Solutions

Safer

Traditional solvents often time present hazards to the worker and to general infrastructure components such as diesel, caustics and solvents used in traditional vat cleaning systems. We found over the years the impact to our work force and the cost of wear and tear on equipment had to change. Our chemistry components are all natural plant-based derivatives, non-hazardous and completely bio-degradable. Since our introduction of our chemistry we have eliminated negative health impact to our workers related to skin sensitivity, burns, respiratory sensitivity and more. As well, the integrity and overall lifespan of our pumps, lines and overall equipment has significantly increased.

Greener

Conservation is a top priority for EMS. Our chemistry enables us to clean cars with a fraction of water and energy as traditional methods. Many surfactants that raise PH levels create complex emulsions creating hazardous waste streams. Our chemistry's original purpose was to remediate and recover soil and water, cleaning substrate surfaces is a by-product of the process. Our operations, in many cases, recycle water utulized in the wash process; significantly reducing the volumes of water being used and being disposed. In applications pertaining to heavy oils and asphalts, we are able to separate the water from oil and solids, recovering and reducing cost of disposal and impact on solid land-fills. All of our products are 100% natural and 100% bio-degradable.

Faster

Combined, our process and chemistry gives us the competitive advantage over other industrial service providers in the industry. Traditional methods require cars being sent into shops, awaiting long degassing processes, steaming and process repetition. Our engineered processes in conjunction with our chemistry allows us to expedite the cleaning process in turn dramatically reducing asset down time.

Cleaner

Our chemistry works on many different levels throughout the process. Cleaning substrate surfaces our RCC or Railcar Cleanser formula, desorbs oil from within the substrate surface. Heavy oils, paraffin’s, maltenes, asphaltenes that penetrate the pores of the metal surface release through a desorption process of our chemistry without the use of steam or extreme heat. Ultimately saving time and energy resulting in a safer, greener & cleaner operation.