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Culligan solutions are highly integrated, customizable systems designed to meet the requirements of energy and power producers. Beginning with a water and site analysis, Culligan Engineers design one unique modular system to be your end-to-end water treatment solution. Systems can be skid-mounted or contained on flatbeds in the field for total mobility. This flexibility is ideally suited for peaking plants in remote areas requiring durable materials for power grids.
The advanced modular design also allows for fast installation. From an on-site water analysis to having the system online, Culligan is one of the fastest complete, custom-engineered systems to market. Culligan Engineers choose pre-wired and containerized components to design your unique system. This cost-effective process reduces unnecessary downtime and promotes consistent production.
A Culligan system is a cost-effective way to improve overall on-site water management using ion-exchange systems, pre-treatment, dealkalization, deionization, and membranes. These modules may help improve the cycles of concentration in cooling towers and boilers, and reduce blowdown and make-up water requirements. In addition, every custom solution considers opportunities for wastewater minimization. To further improve a utility’s long-term on-site water management, modules can be retrofitted, upgraded, or replaced. Culligan’s superior technologies may aid energy and power companies to develop an improved overall water management plan.
Culligan systems use cost-effective historical operating data logging, remote monitoring, and telemetry to help customers monitor and trend the performance of their water treatment equipment. With this information customers can respond proactively to alarms to promote consistency of production while reducing business risk.
Cut down on scale and maintenance costs to improve equipment productivity.
View MoreUse specialized filters to reduce contaminants and increase the efficiency of equipment and processes.
View MoreReduce mineral ions from water and extend equipment lifespan, resulting in long-term cost savings.
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