What it addresses
Mixed mineral scale, slime/biofilm residues, iron oxide staining, and deposit-bound particulates.
Product Industrial Cleaning
Cleaner designed to disrupt mixed scale/biofilm soils on industrial water-contact surfaces—helps restore heat transfer, flow, and hygiene control in service equipment.
Mixed deposits typically include mineral scale (e.g., CaCO3, CaSO4), corrosion byproducts (iron oxides), and biological soils (slime/biofilm). Effective cleaning often requires penetration + dispersion + deposit dissolution while respecting metallurgy and discharge constraints.
Deposits in water-contact equipment are rarely “one soil.” Mineral scale can trap biofilm and corrosion byproducts, creating insulating layers that reduce heat transfer and restrict flow. A dedicated scale & biofilm cleaner is designed to break that matrix—soften/solubilize mineral components, disperse solids, and help lift biofouling so it can be flushed out.
Mixed mineral scale, slime/biofilm residues, iron oxide staining, and deposit-bound particulates.
Cooling towers, heat exchangers, piping loops, tanks, and compatible circulation/CIP circuits.
Improved heat-transfer performance, reduced pressure drop, and shorter maintenance turnaround.
We can align cleaner chemistry by lane (acidic, buffered, or specialty systems) and foam profile (low-foam for circulation), depending on materials of construction and wastewater constraints.
Typical cleaning use cases for mixed deposit removal.
Targets mineral deposits and deposit-bound particulates; often paired with thorough flush and neutralization.
Designed to penetrate slime layers and improve removal; may be combined with compatible biocide steps per program.
Addresses composite soils (scale + biofilm + corrosion byproducts) using balanced dissolution + dispersion approaches.
Non-prescriptive guidance to help align a cleaning approach. Final instructions depend on the supplied grade and your site procedures.
Circulation cleaning is typical for loops/exchangers; soak/spray methods may be used for accessible surfaces. The foam profile should match the method—low-foam is often preferred for circulation.
Mixed deposits often release solids. A controlled flush/filtration plan can prevent redeposition and protect pumps/strainers. Plan for neutralization and proper wastewater handling.
Depending on metallurgy and deposit type, inhibitor-containing cleaner lanes may be recommended. Provide material details so we can avoid aggressive chemistry where not suitable.
Performance depends on temperature and time. Faster turnaround may require higher temperature within safe limits. We align the grade and recommended dilution band accordingly.
After cleaning, restart water-treatment control (scale inhibitor/biocide/corrosion program) to reduce rapid re-fouling. Ask us about compatible treatment products if needed.
Verification can include pressure drop recovery, approach temperature improvement, visual inspection, and deposit trend monitoring. Document baseline vs post-clean indicators for maintenance planning.
Always follow your site’s lockout/tagout, confined space, and chemical handling procedures, and the SDS for the supplied product grade.
Values depend on grade and customer requirements. Confirm details on quotation.
Deposit remover (scale + biofilm) — concentrate
Acidic / buffered / specialty (selected per deposit + metallurgy)
Low-foam options available for circulation systems
Circulation, soak, spray-wash (site-dependent)
Drums / IBC / bulk (as applicable)
Dilution band and inhibitor/dispersant balance per process
SDS and TDS on request; COA where applicable
Deposit type + materials + method + discharge constraints
Confirm compatibility with equipment, elastomers, and water-treatment program
Common procurement and site requirements.
Include your documentation checklist in the RFQ message so we can attach it to the offer pack.
Request quotationSpecifications may vary depending on batch, origin, and packaging selection.