Using conventional chemicals and degreasers in industrial wash bays creates large volumes of oily waste water that cannot be released down sewers or into water ways. Strict government regulations require the safe removal and disposal of oily waste water from wash bays. This can be very expensive.
Effectively separating grease and oil deposits from waste water means water can be re-used, re-purposed, further treated to remove other impurities, or legally disposed of down sewers. Conventional degreasing solvents often hamper effective oil/ water separation by causing a chemical reaction that creates an oily emulsion. An emulsion is very difficult, costly and time consuming to separate through chemical or filtration methods.
Triple7 All Purpose Degreaser is a unique alternative to conventional degreasers and it does not form an oily emulsion. The product’s quick break formula effectively lifts and releases grease and oils. Oily contaminants separate from waste water, and rise to the top for easy removal.
Reducing the volume of oily waste, significantly reduces the expense associated with its removal.
Cost reduction case study: Train wash bay wastewater management
A large iron ore producer has saved approximately $500,000 in waste water removal and disposal costs, over two and a half years, by substituting a conventional degreaser with Triple7 All Purpose Degreaser.
Large locomotives, that transport iron ore to ports around Australia for export, were regularly washed in train wash bays to remove greasy deposits. The chemical solvent used produced a strong emulsion which could not be effectively separated from waste water. Enormous quantities of oily waste water had to be removed and disposed of, creating an unsustainable expense.
Triple7 Heavy Duty was selected to improve oil/ water separation and reduce oily waste water disposal costs. The product was so effective at optimising grease and oil removal, that the treated water could be safely used for dust suppression. This also saved the company water procurement costs.