Hayward Flow Control Systems
EPM-4 and EPM-6
The EPM-4 and EPM-6 models are the latest editions to the EPM Series of quarter-turn reversing electric actuators. The EPM-4 and EPM-6 are designed to eliminate wiring errors, increase reliability and provide simplicity during installation. The EPM-4 provides a torque output of 455 in-lb./ 50 Nm, and the EPM-6 an output of 600 in-lb./67 Nm. Both models feature a robust gear train design and modular construction, as well as a NEMA 4/4X enclosure. Additional features include aluminum alloy dry powder coated housing, internal low power heater, four limit switches (2 Auxiliary), ISO5211 F07 mounting pattern, data logging and diagnostics,(proportional control only) for EPM-6 and CSA listed.
Turbo X-Treme Aerator
The Turbo X-Treme Aerator is a high-efficiency, floating/surface aerator, powered by an energy-saving 25 h.p. motor. It incorporates a “turbo” blower to achieve high-capacity water movement with maximum aeration and mixing incorporated in a discharge manifold. During operation, it raises the dissolved oxygen level in the water (in ponds, lagoons, etc..) while providing high-capacity water movement. The aerator is ideal for a wide variety of applications, including municipal, industrial, agricultural and disaster recovery. It is made of stainless steel, and carries a one-year warranty.
CNIguard Intrusion Detection System
CNIguard intrusion detection system is designed to protect access points in drinking water distribution systems against the threat of intentional contamination. The system utilizes a patented Smart Sensing Technology to detect tampering such as drilling, grinding and cutting; while virtually eliminating costly false alarms. The computerized system can distinguish between real threats and common occurrences such as heavy rain, hail, etc. and is rated for a maximum of one false alarm per year. CNIguard does not rely on human interpretation to determine if a threat is real.
Vadose Organic Substrate (VOS)
The Vadose Organic Substrate features bioremediate chlorinated solvents in the unsaturated soils. The technology allows the thixotropic gel to form a stable oil/water suspension that remains in situ after injection. This suspension provides an anaerobic environment in the vadose zone with the appropriate nutrients for the microbes to remediate recalcitrant compounds, such as chlorinated compounds.
BioBarrier Membrane BioReactor utilizes flat sheet membranes for a versatile design and robust process in wastewater recycling. Engineered in a small footprint and immersed directly in the aeration process, the BioBarrier has a high surface area of membrane material in a double plate configuration. Treated water moves through the pores to the space between the films; a pump then extracts the clean water to discharge into the environment. BioBarrier removes biological along with E. Coli and fecal coliform without add on disinfection.
Supercritical Fluid Technologies Inc.
SFT 10 High Pressure Carbon Dioxide Pump
The SFT-10 pump can pressurize carbon dioxide up to 10,000 psi (69 MPa) at flow rates from 0.01 to 24.0 ml/min. The characterisitics make the pump useful in high pressure applications, including supercritical fluid extraction, supercritical fluid reaction chemistry and chromatography. It utilizes reliable, dual sapphire syringe pump technology to achieve high pressures rapidly. The Peltier chiller has cooling capabilities that maintain the temperature at the pump heads low enough to ensure the carbon dioxide remains liquid.
Watts Water Technologies
The Pure Water line attempts to solve water filtration, purification and treatment issues for residential and light commercial applications. The line includes drinking water systems that reduce harmful microorganisms - including reverse osmosis systems, whole house systems, water softeners and environmentally friendly anti-scale systems. The line also includes a full selection of replacement filters and kits—including numerous models compatible with competitive product lines.
Rainwater Harvesting Systems
BRAE introduces configurable Rainwater Harvesting Systems for commercial, institutional and residential applications that can reduce water consumption by up to 65 percent. BRAE’s commercial and institutional systems offer storage capacities of 200 to over 2 million gallons, and manage the filtration, storage, distribution and treatment functions typical to rainwater systems. Rainwater harvesting is ideal for landscape irrigation, especially in
drought-prone areas where municipalities impose water restrictions and can contribute up to 24 percent of LEED points
available for green buildings.
N-TOX Toxicity Monitors
Water Innovate’s N-TOX instruments serving Severn Trent Water are patented toxicity monitors used for detecting nitrification inhibition events in wastewater treatment facilities that can lead to inadequate treatment performance and discharges to the environment with high ammonia concentrations. N-TOX has applications in greenhouse gas monitoring to reduce the carbon footprint. It is also capable of measuring nitrous oxide off-gases from a variety of wastewater treatment processes including activated sludge, sequencing batch reactors, industrial continuously stirred bioreactors, and trickling filters.
Ecologico-Logic’s prototype waste reduction system—known as The Muncher—reduces the weight and volume of organic and many types of inorganic waste. The Muncher achieves its high-volume throughput by combining superior mechanical efficiency with powerful, naturally occurring, aerobic (oxygen-breathing) microorganisms in a patent-protected process that greatly accelerates waste digestion while doing no damage to the environment.
Parker Hannifin Corporation
Parker Hannifin Corporation’s THM Analyzer is an on-site analytical system that measures trihalomethane (THM) concentration at ppb levels in less than 30 minutes. It is an integrated Purge-and-Trap Gas Chromatograph (GC) that can help operators optimize water treatment at the plant and evaluate water age in the distribution system for improved control over the formation of THMs. The THM Analyzer was designed for high-precision, high accuracy measurement of THM and offers a full complement of calibration and quantization routines. Analyzer calibration is streamlined with detailed menu options, while push-button operation provides sample purging, THM component separation, and data analysis.
Mueller Systems 420 RDM
Mueller Systems’ 420 RDM is a remote disconnect meter (RDM) that allows municipalities to remotely manage water services through AMI networks from the office or from their vehicles. The 420 RDM is fully-integral with 5/8" positive displacement (PD) meters—in standard AWWA laying lengths—without requiring any re-plumbing. It can be used for complete water service shutoffs or configured to limit shutoffs to provide life sustenance flow for utilities that have policies against completely terminating water supplies to residential customers.
Emerson Process Management
Rosemount Analytical WQP Systems
Emerson’s Rosemount Analytical WQP Systems measure in real time fluoride, ammonia, ammonia and monochloramine, and ammonia and fluoride together. The systems are reagent- and pump-free, reducing both the initial cost and maintenance, and they are based on ion monitoring technology. Their menu-driven industrial ion selective analyzer is capable of calibrating, outputting, displaying and controlling in ppm units. The systems come pre-configured, pre-calibrated and qualified to install, plug in, and immediately place in service.
Trojan UVSigna Disinfection System
Trojan Technologies’ TrojanUVSigna is an open channel wastewater UV disinfection system specifically designed for large-scale disinfection applications. The system includes 1000W TrojanUV Solo Lamp technology; a solo lamp driver; a staggered, inclined lamp arrangement; ActiClean chemical/mechanical sleeve cleaning; and a built-in module lifting device.
Eco-Tec’s Recoflo Demineralizer reduces waste generation without the need for a mixed bed polisher or the risk of resin cross-contamination by using ion exchange with compressed bed and counter-current technology. The demineralizer can produce water with a conductivity as low as 0.1 μS/cm (10 megohm/cm resistivity) with less than 0.010 mg/L of silica using only cation and anion beds. Its resin beds are six inches to 24 inches deep, requiring only up to 15 percent of the resin volume that conventional ion exchange systems require, and it uses less than 15 percent of the resin’s total exchange capacity.