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What is Trionetics?
Trionetics is a full-service manufacturer of customized industrial water and wastewater treatment systems, based in Brooklyn Heights, Ohio, and founded in 1987. It designs and builds highly automated, user-friendly equipment for water purification, wastewater treatment and recycling, and plating lines. Its systems are built on stainless steel skids to resist corrosion from treatment chemicals and moisture.
The product range covers membrane filtration, media filtration, water softening, selective ion exchange, deionization and electrodeionization, electrowinning, and Rotacat industrial wastewater treatment, along with consumables and custom equipment design. The stated target industries are electronics, printed circuit boards, automotive, aerospace, food and beverage, canning, metal finishing, and mining.
Who it suits, and the trade-off
Trionetics fits best when a standard off-the-shelf unit will not meet a discharge limit, a recycling target, or a plating-line requirement, and the buyer wants one supplier to design, build, and support the system. The trade-off is that a custom-engineered approach usually means longer lead times and a quotation-based buying process rather than published pricing, so budgets and schedules depend on an initial engineering conversation.
A practical next step is to contact Trionetics with your flow rate, target contaminants, discharge or reuse goal, and site constraints, then ask which of the listed technologies they would combine and whether a pilot test is possible before committing to a full system.
How do I choose the right wastewater treatment system for my industry?
Choose by starting with your discharge limits and the contaminants in your actual wastewater, not by industry label. Industry tells you what is likely present; a water analysis and your permit tell you what the system must actually remove. Trionetics positions itself as a custom manufacturer covering membrane filtration, media filtration, softening, selective ion exchange, deionization, electrodeionization, electrowinning, Rotacat, and custom equipment design — a breadth that suits plants with mixed or unusual waste streams, but it also means the burden is on you to define the goal precisely.
A practical selection sequence
- Write down the discharge target. Sewer permit limits, reuse requirements, or zero-liquid-discharge goals each point to very different equipment. Trionetics frames its offer around "any water treatment goal," so state yours in numbers (metals in mg/L, conductivity, pH, flow rate).
- Characterize the stream. Lab-test a representative sample, including variability across shifts and batch dumps. Metals, organics, salts, and chelating agents each need different treatment.
- Match contaminant to process. Roughly: suspended solids and oils suit media or membrane filtration; hardness suits softening; dissolved metal ions suit selective ion exchange or electrowinning; dissolved salts suit deionization or electrodeionization.
- Decide batch versus continuous. Small job shops often run batch treatment; high-volume lines justify automated continuous systems. Trionetics emphasizes "highly automated, user-friendly" systems, which matters most where operators are few.
- Plan for the waste you create. Ion exchange and membrane systems produce regenerate or concentrate streams that need their own disposal route.
- Check service and spares. Consumables, membranes, and resin replacement drive lifetime cost more than the skid.
Industry starting points
| Industry | Typical priority contaminants | Likely starting technology |
|---|---|---|
| Metal finishing, plating | Dissolved metals, cyanide, acids | Selective ion exchange, electrowinning, pH adjustment |
| Printed circuit boards, electronics | Metals, chelates, rinsewater salts | Ion exchange, electrodeionization, filtration |
| Food and beverage, canning | BOD/COD, solids, fats | Media filtration, pretreatment before discharge |
| Automotive, aerospace | Oils, metals, mixed streams | Membrane and media filtration combined |
These are starting points, not prescriptions; confirm with testing.
Where a custom builder fits — and where it doesn't
Trionetics' stated experience spans electronics, PCB, automotive, aerospace, food and beverage, canning, metal finishing, and mining, with systems built on stainless steel skids and a founding date of 1987. That profile suits plants whose wastewater doesn't fit a catalog system. The trade-off: custom design generally means longer lead times and less price transparency than packaged units, so get a written performance guarantee tied to your influent analysis.
Next step: assemble a one-page brief — flow rate, contaminant list with concentrations, discharge limits, floor space, and operator availability — and request a proposal against it. For comparison shopping, established treatment suppliers such as Veolia Water Technologies and Xylem offer packaged and engineered options worth benchmarking.
Can Trionetics design a custom water treatment system for my specific process?
Yes. Trionetics presents itself as a full-service manufacturer that builds customized wastewater treatment and water purification systems, and its page states that custom product development and experience with hundreds of clients let it pursue “any water treatment goal.” So a process-specific design is the core of what the company offers, not an add-on.
What “custom” covers on the site
- Treatment type: membrane filtration, media filtration, water softening, selective ion exchange, deionization, electrodeionization, electrowinning and Rotacat, plus industrial wastewater treatment and recycling.
- Process context: plating lines are named alongside water purification and wastewater recycling, and the industries listed include electronics, printed circuit boards, automotive, aerospace, food and beverage, canning, metal finishing and mining.
- Hardware and controls: systems are described as highly automated and user-friendly, built on stainless steel skids chosen to resist chemical and moisture corrosion.
- Beyond the standard catalogue: custom equipment design and consumables are listed as separate offerings, which matters if your process needs a non-standard configuration rather than an off-the-shelf unit.
How to judge whether it fits your process
A custom design is most valuable when your waste stream is unusual—mixed metal finishing rinses, plating baths, or a recycling loop with tight reuse targets—and least necessary when you need a simple, well-defined softening or filtration step. The practical test is whether the vendor can work from your actual water analysis and discharge or reuse limits.
Before requesting a quote, prepare:
- A recent wastewater analysis (contaminants, concentrations, flow rate and variability).
- Your target: discharge compliance, water reuse, or recovery of a specific material such as metal.
- Site constraints—floor space, utilities, automation and operator skill level.
- Whether you need a skid-mounted package or integration with existing plating or production lines.
Then ask Trionetics for reference installations in your industry and for the design basis behind a proposed system, so you can compare it with alternatives such as Veolia Water Technologies or Xylem on service coverage and lead time rather than on claims alone.
What industries does Trionetics serve?
Trionetics serves industrial water-treatment needs across a range of manufacturing and processing sectors. According to its site, the industries it names are electronics, printed circuit boards, automotive, aerospace, food and beverage, canning, metal finishing, and mining. The company describes itself as a full-service manufacturer of customized wastewater treatment, water purification, recycling, and plating-line systems, founded in 1987.
Who this fits
- Electronics and PCB makers: facilities that need purification and wastewater recycling alongside production.
- Metal finishing and plating operations: shops dealing with process baths, plating lines, and rinse-water treatment.
- Automotive, aerospace, and mining: heavier industrial settings where treatment goals vary by site.
- Food, beverage, and canning: processors with wastewater streams that need tailored handling.
A practical next step is to match your own waste stream — contaminants, volume, and discharge or reuse targets — against Trionetics' listed product lines, such as membrane filtration, selective ion exchange, deionization, electrodeionization, electrowinning, and Rotacat. Because the site emphasizes custom design for hundreds of clients, the useful question to ask is whether they have handled a stream like yours, not simply whether your industry appears on the list.
What membrane filtration and deionization products does Trionetics offer?
Trionetics lists membrane filtration and deionization as separate product lines, alongside media filtration, water softening, selective ion exchange, electrodeionization, electrowinning, Rotacat, industrial wastewater treatment and custom equipment design. The site presents these as customizable systems rather than fixed catalog items, and describes the company as a full-service manufacturer that builds systems on stainless steel skids for corrosion resistance. It gives no model names, flow rates or removal specifications for the membrane or deionization units.
Membrane filtration
This is one of the treatment categories in Trionetics' product menu, positioned with its other separation and polishing options. The page does not break it down into microfiltration, ultrafiltration, nanofiltration or reverse osmosis, so which membrane process fits a given stream has to be established in a project discussion. In practice, membrane filtration is usually chosen when the goal is removing suspended solids, colloids or dissolved salts depending on the pore size or membrane type, and it is often paired with pretreatment such as media filtration or softening to protect the membranes.
Deionization
Trionetics lists deionization systems and electrodeionization as distinct offerings. Deionization typically means ion exchange that removes dissolved ions, producing high-purity water; electrodeionization is a related electrically driven process often used for continuous polishing without chemical regeneration. The site does not state capacities, water-quality targets or regeneration arrangements for either, so treat those as questions for the manufacturer.
Who this suits
The stated customer base spans electronics, printed circuit boards, automotive, aerospace, food and beverage, canning, metal finishing and mining, and the company also mentions plating lines and wastewater recycling. A practical reader scenario: a metal-finishing shop with rinse-water containing dissolved metals and salts might combine membrane concentration with ion exchange or electrowinning to recover water and reduce waste; a printed-circuit-board operation needing high-purity rinse water would look more toward deionization or electrodeionization. The right combination depends on your water analysis and discharge limits, not on the product list alone.
Next step
Prepare a water analysis (feed chemistry, flow rate, target quality and discharge limits) and ask Trionetics to map it to a membrane and deionization configuration, including pretreatment and waste-stream handling. For general background on membrane and ion-exchange processes, U.S. EPA publishes water-treatment guidance that can help you frame those questions.
How do I contact Trionetics for a quote or consultation?
Contact Trionetics by phone at 216-812-3570 or through the Contact Us link on Trionetics. The company lists its address as 4924 Schaaf Lane, Brooklyn Heights, Ohio 44131, and a LinkedIn page is also linked from the site.
What to have ready
Trionetics describes itself as a full-service manufacturer of customized wastewater treatment and water purification systems, with products spanning membrane filtration, media filtration, softening, selective ion exchange, deionization, electrodeionization, electrowinning, Rotacat, and custom equipment design. For a useful first conversation, prepare:
- Your industry and the water problem you need solved (for example, plating rinse water, wastewater recycling, or process water purification)
- Approximate flow rate and water chemistry or contaminants of concern
- Whether you need a standard product, a custom-designed system, or consumables
- Site constraints such as space, power, and discharge limits
- Your timeline and whether you are comparing multiple vendors
Practical next step
Call and ask specifically for a consultation on your application, then request that any quote state the scope: equipment, controls and automation, installation support, commissioning, and consumables. Because the site emphasizes custom development and highly automated systems, clarifying what is standard versus custom early will make quotes from Trionetics and other vendors easier to compare.
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