Brine Recovery System is equipped with used reverse osmosis modules and was able to turn 66 percent of UPW production brine into a product water. A brine recovery system is disposed at the bottom of the vertical shaft for recovering the brine removed during desalination. The brine recovery system includes electrical or chemical systems for separating various elements and minerals. The brine recovery system conserves natural resources.

Cartridge Deionizer reduces scale impurities and increases product purity. It allows pretreating feed water and greater flexibility in meeting varying feed water qualities. The temperature-compensated purity meter measures water quality and indicates when cartridges are exhausted. The flow valve precisely controls flow. Built-in drain valves are used in no-spill cartridge processes. This is equipped with a direct reading purity meter calibrated in ohms resistance from 25,000 to 18,000,000 ohms-cm. It has complete inlet tube with 3″, inlet flow adjustment valve and drain valve. It is suitable for polishing pretreated water or single stage purification of tap water. It is designed for nonpressurized operation.

Catalyst grade resins contain higher particle integrity, high surface area, controlled porosity and lower moisture content. These unique properties make them an excellent choice as catalyst in variety of chemical reactions.

Cation exchange resins are used for demineralization purposes have hydrogen exchange sites and are divided into strong acid and weak acid classes. There are used to remove undesired cations from water and exchange them for protons (H+), sodium ions (Na+) or potassium ions (K+).

The caustic recovery system is composed of a crystallizer, where the aluminates are separated as alumina and caustic soda, and a rotating vacuum filter, which separates alumina. The advantages of this system include caustic soda saving, and waste treatment saving.

Ceramic Membrane Filtration System is an ideal way to safely remove suspended solids in liquid filtration applications, providing exceptional quality without stripping color. The filtration system utilizes high-velocity crossflow across the membrane surface. The advanced-technology ceramic membranes deliver outstanding performance, durability, and cost-efffectiveness. The robust filter design and high efficiency can help solve tough filtration challenges.

The chelating resin is an ion-exchange resin. It has been developed as a functional polymer, which selectively catches ions from solution including various metal ions and separates them. It is made of a polymer base of three-dimensional mesh construction, with a functional group that chelate-combines metal ions. Chelating resins are used to treat plating wastewater to remove heavy metals remaining after neutralization and coagulating sedimentation, or to collect metal ions by adsorption from wastewater whose metal-ion concentration is relatively low.

Chemical feed pumps are generally positive displacement pumps (also called piston pumps). These pumps displace, or push out, a volume of chemical equal to the volume of the piston. The length of the piston, called the stroke, can be lengthened or shortened to increase or decrease the amount of chemical delivered by the pump. Each stroke of a piston pump displaces or pushes chemical out.

Chemical free cooling tower treatment system controls scale, corrosion, and bio-growth without any kind of chemicals. It produces a pulsed, time-varying, induced field inside a PVC pipe that is fit conveniently into the cooling tower's recirculating water system. The electric signal changes the way minerals in the water precipitate, totally avoiding hard-lime scale by instead producing a non-sticking mineral powder in the bulk water. This powder is readily filterable and mostly removed during normal blowdown, or it settles loosely in the cooling tower basin for easy annual removal. Bacteria are incorporated into this mineral powder and therefore leave the system by blowdown, filtration, or settling. The encapsulated bacteria cannot reproduce, thus resulting in an exceedingly low bacteria population. Elimination of scale and biofilm throughout the system results in greater heat transfer and lower energy costs.

Chemical free water treatment system controls the water quality in cooling towers and industrial processes. It is used to disinfect, remove hardness & scale, and keep corrosion at very low levels. It uses a combination of kinetic energy, intense hydrodynamic cavitation, and mechanical shear to drive chemistry changes in the water and destroy microorganisms. The system is suitable for controlling the water quality in many applications including cooling towers, condensers, air-scrubbers, and bottle warmers.

Chemical Induction Pumps eliminates the need for using potable water to create a vacuum for drawing in disinfection chemicals. They feature gas or liquid chemical feed systems, eliminates potable water use, submersed dispersion through diffuser reduces off gassing, safe operation-vacuum feed and less maintenance.

A chemical injector is used for injecting fluid chemical into a pipeline having an axis wherein the pipeline has fluid flow moving from an upstream to a downstream direction. It includes an injector tube having an axis substantially perpendicular to the axis of the pipeline. An injector tube tip extends from the injector tube having an angled end, wherein the angled end forms a line extending from the injector tube axis toward the downstream direction at an acute angle. A circular aperture through the tube tip angled end of the injector tube assists in dispersing the fluid chemical in the pipeline.

The chlorinator receives the chlorine gas from the storage container or evaporator and regulates the flow to the ejector. Different types of chlorinators are direct feed, pressure type, remote vacuum type, and sonic flow type. A conventional chlorinator consists of the several units: an inlet pressure-reducing valve, a rotameter, a metering control orifice, and a vacuum differential regulating valve. The driving force comes from the vacuum created by the chlorine ejector. The feed rate varies from 30 to 5000 kg/d.

The main function chlorine generator is to produce chlorine for the pool. This keeps a residual of chlorine in the pool that prevents algae from growing. There are two types of chlorine generators in use on residential pools. The first one is a brine unit. This unit does not require the pool to have salt added to it. A tank or chamber at the pool equipment area has a predetermined amount of salt in it. Through electrolysis, chlorine is produced and immediately injected into the pool circulation system.

Chlorine residual analyser measures the residual chlorine indirectly. There are three methods for residual chlorine analysis, which includes calorimetre, amperometre and polarograph. The most common method of analysis is the amperometric method. It is the method used by most regulatory agencies to monitor chlorine residuals.

Chlorine Scales carry a complete line of single, dual and multi-cylinder scales. They have both analog and digital displays.

Chlorine Test Kits are used for testing the chlorine removal ability of carbon filters by sampling the wastewater stream. Chlorine test kits are used to assess the wash and rinse levels of finished products. The kit contains an ECON comparator, test cells and comparator disk for chlorine 0-3.5 ppm. Chlorine test kits measures either free chlorine or total chlorine in water.

Chlorine Wrenches features forged steel construction. It is designed for use with all standard chlorine cylinder and container valves & yokes.

Chromium treatment system has been reported to improve glycemic control in patients with type 2 diabetes. This treatment in the form of chromium yeast on glycemic control in a Western population of patients with type 2 diabetes who were being treated with oral hypoglycemic agents. Side-effects were rare and mild, and most commonly included enhanced dreaming and mild psychomotor activation.