EEC HIGH SPEED BIO-TEC – MBBR
Biodegradation and sedimentation technology is unique due to its compactness and performance in respect to volumetric efficiency. These technologies are combined in a pre-fabricated; skid mounted and standardized tank system with variable lengths, suitable for overseas transportation in ISO freight containers.
EEC HIGH SPEED BIO-TEC – MBR
The EEC Membrane Bioreactor (MBR) is a technology currently being used in countries around the world. Combining conventional activated sludge treatment with low pressure membrane filtration, the MBR proven to be a techno commercially viable and efficient method of producing reclaimed water from municipal waste water.
EEC MINI PLANTS – MBBR
EEC MINI PLANTS offers three standard models from 6, 20 and 30 m3/day. These systems includes MBBR, Buffer, Sludge and Feed Tank and fully automatic. The EEC Mini Plants are ideal for smaller camps handling domestic waste water with effluent of 10 ppm BOD and include Media and UV sterilization system.
EEC RO – UF – NANO
EEC utilizes the latest in membrane technology to convert Seawater, Brackish Water, or non potable water into drinking water. Industrial wastewater can be re-used for cleaning, irrigation or even drinking water. All plants are customized to client?s specific requirements to secure safe water.
Dynamic Aqua Science, a division of EEC Global Operation LLC is a global cooperation that manufacturers AMB Bio Media? providing 950 m²/m³ of total media surface were 750 m²/m³ is considered as active bio surface when implemented into WWTP’s. Our media is well tested all over the world for decades and we only use pure material and guarantee our media for 20 years.
Armed Forces world-wide face substantial logistical support challenges in managing water resources in the contingency and disaster-recovery environments. Reducing clean water demand and treating wastewater at its source can substantially reduce the resources and risks associated with water management. Approximately 15% of all US Army casualties in OEF.