Dry ice blasting for industrial tanks & reservoirs
Interior deposits, product residue, scale and contamination in your tanks and reservoirs. Dry ice blasting decontaminates them without solvent, without water, without chemical effluent, drastically reducing downtime.
Traditional cleaning is costly
- Chemical cleaning: hazardous effluent to treat and pay for
- High-pressure cleaning: residual water and long drying time before return to service
- Incrusted deposits inaccessible manually in complex areas
- Cross-contamination between products if cleaning is incomplete
- High downtime: production halted during cleaning and drying
Clean tank, fast return to service
- Complete removal of residue without chemicals or water
- Zero effluent to treat, only the loosened deposits need to be removed
- Cleaning of complex, manually inaccessible areas
- Immediate return to service, no drying needed
- Intervention report for traceability and quality file
Our applications on tanks & reservoirs
Food storage tanks
Decontamination of stainless steel food product storage tanks, no chemical residue, HACCP compliant, immediate return to production.
Chemical & pharmaceutical reactors
Cleaning of reactors, synthesis tanks and pharmaceutical equipment between batches with no cross-contamination.
Bulk storage silos
Removal of deposits, scale and residue in silos storing powder or liquid products.
Petrochemical reservoirs
Cleaning of hydrocarbon, lubricant and petrochemical product storage reservoirs, removal of bottom sludge and paraffin deposits.
Water treatment tanks
Cleaning of basins, flocculation tanks and water treatment equipment, scale, biofilm and calcareous deposits effectively removed.
Textile dyeing vats
Decontamination of dyeing and textile treatment vats between two colours, avoids chromatic contamination and reduces waste.
Dry ice blasting for tanks & reservoirs
Request a free quote
Describe your tanks, the type of deposit and your access constraints. An Icetec expert will assess feasibility and get back to you, no obligation.
