Conventional UASB reactors for wastewater treatment have long been trusted for handling high-strength industrial and municipal effluents. But as industries demand higher COD removal, stable biogas generation and compact designs, innovation becomes essential.
Industries today face rising wastewater treatment costs, stricter discharge norms and higher energy demands. The High Efficiency UASB innovation helps solve these challenges by:
The High Efficiency UASB is tailored for industrial and municipal wastewater, including:
Our advanced anaerobic treatment innovation is more than an upgrade-it is a redefinition of the UASB process. By boosting efficiency and energy recovery, we are setting a new benchmark for circular wastewater treatment where compliance, cost savings and sustainability go hand-in-hand.
At WOG, the High Efficiency UASB reactor represents our commitment to building resilient, future-ready treatment systems that empower industries to thrive in an era of resource scarcity.
Let’s design the future of treatment together.
It is an advanced version of the conventional upflow anaerobic sludge blanket (UASB) reactor, engineered to deliver higher COD removal, improved sludge granule stability and greater biogas generation.
The High Efficiency UASB achieves 90 to 95% COD removal, making it highly suitable for both industrial and municipal wastewater treatment.
It can generate 0.35 to 0.40 m³ of biogas per kg of COD removed, which can be used for electricity, heat or compressed biogas (CBG) production.
Yes. Compared to conventional aerobic treatment, it can cut sludge generation by 40 to 50%, lowering disposal costs significantly.
Absolutely. The improved microbial stability ensures consistent performance under variable organic loads, making it ideal for food, beverage, textile, chemical and distillery wastewater.
