The idea of a circular economy is based on strategy to reduce, reuse, recycle, reclaim, recover and restore to keep water in circulation for as long as possible, thereby reducing the burden on natural eco-systems. Wastewater management for energy recovery creates an extraordinary case for bringing environmental, political, economic, and social equality on a continent starved of opportunity.
MEB has a range of solutions that can place you at the forefront of innovation – email us today!
Main Sectors
Water and wastewater treatment, desalination for municipal, industrial and commercial applications.
Effective generation for increasing demand, Alternatives such as solar, wind or water technologies have become increasingly vital in supplementing the strained power industries, both in industrialized and emerging markets.
Answering the increasing demand, MEB provides powerful solutions today, ensuring a resilient future tomorrow.
Case Study
To cope with a crippling and prolonged drought crisis, MEB installed a containerized desalination plant at Richards Bay, South Africa. The project was completed in just seven months. The containers were easily transported to the designated location.1
Smart packaged MABR technology treats domestic wastewater so it can be reused for non-potable purposes, and ultimately to drinking water quality
Water Desalination, Richards Bay, (South Africa)
The country's large population of 25 million, relative to other Central Asian states, is an advantage as it would allow
Brackish Water Desalination (reverse Osmosis) operated by Solar Energy
More Posts
South Africa is working to strengthen its water infrastructure by improving municipal capacity and project coordination. However, poor governance in national water services has taken
Millions of people living in South Africa’s informal settlements still lack access to clean water and safe sanitation. The consequences ripple across every part of
Choosing a decentralized, containerized system offers several distinct advantages over conventional desalination plants. Smaller modular units can be deployed closer to water-stressed communities, reducing the