Dry Ice Blasting & CO₂ Cleaning Services — UK
DRY ICE
BLASTING
SERVICES
Industrial dry ice cleaning across the UK. Non-abrasive, no water, no added chemicals — clean machinery in place, often without dismantling, with minimal disruption to operations.
- Clean machinery and equipment often without strip-down or disassembly
- No added blast media residue — reduces secondary clean-up vs traditional methods
- Suitable for sensitive electrical and electronic components (subject to isolation)
- On-site service across Manchester, the North West, and UK wide
- Out-of-hours and weekend cleaning available to minimise operational disruption
- No drying time required — no water used in the process
HOW DRY ICE BLASTING WORKS
CO₂ dry ice blasting uses solid carbon dioxide pellets fired through compressed air to remove contaminants. The pellets freeze the surface layer on contact, causing it to fracture and lift — then the CO₂ converts directly to gas and disappears.
CO₂ PELLETS
Solid CO₂ pellets at approximately −78°C are fed into the blasting unit and propelled through compressed air at high velocity.
KINETIC IMPACT
On impact, kinetic energy from the pellets dislodges and loosens surface contaminants such as grease, paint, soot, and biological matter.
THERMAL SHOCK
The extreme cold causes contaminants to contract and fracture away from the substrate at a different rate, breaking the adhesion bond.
SUBLIMATION
CO₂ converts directly from solid to gas — no blast media remains. Only the original contaminant needs to be swept or collected.
BEFORE & AFTER
Real results from our team on-site across manufacturing, food production, and industrial cleaning projects across the UK.
📸 Have a project? Send us photos via the enquiry form — we can assess suitability and provide a faster, more accurate quote.
DRY ICE BLASTING IN ACTION
Watch our team at work — CO₂ blasting removing contamination from food production equipment in real time.
FOOD PRODUCTION LINE CLEANING
The CO₂ pellets hit the contaminated surface, causing instant thermal shock. The contaminant fractures and lifts — then the dry ice converts directly to gas and disappears.
No water. No chemicals. No dismantling. The equipment shown was back in production the same shift.
- Carried out overnight — zero production downtime
- No chemical residue on food-contact surfaces
- CO₂ sublimated on contact — only contaminant to sweep up
WHO IT'S FOR
Any sector where equipment downtime is costly, where chemicals are prohibited, or where conventional cleaning creates secondary mess or risk.
MANUFACTURING & PRODUCTION
Keep production moulds, presses, conveyors, and tooling clean without halting lines or dismantling machinery.
FOOD & BEVERAGE
No chemicals, no moisture — safe for food-contact environments. Ideal for ovens, mixers, packaging lines, and processing equipment.
ELECTRICAL & UTILITIES
Non-conductive and no moisture — suitable for switchgear, motor housings, and electrical panels when properly isolated.
HERITAGE & RESTORATION
Gentle enough for historic masonry, timber frames, and sensitive substrates where abrasive methods would cause damage.
AUTOMOTIVE & AEROSPACE
Precision cleaning of engine components, tooling, body panels, and assembly equipment without surface damage.
FIRE & SMOKE DAMAGE
Restore smoke-damaged surfaces, structural elements, and equipment after fire damage — without additional water or chemical damage.
INDUSTRY APPLICATIONS
A closer look at how dry ice blasting solves specific cleaning challenges across key sectors.
FOOD PRODUCTION & PROCESSING LINES
The challenge: Food manufacturers need to clean processing equipment between runs — but chemical residue, water ingress, and lengthy drying times create contamination risk and extended shutdowns.
Dry ice blasting removes grease, burnt deposits, and biological contamination without any added chemicals and without moisture. Equipment is clean and ready for production faster than wet or chemical methods.
- No chemical residue in or around food-contact surfaces
- No drying time — equipment back in use immediately
- Reaches inside cavities and around mechanisms without dismantling
- Can be carried out overnight or between production runs
Commonly cleaned
SWITCHGEAR, PANELS & MOTOR HOUSINGS
The challenge: Accumulated dust, carbon tracking, and contamination on electrical equipment reduces efficiency and creates fire risk — but conventional cleaning with water or solvents is incompatible with live or sensitive components.
Dry ice blasting is non-conductive and leaves no residue. When equipment is correctly isolated, it can be used safely on switchgear, motor housings, and electrical panels — removing carbon tracking, dust, and grease without the risks of wet cleaning.
- Non-conductive cleaning medium — no shorting risk when equipment isolated
- No moisture introduced — no corrosion risk or drying-out time
- Effective on carbon tracking, dust, and contamination
- Suitable for planned maintenance and emergency response
Commonly cleaned
HISTORIC BUILDINGS & LISTED STRUCTURES
The challenge: Heritage stonework, decorative metalwork, and historic timber can be damaged by abrasive blasting or chemical stripping. Conservators need a method that removes surface contamination without attacking the substrate.
Dry ice blasting uses adjustable pressure and leaves no blast media — making it suitable for delicate substrates. It removes biological growth, graffiti, paint, and soiling without the abrasion risk of grit or the damage risk of chemicals.
- No abrasive blast media to damage stone, brick, or timber
- Adjustable pressure — tuned to substrate sensitivity
- No additional water or chemical treatment
- Suitable for listed buildings and conservation projects
Commonly cleaned
THE ADVANTAGES
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NO MEDIA RESIDUE
CO₂ pellets sublimate on contact — converting directly to gas. Only the original contaminant remains, often reducing secondary clean-up compared to grit, sand, or bead blasting.
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NO WATER USED
The process introduces no moisture. Equipment can return to service without drying time, and there's no risk of water ingress, corrosion, or mould in enclosed spaces.
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NO ADDED CHEMICALS
Ideal for food environments, pharmaceutical facilities, and anywhere chemical-free cleaning is required. No solvent disposal costs or chemical handling risks.
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IN-PLACE CLEANING
In many applications, machinery can be cleaned without dismantling — significantly reducing downtime compared to strip-down and rebuild processes.
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OUT-OF-HOURS AVAILABLE
We work around your schedule. Overnight and weekend cleaning is available to ensure operations are disrupted as little as possible.
CASE STUDIES
Representative project examples illustrating typical cleaning challenges, our approach, and the outcomes delivered.
BAKERY OVEN CLEANING
Carbon and grease build-up on large deck ovens requiring cleaning between product runs without chemical contamination.
Overnight dry ice blasting of oven decks, walls, and door seals. No dismantling required. Complete by shift start.
✓ Zero chemical residue. Ready for production at shift start. Downtime reduced by approx. 60% versus previous chemical soak method.
HV SWITCHGEAR CLEANING
Carbon tracking and accumulated dust in high-voltage switchgear causing insulation breakdown risk.
Equipment isolated and earthed. Dry ice blasting of bus bars, insulators, and cabinet interiors. No moisture introduced.
✓ Carbon tracking removed. Insulation resistance restored. No secondary cleanup required. Return to service same day.
GRADE II LISTED FAÇADE
Soiling, biological growth, and historic paint layers on listed Victorian stonework. Grit blasting prohibited by conservation officer.
Low-pressure dry ice blasting. Adjustable nozzle settings to protect delicate stonework profile. No run-off or water damage.
✓ Substrate preserved. Conservation officer satisfied. Completed within heritage management plan requirements.
IS DRY ICE BLASTING RIGHT FOR YOUR PROJECT?
Dry ice blasting is highly versatile — but like all cleaning methods, it has an optimal range of applications. Here's a quick guide.
TYPICALLY WELL SUITED
- Hard, solid surfaces — metal, stone, concrete, timber
- Grease, oil, carbon, paint, and soot deposits
- Food production and pharmaceutical environments
- Electrical equipment when correctly isolated
- In-place cleaning where dismantling is not practical
- Fire and smoke damage restoration
- Heritage and conservation projects
- Mould release and rubber bonding residue
REQUIRES ASSESSMENT
- Very thin foil or fragile membranes — pressure must be carefully controlled
- Polystyrene, foam, or very low-density plastics
- Live electrical equipment — must be de-energised and isolated first
- Very soft or unstable substrates — assessed case by case
- Loose or delaminating surface coatings where adhesion is already failing
- Confined spaces — requires appropriate ventilation and gas monitoring
Not sure if dry ice blasting is right for your application? Our AI assistant can give you an initial assessment — or contact us directly for a technical discussion.
FREQUENTLY ASKED QUESTIONS
Common questions about dry ice blasting, suitability, safety, and our service. Ask our AI assistant for anything not covered here.
Dry ice blasting uses solid CO₂ pellets at −78°C propelled by compressed air to clean surfaces. Unlike sandblasting, the dry ice pellets sublimate on impact — converting directly to gas — leaving no blast media residue on the surface. This means no secondary clean-up of media, no abrasion of the substrate (at typical operating pressures), and no moisture introduced.
Yes — dry ice blasting uses only solid CO₂ as the cleaning medium, with no added chemicals. CO₂ is already used extensively in food production as an inert gas. The process introduces no moisture and leaves no media residue on food-contact surfaces. We recommend equipment is powered down and cleaned prior to production runs as standard practice. Always discuss specific requirements with us ahead of any food environment clean.
Dry ice is non-conductive and the process introduces no moisture, making it suitable for many electrical components. However, equipment must always be de-energised, isolated, and earthed before cleaning. Each electrical application is assessed individually, and we will advise on safe working procedures as part of our site survey. We do not clean live or energised electrical equipment.
In many cases, no. One of the significant advantages of dry ice blasting over conventional methods is the ability to clean machinery and equipment in place — without strip-down, dismantling, and rebuild. This can significantly reduce downtime compared to traditional cleaning approaches. The extent to which dismantling is required depends on the specific equipment and access requirements, which we assess during site survey.
The CO₂ used in dry ice is typically reclaimed from industrial processes — it is not newly generated. The cleaning process itself adds no new CO₂ to the atmosphere beyond what is already in the recaptured gas, and introduces no chemical effluent, no waste water, and no blast media to dispose of. The only waste is the contaminant removed from the surface, which must be collected and disposed of appropriately.
IceDry is based in the North West and operates UK-wide. We regularly cover Manchester, Cheshire, Lancashire, Yorkshire, the Midlands, and other regions across England. For larger or complex projects we can travel anywhere in the UK. Out-of-hours and weekend service is available nationwide. Contact us to discuss your location and we'll confirm coverage and any travel considerations.
SERVICE AREAS
MANCHESTER
Primary base ↗
BOLTON
Greater Manchester ↗
BURY
Greater Manchester ↗
OLDHAM
Greater Manchester ↗
LIVERPOOL
Merseyside ↗
PRESTON
Lancashire ↗
BIRMINGHAM
West Midlands ↗
YORKSHIRE
Northern England
CHESHIRE
North West
NATIONWIDE
All UK regions
Not on the list? We travel anywhere in the UK for the right project — contact us to discuss.
AI CLEANING ASSISTANT
Get instant answers about dry ice blasting, suitability for your equipment, safety considerations, and what to expect from our process — 24 hours a day, 7 days a week.
Our AI assistant is trained on dry ice blasting knowledge and IceDry's service specifics. Ask anything from technical questions to pricing guidance.
- Is dry ice blasting right for my application?
- How long will cleaning my equipment take?
- Is it safe for food production environments?
- What's the process for a site survey?
- Can you clean live electrical equipment?
- What areas do you cover?
REQUEST A QUOTE OR SITE SURVEY
Tell us about your cleaning challenge and we'll come back to you with an honest assessment, a rough indication of cost, and a recommendation on how to proceed.
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Phone 0161 998 4579
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Email info@icedry.co.uk
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Response time Within one business day
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Base Manchester, North West England — UK-wide coverage