Technology selection & feasibility
Feed and product specification review, screening of membrane and non-membrane options, projection modelling, independent audits of vendor proposals, and pilot-trial scoping and evaluation.
Feasibility services →We help plant owners, integrators and food producers get RO, NF, UF and MF systems right — feasibility, process design, equipment sourcing, automation, commissioning and performance audits — across water treatment, industrial wastewater and food processing. We do not represent any manufacturer, so every recommendation stands on technical and economic merit.
From the first feed-water analysis to end-of-life element replacement — as your independent technical and sourcing arm, not as a turn-key contractor selling its own scope.
Feed and product specification review, screening of membrane and non-membrane options, projection modelling, independent audits of vendor proposals, and pilot-trial scoping and evaluation.
Feasibility services →Mass balance, recovery and flux design; array staging; pretreatment and post-treatment engineering; CIP system design; P&ID review, hydraulics and materials selection.
Design services →Supplier qualification, levelled RFQs and normalized bid comparison, consolidated multi-vendor shipments, spare parts and consumables supply, and element cross-referencing for existing plants.
Procurement services →FAT/SAT protocols and witnessing, membrane loading and start-up sequencing, performance testing against projections, normalization baselining, operator training and O&M documentation.
Commissioning services →Control philosophy and functional design specifications, PLC/HMI/SCADA implementation, data-normalization software for early fouling detection, and remote monitoring of unmanned plants.
Automation services →Normalized performance review, fouling and scaling diagnosis, CIP effectiveness studies and retrofit planning — supported by independent laboratories for element testing and membrane autopsies.
Audit services →Feed waters, effluents and product streams differ enough that membrane class, module format, pretreatment and operating regime have to be chosen case by case. These are the fields we work in — with concrete treatment approaches for each.
Potable, process and high-purity water; brackish and seawater desalination; irrigation water; PFAS barriers and reuse.
Applications and treatment trains →
Volume reduction by membrane concentration: leachate, digestate, oily emulsions, effluents, ZLD pre-concentration.
Streams and approaches →
Whey proteins, e-coat paint, CIP caustic, dyes, metals and solvents — recovered to service instead of discharged.
Recovery applications →Manufacturers advise within their own portfolio; contractors sell their own scope. An independent engineer works between the two — on the client's side of the specification.
Element and equipment choices are driven by projections, lifecycle cost and service reality — not by a distribution agreement.
Parallel RFQs across multiple suppliers, levelled technically so bids are truly comparable — then consolidated into one managed delivery.
If the correct answer is to adjust the cleaning regime and keep your existing membranes longer, that is the recommendation you receive.
Scope and deliverables are agreed in writing before work starts. Engagements range from a short design review to multi-month support of a complete procurement and commissioning cycle.
Feed and product data, flows, constraints and objectives — supplemented by laboratory analysis or piloting where the data doesn't yet exist.
Technology screening, projections and train design — or an independent review of the proposals already on your desk.
Specifications, competitive RFQs, bid levelling and consolidated delivery — or verification of the supplier you already prefer.
Commissioning, acceptance testing, performance baselining, operator training — and ongoing monitoring if you want it.
A new line, a tender to review, an underperforming plant, a sourcing task or a stream you want to valorize — write to us with whatever information you have and we will tell you how we would approach it.