The SORB 33 arsenic removal process and Bayoxide E33 ferric oxide media work in concert to effectively and economically meet the stringent U.S. government standard of 10 parts per billion (ppb) of maximum arsenic content in water. Bayoxide E33 is a dry, robust media with a high capacity for arsenic, providing long operating cycles and low operating costs. Bayoxide E33 is permitted for use by health and environmental agencies in 18 states.

The TS4000 toxic-gas monitoring system guards against exposure to hazardous industrial gases and oxygen deficiency. It has been certified as meeting Safety Integrity Level 2 (SIL2) requirements and can be used in applications that require this standard of reliability, including those in the chemical, food-processing, oil and gas, and pulp and paper industries. Inside an explosionproof housing, the system uses a highly intelligent microprocessor-based design with reliable and rugged electrochemical sensors.

The X5 gas detector can measure up to five gases simultaneously using advanced electrochemical sensors. This rugged instrument is highly configurable, water-resistant and 50% lighter than competitive portable detectors. Having Underwriters Laboratories (UL) and Canadian Underwriters Laboratories (CUL) certifications, the unit is suitable for monitoring indoor air quality, leaking pipes, hazardous spills, underground storage tanks, confined-space entryways, and many other industrial applications.

The Signet 4150 turbidimeter features easy calibration with simple one-unit installation and setup. Its accurate, reliable water-quality monitoring complies with the U.S. EPA 180.1 standard, making it suitable for both municipal and industrial applications. It is available in two models: the 0–100 NTU (nephelometric turbidity units) version, which handles low-range applications such as potable water monitoring, and the 0–1,000 NTU version, which is designed for higher-turbidity applications, including raw water and waste-water monitoring.

The InPro7250 inductive conductivity sensor is engineered to endure very hazardous conditions while screening for manufacturing seepage. It has a hermetically sealed calculation system and a safeguard for maintaining stable conductivity when performing difficult measurements in industrial wastewater and pulp and paper processes. It consists of two high-precision coils hermetically sealed in a robust and chemically resistant polymer matrix. It is inert to strong mineral acids, inorganic bases, inorganic oxidizing agents, and salt solutions.

 The Plasma Converter System safely and economically destroys wastes, no matter how hazardous or lethal, and turns them into useful and valuable products. Employing proprietary plasma equipment, the system provides closed-loop elemental recycling to safely and irreversibly destroy municipal solid waste, organics and inorganics, solids, liquids and gases, hazardous and non- hazardous waste.

This self-cleaning rotary drum screen separates solid debris from wastewater at high rates while using little energy. It contains a rotating cylinder constructed of wedge-wire screen with a stationary blade (called a doctor blade) on the outside of the cylinder and an internal spray line. Effluent from a head box overflows a dam and flows onto the outside of the rotating cylinder.

This Venturi scrubber efficiently removes submicron dust particles from gases with temperatures up to 230ºC (450ºF) at the inlet. A quencher added to the inlet accommodates higher-temperature gas streams. The scrubbing liquid is introduced through open pipes — not nozzles — into the Venturi throat. This route ensures uniform liquid distribution, eliminating wet-dry line buildup in the fully wetted section. Dust-laden gas and scrubbing liquid collide in the throat, dispersing the liquid into drops on which the particles impact and become trapped.

 With a total surface area of 242 ft2, the Horizontal Filtration Trailer (HFT) for temporary water treatment boasts the highest capacity flowrate of any single trailer on the market today. This trailer-mounted system provides high-quality effluent at flowrates up to 1,600 gal/min for general filtration. For pretreating reverse osmosis feedwater, the HFT can produce flows up to 1,200 gal/min. The system can be loaded with filter media, carbon or specialized resin, depending on the application and the customer’s specific requirements.

The upgraded Valtek MaxFlo 3 valve prevents the stem from being removed or ejected while under pressure. This robust shaft blow-out protection is fully compliant with ASME’s B16.34 Section 6.5.1 safety standard. Featuring low breakout torque and a tight bidirectional shut-off, the valve’s design increases the Cv (flow coefficient) and minimizes shaft damage from erosive process fluid.