Top Priorities:
Cost-effective, energy-efficient wastewater treatment solutions that enable water reuse, recycling, zero discharge, and repurposing of treated effluent for industrial and shared local benefit.
Automated and analytics-driven optimization of CIP (Clean-In-Place) and COP (Clean-Out-of-Place) cleaning systems to reduce water, energy, chemicals, and downtime in production environments.
Technologies that improve efficiency, yield, and sustainability of advanced water treatment systems, including rejection reduction, brine management, and reuse of high-TDS (Total Dissolved Solids) streams.
Other Areas of Interest:
- Reduced water consumption in cooling towers.
- Monitoring systems (operational and analytical) for water treatment plants (WTP) and wastewater treatment plants (WWTP) that enable off-site management.
- Independent treatment of sanitary discharges within existing production facilities, with real-time confirmation of treatment efficacy.
- Cost-competitive sludge dryers that do not require steam as a heating medium
- Water leakage detection solutions for breweries.
- Solutions to eliminate PsA biofilms and detected PsA in water from boreholes, that are simple to operate in the field and effective.
- Reduction of water consumption in bottle washers
- Solution to selectively remove silica in process water without changing the rest of the water composition, thereby providing an energy- and water-efficient alternative solution compared to traditional reverse osmosis.
