01 / 04Industrial reuse
A tailored route for variable industrial effluent
Screen electrocoagulation and electro-oxidation against the site's changing feed and reuse target.
Explore the approachAPPLICATION THINKING / CASE STUDIESEvery challenge has
Every challenge has
a better question.
Illustrative pathways show how customized treatment and advisory decisions can be structured. They are not awarded or completed client projects.
SCENARIOS / 01—04
Explore the pathways.
01 / 04
02 / 04Syria / Water Partner
A rehabilitation plan built around operability
Independent diagnostics and customized owner-side engineering for a municipal treatment asset.
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03 / 04Brine / ZLD
Designing the residuals route before scale-up
A ZLD feasibility pathway that starts with the full water and salt balance.
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04 / 04Electrocapacitive
Testing selective ion removal where it matters
An electrocapacitive pilot concept for brackish process water with a defined ionic target.
Explore the approachIN DETAIL / THE THINKINGCHALLENGE SOLUTION IMPLEMENTATION OUTCOME CHALLENGE SOLUTION IMPLEMENTATION OUTCOME CHALLENGE SOLUTION IMPLEMENTATION OUTCOME CHALLENGE SOLUTION IMPLEMENTATION OUTCOME
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01 / Industrial reuseA tailored route for variable industrial effluent+
The question
An industrial operator needs a dependable non-potable reuse stream, but production cycles make feed quality variable and the final specification demanding.
The pathway
Characterize representative feed, then compare a modular electrocoagulation and electro-oxidation train with a relevant baseline. Select each step only where testing adds value.
How to prove it
Agree sampling, energy metering, residual handling and acceptance criteria before a pilot. Track quality, recovery, power, electrode use, uptime and maintenance through feed changes.
The decision gate
The intended output is a decision-ready reuse design and scale-up case; no completed customer result is claimed.
02 / Syria / Water PartnerA rehabilitation plan built around operability+
The question
A treatment facility needs dependable compliance and maintainable operation under constraints on power, spares, staffing and capital.
The pathway
Begin with an independent site audit and representative data. Define a fit-for-feed treatment scope and assess whether an electrochemical step would genuinely help.
How to prove it
Prepare phased procurement and acceptance criteria, operator training, critical spares and a service plan. Disclose affiliations when evaluating tenders.
The decision gate
The intended result is an investment-ready rehabilitation sequence and measurable acceptance test, not a claimed completed project.
03 / Brine / ZLDDesigning the residuals route before scale-up+
The question
A desalination or industrial asset needs a defensible route for concentrate and solids, not simply a larger recovery claim.
The pathway
Compare concentration, evaporation and crystallization options against the actual feed, available utilities and legally viable residual routes.
How to prove it
Test representative feed; model water, salt and energy balances; verify permits and solids handling before a capital decision.
The decision gate
The intended deliverable is a justified ZLD design envelope and go/no-go investment gate. Feasibility remains site-specific.
04 / ElectrocapacitiveTesting selective ion removal where it matters+
The question
A site needs to adjust particular dissolved constituents without assuming every ion requires the same separation process.
The pathway
Profile the feed and target ions, then screen electrocapacitive treatment against a suitable alternative and a credible baseline.
How to prove it
Measure product quality, regeneration stream, recovery, energy, fouling and operating stability under representative conditions.
The decision gate
The intended result is a transparent selection decision and integration scope; no savings or removal percentage is asserted without tests.
Illustrative application scenarios only. Actual project scope, results and performance depend on site-specific testing and contracted work.
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