Thermotics® | Water Technologies & Solutions
Effective treatment begins with a solid design. Our experienced staff will ask the necessary questions to help you design your equipment needs.
Our knowledge of water technology is coupled with a diverse group of suppliers and manufacturers. This allows us to provide you with custom solutions with the latest design systems available and any documents needed for bidding or specifying. Thermotics utilizes CAAD, Visio,Revit, 3D, as well as manufactures programs for application and performance.
Our engineers can design a solution from the start or evaluate the performance of an existing system. We stay current with developing technologies and regulations at the local, state and federal level.
Water Testing
System design and optimization
Evaluation of current system performance
Engineered (CAAD) designs
Filtration Technologies
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Filtration pretreatment is designed for durable operation, easy installation, and straightforward control. The system ideal for your industrial filtration needs with epoxy-lined carbon steel vessels, robust materials of construction, and various configuration options to suit your specific application needs. The units are also the perfect complement to the Reverse Osmosis (RO) systems.
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Ion Exchange Systems
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Ion exchange technology is a proven method of producing high purity softened and demineralized water. It is used in most industries that require high purity water and to reclaim water from processes. The Ion exchange process involves the exchanging of contaminant ions for Na+ ions in a softening application and H+ and OH- ions in pure water application. Thermotics offers a range of ion exchange products for applications, including condensate and brine polishing, vacuum degassing, and desalination.
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- Typical flow rates of 40 and up to 1,000 GPM / per vessel.
- Epoxy, Rubber or Specialty Linings carbon steel tanks.
- Brine tank with cover and air check valve.
- Resilient seated butterfly service valves with nylon coated steel disc and stem; air actuated / spring-to-close.
- Schedule 80 PVC face-piping; sight glass on backwash line.
- 4-inch media clean out port on side of tank.
- Optional solenoid valve enclosure for remote control.
- AquaMatic controller includes communication switch for downstream equipment.
- AquaMatic* 962 stager for backwash sequence control.
- Manual or time-initiated automatic regeneration.
- Instrumentation: Service/backwash flow sensor, pre- / post-softener pressure gauges.
- Hydraulic, Pneumatic, Electric or Motor Driven Valve Configurations.
- Inlet/outlet pressure gauges and sample valves.
- Skid mounted, pre-piped, and pre-wired systems (for single and multiple softeners).
- Automatic or manual regeneration skid with Brine tank, pump and associated components.
- ASME code stamp at 100 or 125 psig.
- Skid or trailer-mounted systems.
- Containerized integrated system.
- U.L. 508A control panel assembly.
- Allen-Bradley® PLC/HMI Controls.
- Remote Data Interface via User-Defined Network Protocol.
- Hot Water Applications.
- On-Line Hardness Analyzers / Tester.
- Co-current & Counter-current Polishing Systems.
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Electrolytic (ED/EDI/EDR) Technologies
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SUEZ systems are a revolutionary approach to electrodeionization (EDI) that replaces conventional mixed-bed technology to offer a host of dramatic benefits. No regeneration chemicals are needed; no hazardous waste stream is produced; operation is continuous with consistent and predictable water quality, and facility requirements are substantially reduced.
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- Provide Ultrapure Water for industrial applications including Power, Semiconductor, and General Industry.
- Continuous production of demineralized water.
- Produce Mixed Bed quality water on a continuous basis.
- Require no caustic or acid for regeneration of ion exchange resin within the stack.
- Eliminate brine injection and concentrate recirculation, simplifying system design.
- Directly connected RO and EDI system to eliminate the need for RO permeate storage, pumping and filtration before the EDI unit: reduced potential for external contamination.
- Automated flow control for RO and EDI using energy saving variable frequency drives (VFD).
- Internal recycles to increase total water yield.
- Meet stringent silica limitations.
- Reduced volume of waste effluent compared to resin technologies and minimal storage and handling of bulk chemicals / salt.
- Single PLC and HMI providing one central interface with the system.
- Ethernet communications and Internet connectivity for remote monitoring, after-hours diagnostics and troubleshooting.
- Automated startup sequence and shutdown flush sequence ensuring long term performance of EDI stacks and reduced cleaning of RO membranes.
- Basic and Premium models available.
- Allen Bradley PLC control package.
- Full Owners Operation & Maintenance Manual, Factory Acceptance Test results and Stack Performance Test results.
- Easy to install.
- UL/cUL electrical panel.
- Simple to operate.
- Fully integrated system Reverse Osmosis (RO) with Ultrafiltration (UF), Nanofiltration (NF) and EDI.
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Reverse Osmosis Packages
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Reverse osmosis (RO) membrane elements use a strong pressure gradient to drive water through a semi-permeable membrane, while leaving salts and other larger molecules behind. These elements are used for desalination of brackish waters and seawater, as well as recovery of industrial and municipal wastewater. Our portfolio includes RO elements certified for food contact for dairy, sugar, and other sanitary applications, as well as NSF-certified elements for municipal water treatment.
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- Skid mounted, pre-piped, and pre-wired systems.
- Primary and final pressure transmitters.
- RO permeate flush on shutdown.
- Allen Bradley PLC control package.
- Signet control/monitoring package.
- Compact treatment system for variable water quality.
- Configurable process flow to meet changing water demands; two pass or two train operability in a single system on two models.
- Skid mounted VFD for high pressure pump to optimize energy usage and accommodate varying water temperatures.
- Designed to ANSI B31.1 specification.
- Skid-mounted; reduces onsite installation time and costs.
- Easy to install.
- UL/cUL electrical panel.
- Simple to operate.
- Fully integrated system Reverse Osmosis (RO) with Ultrafiltration (UF), Nanofiltration (NF) and EDI.
- Fully integrated chemical Injection Skids.
- Integrated Clean-In-Place (CIP Skid).
- Forward Feed Pump skid.
- pH Meter on RO feed.
- Premium instrumentation with HART protocol.
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Ultrafiltration Packages
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Versatile and reliable, the pressurized ZeeWeed 1500 is ideally suited for use in numerous applications including drinking water treatment, tertiary filtration and RO pre-treatment for brackish water and seawater. Compared to granular filter media, ZeeWeed membranes produce superior water quality and are virtually unaffected by variable raw water quality – all at a cost comparable to conventional filtration technology.
Typical Applications
- Water treatment.
- Tertiary filtration.
- Pretreatment for seawater desalination.
Description and Use
- Modular rack design, allowing any combination of 48 and 64 sections, up to 192 ZW1500 UF membranes for a single rack.
- Generous sizing of feed, permeate, air and reject piping ensures low pressure losses and balanced flows through membranes across very large racks.
- Robust design, even to moderate seismic conditions (SDS 1.0 rating).
- Efficient use of space minimizes building foot- print.
- Clear permeate ports to verify membrane integrity.
- Flexible coupling on module’s permeate port provides up to 2 inches of vertical tolerance.
- Can be modified to accept competitor mem- branes.
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- Skid mounted, pre-piped, and pre-wired systems.
- Welded and Powder Coated Steel Skid Frames.
- Stainless Steel Schedule and/or 80 PVC Pipe Work.
- Automated Control Valves.
- Integrated Process Controls.
- Automatic Backwash System.
- Forward Feed Pump skid.
- Pressure Gauges.
- Flow Transmitters.
- Pressure Transmitters.
- Integrated or separate Clean-In-Place (CIP) Skid with Heated Mixing Tank.
- Allen Bradley PLC control package.
- Skid-mounted; reduces onsite installation time and costs.
- Easy to install.
- UL/cUL electrical panel.
- Simple to operate.
- Duplex CIP and Backpulse equipment with on-skid VFDs (standard is single CIP/BP).
- Membrane Integrity Test (MIT) and LRV.
- Air Compressor(s) & drier(s).
- Laser permeate turbidity.
- Chemical Cleaning chemicals.
- CIP neutralization.
- Feed Turbidity meter.
- Pre-treatment (enhanced coagulation, oxidation, & pH adjustment).
- Bleed and Block Valves.
- Permeate storage tank.
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Dissolved Oxygen Removal System
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