately

  5. 05

    Sensing

    Measure what matters

  6. 06

    Control

    Act on the reading

  7. 07

    Monitoring & Optimisation

    Keep improving it

01The problem

Water Problems Don’t Happen One Component at a Time.

C-Water connects the entire treatment chain.

  • Scale can become lost efficiency.

  • Corrosion can become equipment failure.

  • Poor filtration affects everything downstream.

  • Uncontrolled dosing increases chemical consumption.

  • Weak monitoring turns small deviations into operational problems.

02The C-Water approach

One Water System. One Integrated Approach.

The same sequence runs through every application we work on, whatever the technology involved.

  1. 01

    Diagnose

    Understand the water, the process and the operating conditions.

  2. 02

    Design

    Develop the treatment strategy around the actual system.

  3. 03

    Treat

    Apply the right chemistry and treatment technologies.

  4. 04

    Control

    Measure, dose and control the parameters that matter.

  5. 05

    Monitor

    Turn operating conditions into useful information.

  6. 06

    Optimize

    Keep improving system performance over its operating life.

03Solutions

Built Around Your Water Challenge.

Start with the application you operate. Every route leads to the same engineering, applied to your system.

Explore Solutions
01

Cooling Water

Control scale, corrosion and microbiological risk while protecting heat-transfer performance.

02

Boiler & Steam

Protect boiler, feedwater and condensate systems against deposits and corrosion.

03

RO & Membranes

Protect membrane systems against fouling and scaling while supporting consistent performance.

04

Process Water

Engineer water quality around the needs of the process, not around a standard specification.

05

Wastewater

Treatment strategies that support water quality, compliance and operational reliability.

06

Industrial Water

Integrated treatment strategies for sites running several water systems at once.

04The system

See How the Pieces Work Together.

Your water system is a chain. A change in one part affects everything downstream — which is why C-Water engineers the whole sequence rather than supplying one component of it.

  1. 01

    Source Water

    What you start with

  2. 02

    Filtration

    Remove what should not be there

  3. 03

    Chemical Treatment

    Control the chemistry

  4. 04

    Dosing

    Deliver it accurately

  5. 05

    Sensing

    Measure what matters

  6. 06

    Control

    Act on the reading

  7. 07

    Monitoring & Optimisation

    Keep improving it

Stage 02

Technology Partner · TIMEX

Filtration

Suspended solids foul heat-transfer surfaces, shelter microbiological growth and consume treatment chemical that should be protecting metal. Removing them at the right degree reduces all three loads at once.

Explore Filtration

Applications

  • Cooling tower side-stream
  • RO pretreatment
  • Process water
  • Irrigation networks

05Technology partners

Global Technology. Delivered by C-Water.

We combine specialised technologies from established international partners with local engineering, application knowledge and technical support.

Explore the ecosystem

Walchem

Sense. Dose. Control. Connect.

Instrumentation, dosing and connected control technologies that make water treatment measurable.

Sensing · Dosing · Control · Monitoring

TIMEX

Filter. Protect. Perform.

A broad industrial filtration portfolio spanning self-cleaning, cartridge, disc, drum and flotation technologies.

Industrial Filtration

Kurita Europe

Treat. Protect. Optimize.

Application-led water and process treatment chemistry, with a strong emphasis on measurable system optimisation.

Water Chemistry · Treatment Optimisation

Powered by proven global technology. Delivered through C-Water engineering — one partner, one point of responsibility.

06Results

Technology Means More When It Produces Results.

Treatment is judged by what happens to the system, not by what was supplied to it. Measurement is what makes the difference visible.

System statusNominal
Simulated data — illustration only

pH

7.42

Conductivity

1840µS/cm

ORP

312mV

Flow

120.0m³/h

Trend — last 60 minutes

Dosing

Active

Sensor

Normal

Alarm

None

Data

Streaming

The values below are generated for demonstration. They do not represent any customer installation.

01

Protect

Keep heat-transfer surfaces, membranes and metal in the condition they were specified to be in.

02

Perform

Support stable process performance by removing the variability that water introduces.

03

Reduce

Identify where water, chemical and energy are being consumed without producing anything.

04

Control

Hold the variables that matter at a measured value rather than a fixed schedule.

05

Optimise

Improve the programme across its operating life as loads, seasons and source water change.

06

Sustain

Use water and energy more deliberately, with a record that shows what actually changed.

07Industries

Engineered for the Way You Operate.

The right treatment approach depends on the process, the assets and the operating reality of the site.

All industries

Manufacturing

Cooling, steam, process water and effluent treated as one utility system serving one production line.

Food & Beverage

Process, utility and hygiene water treated to standards the product and the auditor both accept.

Hospitality

Cooling, hot water, domestic supply and pool systems kept reliable in a building that never closes.

Healthcare

Clinical, utility and domestic water systems in buildings that cannot be taken out of service.

Pharmaceutical & Cosmetics

Purified water systems, utilities and effluent in an environment where everything is documented.

Oil & Gas

Produced water, injection water, utility systems and filtration built for difficult duty.

Power & Utilities

Boiler, condensate, cooling and pretreatment systems where efficiency and availability are the product.

Chemical & Petrochemical

Cooling, steam, process and effluent systems operating at the limits of what treatment can tolerate.

Commercial Buildings

HVAC, domestic water and heating systems in offices, malls and mixed-use developments.

Government & Municipal

Potable supply, wastewater and public facility water systems with long service lives and public accountability.

Agriculture & Irrigation

Filtration and water conditioning that keep emitters open and distribution uniform.

Aquaculture

Filtration and water quality management where the water is not a utility but the habitat.

08Projects

Real Water Problems. Engineered Solutions.

How C-Water works through a treatment problem — the challenge, the existing system, the approach, and what it addresses.

All projects
Illustrative format example

Bringing a Cooling System Under Measured Control

How a timer-dosed cooling system is moved onto measured control, and what that changes.

Project
Illustrative format example

Reviewing a Boiler Programme That Looks Fine on Paper

When boiler water test results are in range but the equipment tells a different story.

Project
Illustrative format example

When the RO Problem Is Not the RO

Rising cleaning frequency is usually a pretreatment message. Reading it correctly is the whole exercise.

Project

09Knowledge Center

Water Is Technical. Your Answers Should Be Too.

Straight answers to the questions engineers and plant managers actually search for.

View all
water chemistry8 min read

Designing a Practical Water Treatment Programme

A programme is a chemistry, a control strategy, a verification method and a review cycle. Leave out any one of the four and the other three eventually stop working.

water chemistry7 min read

How pH Affects Industrial Water Treatment

pH sets the behaviour of nearly every other reaction in a water system. It is a balance point between competing failure modes, not a target to be maximised.

monitoring control6 min read

The Role of ORP in Water Treatment

ORP measures oxidising capacity, not disinfectant concentration. It is an excellent control input and a poor substitute for a residual test.

Start here

Have a Water Problem?

Tell us what you are dealing with. Whether you are protecting an existing system, planning a new one, or working through a treatment problem that keeps coming back — start with the problem, not the product.

Talk to a C-Water EngineerRequest a Quote