Bluewater Bio, Hybrid Bacillus Activated Sludge - HYBACS - biological nutrient removal wastewater treatment process (BNR), Our proprietary HYBACS technology can treat any biological industrial wastewater effluent with BOD values from 150 mg/L to > 10 000 mg/L, reducing OPEX costs by up to 45% (including an energy consumption reduction of up to 50%) and CAPEX costs by up to 20%. Bluewater Bio has successfully worked with industrial water treatment works, providing a sustainable platform for wastewater re-use, reducing plant footprint, meeting stringent safety and waste disposal standards, and complying with emissions reduction regulations such as the Integrated Pollution Prevention and Control (IPPC) Directive. HYBACS exploits Bacillus bacteria to produce a wide range of enzymes at high rates (more than three times higher than typical bacteria), to nitrify heterogeneously and denitrify, to assimilate nitrogen from ammonium (NH4+) and nitrate (NO3-), to oxidise sulphides (without reducing sulphate), and produce mixed liquor with good settling characteristics., bacillus wastewater treatment, biological nutrient removal, SMART unit, spores, sporulation, bacilli, bacillus, bacillus germination, endospore, enzyme, bod removal, activated sludge, industrial wastewater treatment, inorganic nutrient, nitrate removal, nitrogen removal, odour treatment, phosphorus removal, sewage treatment, wastewater recycling, wastewater treatment, wastewater treatment technology, water treatment processes, desalination, design and operation, sludge treatment, wastewater reuse, activated sludge aeration, activated sludge dissolved oxygen, activated sludge process, aerobic treatment, anaerobic treatment, bacilus, bacteria treatment, biodisc, biological wastewater treatment, biosolids, conventional activated sludge, daf process, domestic sewage treatment, gram positive, mbr treatment, microorganism, nitrogen nutrient, nutrient removal, organic nutrient, package sewage treatment plant, phosphate nutrient, phosphorus nutrient, potassium nutrient, sbr treatment, secondary treatment, sewage plant, sewage treatment plant, sludge recycling, tertiary treatment, treatment wastewater, MBBR process, IFAS process, BNR process, A2O process, AO process, wastewater sustainability, waste water, waste water treatment, wastewater, water treatment companies

Industrial

Our proprietary HYBACS technology can treat any biological industrial wastewater effluent with BOD values from 150 mg/L to > 10 000 mg/L, reducing OPEX costs by up to 45% (including an energy consumption reduction of up to 50%) and CAPEX costs by up to 20%.

Bluewater Bio has successfully worked with industrial water treatment works, providing a sustainable platform for wastewater re-use, reducing plant footprint, meeting stringent safety and waste disposal standards, and complying with emissions reduction regulations such as the Integrated Pollution Prevention and Control (IPPC) Directive.

HYBACS exploits Bacillus bacteria to produce a wide range of enzymes at high rates (more than three times higher than typical bacteria), to nitrify heterogeneously and denitrify, to assimilate nitrogen from ammonium (NH4+) and nitrate (NO3-), to oxidise sulphides (without reducing sulphate), and produce mixed liquor with good settling characteristics.

Bacillus is presently used industrially and commercially:

dosed into sewers to remove grease deposits
dosed into Activated Sludge plants to improve performance
to produce:
- enzymes (α-amylase, lipase A, protase, depolymerase)
- antibiotics (eg Subtilin, polymyxin, bacitracin)
- fungicide and larvicide

Bluewater Bio

in harmony with nature

Industrial