NeoBrine Technologies delivers engineering solutions that cut water use, boost energy efficiency, and lower environmental impact for industrial processes.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial processes often generate large volumes of wastewater and brine, leading to high water consumption, energy-intensive treatment, and environmental concerns from discharge. Achieving zero liquid discharge while recovering valuable resources from these streams is technically challenging and costly.
Solution
NeoBrine Technologies provides engineered water and waste management solutions that enable industries to close the water loop and reduce environmental impact. Their systems treat wastewater and brine to recover up to 99% of water for reuse in production, achieving zero liquid discharge. Integrated brine mining processes crystallize marketable minerals such as salt, soda ash, potassium chloride, bromine, gypsum, and magnesium, turning waste streams into revenue-generating products. Desalination modules deliver high‑quality water, including potable water, from local sources to support both industrial and community needs. The combined approach improves overall energy efficiency and supports a circular economy model for water and resource use.
Target Audience
Primary customers are heavy‑water‑using industries such as chemicals, petrochemicals, mining, and manufacturing that require sustainable wastewater and brine management, as well as municipalities seeking reliable desalinated water supplies.
Features
- High-efficiency wastewater treatment achieving up to 99% water recovery and zero liquid discharge
- Brine management technology that extracts and purifies minerals for use in cement, agriculture, and other industries
- Desalination units capable of producing clean drinking water and process water from local sources
- Integrated process design that reduces overall energy consumption across water treatment and mineral recovery
- Modular engineering solutions adaptable to diverse industrial sectors and production scales