Design Architecture
The units are designed to cater for any industry that generates hydrocarbon contaminated effluents e.g. mining, engineering, manufacturing, car washes & food processing areas.
Separation Mechanism
The design incorporates several recognized, tried and tested, separation technologies whilst adhering to Stokes’ Law in all respects.
Hours of Work
Construction Date
Surface Area
Budget
Processes
The processes applied include gravitation, flotation, coalescence, skimming, aeration, media filtration and polishing of the effluent. Six process chambers are used in our unit as opposed to the norm of three. This is a key element to its highly efficient operation.
Biological Mechanism
Our proprietary blend of hydro-carbon consuming microbes is introduced at the influent end of the machine. The microbes then infiltrate the hydro-carbon component of the influent and travel along with the flow. These microbes are NON-PATHOGENIC, indigenous, human, animal and aquatic-life safe.
Industries Serviced
Mining, Trucking, Airports & Support Services, Engineering & Manufacturing (Fuel depots), Automotive (Car & Truck washing, Valet’s, Auto & bike workshops), Oil Refineries & Tank Farms, Hospitals & Clinics, Food & Beverage (Hotels, Hospitality Establishments, Kitchens, Restaurants & Take-away), Abattoirs & Meat Processing, Contract Cleaning, Dairies
ESS
Magaliesburg Mill, Portion 8, Vaalbank,
512JQ, Magaliesburg
+27 82 066 0856
info@essafrica.net
Office Hours
Mon – Fri: 8:00-17:00