Industrial Cleaning Technology

LOWER RISK – LOWER COSTS – HIGHER OPERATIONAL SAFETY!

Accumulated limescale, corrosion, biofilm, and oil contamination can reduce heat transfer efficiency by up to 10-60%, leading to significant excess energy consumption. Lifespan reduction can be measured in years. Equipment failure is an order of magnitude more expensive than prevention.

• Risk Reduction: Minimization of unplanned shutdowns.
• Cost Control: Lower energy consumption and repair expenses.
• Operational Safety: Stable, predictable performance.

• Technology developed through practical experience: A proven, highly effective system perfected through the successful resolution of countless unique challenges.
• Proprietary Machinery Fleet: Our custom cavitation and High-Cleaner units are optimized based on our own experiences to deliver maximum efficiency.
• In-House Developed Chemicals: Our food-grade chemical packages can be safely applied to carbon steel, stainless steel, titanium, copper, bronze, and aluminum surfaces, as well as soft and hard seals. They guarantee the gentle removal of severe limescale buildup and other contaminants. Our eco-friendly technology allows for safe, neutralized drainage.

Our technology is highly effective even against Pseudomonas aeruginosa and other stubborn infections!

If you have detected water quality issues in your drinking water supply, facility network, or process water systems, professional intervention cannot wait. Stagnant, aging pipe networks pose severe risks to both operations and health.

POTENTIAL RISKS IN THE SYSTEM:

• Biological Risk: Severe, disease-causing pathogens can colonize pipelines that are untreated, poorly disinfected, or haven't been cleaned in a long time.
• Epidemic Hazard: Bacterial and microbial proliferation can trigger outbreaks in critical institutions or production plants.
• Environmental Factors: Pipe bursts, earthworks, connecting new networks, and high ambient temperatures drastically increase the risk of contamination.

Thanks to our unique technology, the cleaning and disinfection process can be carried out during ongoing operations without shutting down the systems (except during Pseudomonas decontamination procedures).

• Cavitation Biofilm Disruption: Using our proprietary cavitation equipment, we mechanically break up and remove biofilm and corrosion attached to pipe walls.
• Active OZONE Disinfection: After removing loosened contaminants, we disinfect the entire system using an aqueous ozone solution.
• Chemical-Free Alternative: We also efficiently clear rusty, foul-smelling water coming from stagnant, long-unused lines using a completely chemical-free cavitation process.

WE PROVIDE COMPREHENSIVE SERVICES IN THE FOLLOWING AREAS:

• Radical removal of microbial water contaminants and network prevention.
• Cavitation cleaning and disinfection of municipal and industrial drinking water networks.
• Technological cleaning of complete water and cooling systems in factories and plants.
• Professional disinfection of process tanks, waterworks, and storage reservoirs.
• High-security water pipe network cleaning for hospitals, pharmaceutical plants, and food factories using aqueous ozone technology.

* Throughout our professional history of over 30 years, we have successfully resolved every critical, complex network issue. We handle all client data and assignments with the utmost discretion.

WE HAVE THE RIGHT TECHNOLOGY FOR EVERY CHALLENGE!

Over the past thirty years, our partners have presented us with highly specialized tasks. Thanks to our experience and flexibility, we have found safe, efficient solutions for every unique challenge. Here are a few examples of our most complex assignments:

• Degreasing of Oily Pipe Systems: Precision degreasing and cleaning with an aqueous ozone solution prior to welding or repairs, ensuring maximum safety.
• Basalt Wool Insulation Extraction: Clean and efficient long-distance extraction of old basalt wool insulation before tunnel kiln refurbishment.
• Gas Network Degassing: Comprehensive, professional degassing of pipelines and systems prior to beginning demolition or repair works.
• Operations in ATEX/Explosion-Hazard Zones: Execution of technical insulation and specialized cleaning in explosive (EX) environments, utilizing professional rope access (industrial alpinism) technology where necessary.