Next steps for modernizing your treatment plant, if your facility is facing high energy costs, stricter nutrient limits, or limited capacity, an MABR upgrade is worth serious consideration. A site audit from a wastewater engineering specialist can assess your basin dimensions and biological loads and show how much additional capacity submerged membrane technology could unlock.
Upgrading aging infrastructure in a smarter way is essential to building more sustainable communities. SUBRE™ Aspiral model offers a proven, cost-effective approach to expanding wastewater treatment capacity without the major expense of new construction.
MABR systems also use far less energy than traditional activated sludge processes. Instead of relying on energy-intensive blowers, they deliver oxygen directly to the biofilm through passive gas transfer. Their modular design makes integration into existing infrastructure straightforward, which helps reduce installation downtime and maintain operations. For facilities that need to increase treatment capacity without sacrificing efficiency or reliability, MABR is a practical solution.
How much energy does the SUBRE™ model save?
Facilities typically reduce aeration energy use by 30% to 50% compared to conventional fine bubble aeration systems. Actual savings depend on plant configuration and biological loading rates.
Can SUBRE be installed without stopping plant operations?
Yes. The modules can be lifted by crane and submerged directly into existing aeration basins. In many cases, installation can happen while the basin remains full and actively treating water, helping avoid costly downtime.
How long do the MABR membranes last?
SUBRE™ membranes are made from durable materials built to withstand the demanding conditions inside a wastewater basin. With proper maintenance and periodic cleaning, they typically last more than 10 to 15 years.
For more than a decade, MEB Energy has delivered trusted expertise and practical wastewater solutions. We combine advanced technology with a strong commitment to performance, reliability, and long-term value in every project.
