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HOMA EffTec Initiative For Enhanced Station Efficiency
ABOUT HOMA PUMP TECHNOLOGY
Headquartered in Ansonia Connecticut, we have been serving the North American wastewater industry quickly and reliably for 35 years through our network of competent and locally committed factory trained distributors and service centers. Our 40,000 sq. ft. engineering & test center, workshop, and warehouse facility is fully equipped to help design, build, deliver, and service all your wastewater handling needs. Our dedicated and competent staff provides full support; from applications and product selection, to the initial purchase and installation of your equipment, planned maintenance, spare parts sales, replacements and upgrades. For more complex projects and custom product solutions, our German Manufacturing and Technology Center’s electrical, mechanical and hydraulic experts are standing by to assist and innovate.
Downtime is a dirty word, so we specialize in fast deliveries from our over $10M pump and spare parts inventory. 5-7 days is standard for submersible pumps up to 120 HP, with same day delivery possible for emergencies. Retrofit with HOMA, or let us support you with an engineered new installation. HOMA builds submersibles that work. Simple. Reliable. Efficient.
Products
- Submersible motors from 1 HP to 500 HP
- FM Class 1, Division 1, Groups C&D
- Jacketed Motors from 2.8HP for Wet or Dry pit installation
- Submersible Wastewater pumps with channel impellers up to 8“ solid size
- Heads to 275' tdh, flows to 20,000 gpm
- Submersible Axial flow propeller pumps
- 5,000 to 35,000 gpm
- Full range of submersible Grinder pumps to 15HP
- Standard CI material is ASTM A48 Class 40B
- Submersible Stainless Steel Pumps
- Submersible mixers
- Non-proprietary abrasion resistant silicon-carbide seals
- Complete line of adapter brackets for direct replacement of other pump brands.
FEATURED PRODUCTS
GIS-centric solution for permitting, licensing and land management.
Enterprise solution for capital program and construction project management.
Increase efficiency and reduce costs when you optimally manage asset operation and maintenance.
An all-in-one Asset Lifecycle Management Solution
Trimble announces a new asset lifecycle management software suite. Plan, design, build, operate and maintain your assets — all with one solution suite. Trimble Unity provides centralized data and connected workflows to help you improve outcomes and reduce asset ownership costs across the lifecycle. The Trimble Unity Suite encompasses these solutions:
As the final step before treated wastewater leaves the plant, effective disinfection is extremely important to protect human health, and the maintenance of the environment. This process eliminates pathogenic organisms that cannot be removed by previous treatment steps and reduces the spread of pathogens in the natural ecosystem.
USP’s current offerings include our unrivaled in-house CFD modeling expertise that can be used to optimize the injection, mixing and feed rates of PAA to meet the disinfection requirements of a facility. Also, launching later this year, is our OaSys iCT™ is a novel control approach that optimizes disinfection performance by calculating the optimal chemical dosage that accounts for sources of treatment variability in real time. Available for use with PAA or chlorine.
Hydrogen sulfide (H₂S) presents a significant challenge in wastewater management. Its foul odor and corrosive nature can severely damage infrastructure, leading to costly repairs. More importantly, H₂S poses substantial health risks, including respiratory issues and, at high concentrations, potentially lethal effects. Effective H₂S control is not just a regulatory requirement; it's essential for safeguarding infrastructure and public health.
Our Solution:
SulFeLox® is USP’s patented buffered iron solution for wastewater collection system sulfide control, with a hazard rating profile similar to nitrate (1-0-0).
As an essential tool for firefighting agencies and emergency services worldwide, Aqueous Film Forming Foams (AFFF) have been favored to provide a rapid and effective solution to suppress fires. Unfortunately, AFFF contains per- and polyfluoroalkyl substances (PFAS) which have both adverse environmental impact and potential health risks.
SORBIX R SERIES ECT2’s Regenerable System is designed to regenerate the SORBIX RePURE ion exchange resin used in the Series M and Series T product lines.
LC (Low Concentrations) Model Designed to treat low concentrations (<20 µg/l) of PFAS contaminated water from construction dewatering activities, and other short to medium-term treatment requirements. These systems manage a range of flow rates up to 100 GPM (6 L/sec) and include pre-treatment.
RR (Rapid Response) Model The RR Models can be shipped and assembled quickly; ideal for rapid response situations. Models come in several sizes and can be configured in series or parallel to accommodate higher flow rates or additional treatment options. The small footprint and simple design allows for rapid deployment of PFAS treatment.
The SORBIX™ M Series systems are housed in single shipping containers, designed to meet the demands of rapid installation and start-up. Systems include pre-treatment, as required, are configured for SORBIX PURE or SORBIX RePURE resins, and come in 50, 100, 200, and 200+ GPM (3, 6, 12 and 12+ L/sec) models.
ECT2’s SORBIX™ H Series is designed for applications requiring flow rates of up to 1,357 GPM per vessel, such as drinking water systems. Additional vessel trains can be added to achieve any required flow rate.
ECT2’s SORBIX™ L Series is designed for projects requiring flow rates of 35 GPM or less. For optimum performance, two vessels should be installed in a lead/lag configuration.
ECT2 has ready-to-run Pilot PS Series for rapid deployment and implementation around the world.
Every modern town or city has a wastewater collection system of some type. The wastewater collection system is the conduit for used water, both sanitary and gray (relatively clean, including storm water) water, which initiates at the individual homes and businesses in the community. A primary part of the wastewater collection system is a number of “wet wells” that are used as wastewater collection points, or intercepts, from community neighborhoods. Often, lift stations, complete with large electric waste pumps, are used to keep the water moving to the city’s wastewater treatment plant.
Iron salts are a proven technology for long-duration hydrogen sulfide control in collection system gravity and forcemains; solids processing units, solids transfer lines and anaerobic digesters. They have been used for over 30 years in hydrogen sulfide control applications and are a well understood technology.
Phosphorus and nitrogen, while necessary elements for life, when concentrated in the effluent of a wastewater treatment plant, are harmful to the environment, especially aquatic plants and animals. When concentrated amounts of these elements enter bodies of water, it causes algae blooms, which reduces dissolved oxygen in the water and can be damaging to animal populations. It can be a very serious problem for natural areas downstream of industrial or municipal discharge.
When applied to plant influents, hydrogen peroxide destroys dissolved and/or total sulfide that otherwise scavenges Fe3+ added for CEPT and/or chemical phosphorus removal from wastewater. The foundational aspect of this PRI-TECH application (called PRI-CEPT) is that one lb of total sulfide theoretically consumes 3.5 lbs Fe3+ and thus represents an additional cost of $2 – 3 per lb influent sulfide.
Sulfide odor control within sanitary sewers has been practiced for over 50 years, yet only recently have substantive advances been made. Where once the choice of chemical treatment was either chlorine or iron salts, safer and more environmentally benign technologies based on nitrates, hydrogen peroxide, and/or magnesium hydroxide have gained acceptance. These new alternatives, however, can increase treatment costs substantially and present limitations in themselves. Therefore, it makes sense to explore new avenues for lessening the adverse impacts of the older, cheaper mainstays, particularly iron salts (ferrous/ferric chloride or sulfate) that provide other benefits to wastewater treatment operations.
CONTACT INFORMATION
HOMA Pump Technology
390 Birmingham Blvd.
Ansonia, CT 06401
UNITED STATES
Phone: 203-736-8890
Fax: 203-736-8899
Contact: Anna Houley
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