Treatment Technologies

Filtration · RO · membranes · disinfection · desalination
The water ecosystem that connects industrial buyers with vetted treatment experts. Every project matched by our engineers, powered by Nepti.
Browse eight umbrella categories covering 122 solution provider pages, or post your project and we’ll match you to the right experts.

Filtration · RO · membranes · disinfection · desalination

ZLD · industrial reuse · brine · resource recovery

WWTP · EPC · modular · cooling · sludge

IoT · SCADA · AI · testing · energy efficiency

Consulting · engineering · ESG · feasibility · WaaS

O&M · emergency response · asset management

Textile · F&B · oil & gas · pharma · mining · chemicals

PFAS · heavy metals · COD/BOD · scaling · pathogens
Verified companies delivering recycling, reuse, filtration, sludge management, and industrial water treatment.
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Post what you’re working on to our vetted provider network. Qualified providers respond with tailored proposals and quotes — you decide who to talk to.
Start with a 45-minute intro call at no cost. We’ll map your needs, constraints, timeline, and budget in one session — then shortlist privately using Nepti’s matching engine and our in-house water industry insights. You receive a vetted match, delivered. Nothing is ever published.
Decentralized water treatment costs 20 to 40% less in CAPEX than centralized infrastructure but carries 30 to 60% higher OPEX per cubic metre treated.
Ultrapure water production costs $0.50 to $4.50 per cubic metre but a single contaminant spike shuts down a semiconductor fab for 12 to 48 hours at $2M to $8M in lost wafer output.
Online sensors cost $8,000 to $35,000 upfront but cut lab expense 60 to 80% for high-frequency testing. The right choice depends on your sampling cadence.
Ceramic membranes cost 3 to 5× polymeric UF on installed CAPEX and run 30 to 60% lower on 15-year total cost of ownership for tough-feed industrial duties. On dairy whey, brewing, offshore produced water, refinery effluent MBR, pharmaceutical WFI, semiconductor UPW, and mining hydrometallurgy, ceramic is now the lifecycle-cost-optimal specification. This guide covers the five operating dimensions that flip the math, the CAPEX-OPEX numbers on a 1,000 m³/day duty, the seven-industry application matrix, and the four failure modes that ruin ceramic economics when the technology is mis-specified.
Offshore platforms produce 3 to 10 barrels of water for every barrel of oil. Missing the OSPAR 30 mg/L oil-in-water monthly average or the EPA Region 6 NPDES 29 mg/L daily max on an FPSO with 25,000 bbl/day production exposes USD 250,000 to 2,500,000 per non-compliant month. This guide covers the five-stage treatment train, hydrocyclones vs IGF vs nutshell vs MPPE vs ceramic UF, reinjection vs overboard discharge economics, and the failure modes that put platforms on regulator watchlists.
Most industrial cooling towers run blowdown wrong by 15 to 30%. The wrong setpoint costs USD 8,000 to 35,000/year on a 5 MW duty in wasted make-up and chemistry; under-blowdown costs USD 50,000 to 250,000 in scale damage. This guide covers cycles of concentration, the three control methods, the five recurring failure modes, and the discharge-permit perimeter most operators under-cost.
Nepti Design maps the treatment space. Nepti Diagnose explains why a solution fits. Aguato is the ecosystem. Nepti is why the ecosystem works.
Explore the Nepti intelligence engineAguato helps industries translate sustainability targets into executable water treatment projects, supported by the right expertise and technology providers, selected with precision.