Our most advanced ultra-high rate tecnology
The HyVAB® has been developed by Biowater Technology, with support from The Norwegian Research Council and Innovation Norway, combining Anaerobic Digestion with our patented CFIC® biofilm technology.
Space saver, energy generator
As an ultra-high rate technology, HyVAB® offers a footprint significantly smaller than conventional treatment. This is due to an innovative tower arrangement which minimizes sludge production offering considerable saving potential to the end user. HyVAB® also offers superb sustainability credentials through the production of a proven high quality biogas bi-product available for power and heat generation, and no odours in operation or in effluent.
BENEFITS OF HyVAB®
How HyVAB® works in 2 steps
Partner of choice
Biowater support customers from the earliest project stages through to handover and service agreements. Early partnering services include sampling and analysis to understand the specific waste water qualities, and pilot trials using our innovative containerised pilot HyVAB® plants.
Continuous improvement and TotEx
The HyVAB® design is always improving to keep our technology state of the art and to continuously offer improving value to our customers. Ongoing research and development, and pilot trials for complex non-routine applications/industries maintain the HyVAB® as the most advanced ultra-high rate waste water treatment solution.
Specific ongoing trials are optimising HyVAB® for:
Typical HyVAB® process arrangement
After one year of operation, the new wastewater treatment plant at the Smaken av Grimstad, has both solved challenges and opened up new opportunities. The treatment process is sustainable; it produces heat, minimal sludge and a treated wastewater with great potential for reuse.Read more...
Biowater’s HyVAB® technology: Food manufacturer builds wastewater treatment plant which turns dissolved and suspended organics into combustible gas. The new compact and highly effective treatment reduces the sludge production to a historic minimum.Read more...