We understand that treatment of cooling water systems is an integral part of process operations in many industries, with the possibility of productivity and product quality being adversely affected by scale, corrosion, fouling and microbiological contamination.These problems can be very costly when they cause the loss of heat transfer, equipment failure, and health and safety concerns.
, looking at your total cooling water system from mechanical, operational and chemical angles. We can provide best-in-class cooling water treatment solutions to your open re -circulating, closed loop, geothermal, and process cooling systems.
We offer a complete line of oxidizing and non-oxidizing biocides, algaecides and biodispersants that are effective in many different cooling water applications, including open recirculating cooling towers, once-through cooling systems, closed loop cooling systems. Our
3020 product can effectively reduce the amount of oxidizing biocide required to control microbiological activity in cooling water. For control of Macrofouling by zebra mussels and other mollusks, we offer effective molluscicide treatments that can be used in fresh and potable water systems.
Corrosion of metal can be prevented through the use of an effective protective barrier. It is very important to prepare a surface to receive protection, and then apply the protecting media to effectively protect that surface. Preparing the surface may be called pre-treatment or protection.
offers chemistries to keep surfaces clean and protected for asset protection and less system downtime.
1010 Cooling System Protection Program:Corrosion of metal can be prevented through the use of an effective protective barrier. It is very important to prepare a surface to receive protection, and then apply the protecting media to effectively protect that surface. Preparing the surface may be called pre-treatment or protection.
offers chemistries to keep surfaces clean and protected for asset protection and less system downtime.
There are three types of cooling water systems: once-through, open recirculating, and closed recirculating or closed loops. Closed recirculating systems use heat exchangers and circulate water in a closed loop with negligible evaporation to the atmosphere. Heat is transferred to the closed cooling water loop by heat exchange equipment and removed from the closed system loop by a second exchange of heat.
offers a full line of products for closed loop cooling applications.
corrosion and scale inhibitors feature traced chemistries designed for use with cooling tower systems. Our products are part of an innovative water treatment program that uses to prevent operational problems. Our products compensates for both routine and special causes of system variation. your system is monitored and feed rates are controlled for optimal, cost-effective performance.We offer unique chemistries such as scale inhibitors, silica scale inhibitor.
The open recirculationg system is the most commonly encountered cooling system in the industry. These units are basically open to the atmosphere, where heat is expelled through the process of evaporation. Evaporation and the cooling effect it brings lowers the temperature of the bulk water, which circulates through various types of heat exchange equipment, picks up heat, and returns to the “open” tower to repeat the cycle.
offers a full line of products for open recirculating cooling applications. your system is monitored and feed rates are controlled for optimal, cost-effective performance.We offer unique chemistries such as scale inhibitors, silica scale inhibitor, for example.
A once-through cooling water system passes water through the heat exchangers only one time before discharging it. Recirculation does not occur, therefore, mineral content of the cooling water remains virtually unchanged as it passes through the system. Typically, large volumes of water are used and discharged in once-through systems.
offers a full line of products for once-through cooling applications. your system can be monitored for optimal, cost-effective performance.