Prevent Scale and Improve Boiler Efficiency
Kurita’s award-winning DReeM Polymer removes silicate and hardness scale from boiler water side surfaces up to four times more efficiently than conventional polymers. DReeM Polymer is also highly efficient at dispersing silicate compounds and preventing calcium hardness deposition in operating boilers, significantly reducing fuel costs.
DReeM Polymer maximizes heat transfer surface cleanliness and efficiency and minimizes fuel costs in low- to medium-pressure boilers. It is unparalleled as an online cleaner of silicate, calcium carbonate, and iron silicate deposits and has won multiple energy conservation awards. It is also highly effective at dispersing silicate compounds and preventing calcium hardness deposition.
Enhanced Scale Removal
DReeM Polymer is proven to be exceptional at cleaning existing deposits on the water side of operating boilers. It is more effective at removing silicate scales than any other chemistry on the market as deposits made of calcium, magnesium, and iron are quickly softened and removed from heat transfer surfaces.
Reduced Fuel Expenses
With DReeM Polymer technology, silicate and hardness scale are effectively dispersed, resulting in a reduction of customer’s fuel use by up to 15% within months of implementation. Once the boiler tubes are clean, DReeM Polymer technology continues to be a great choice. This one-of-a-kind dispersant technology allows boilers to operate at increased cycles of concentration.
Increased Equipment & Operator Safety
DReeM Polymer technology cleanings are conducted while the steam generating system is fully operational. The chemicals are safe to handle, and when used as directed, will not compromise the integrity of your critical capital assets.
User Friendly & Easy Handling
Kurita’s easy-to-feed DReeM Polymer technologies can be fed directly from the shipping container with no additional mixing. Real-time monitoring and control technologies are also available from Kurita.
Kurita´s DReeM Polymer
Significant performance improvement for a low pressure system