The BOCC Process
What is the BOCC Process?
BOCC solutions reduce electricity usage by at least 20%, decreasing individual municipality
carbon footprints and the corresponding carbon emissions from electricity producers. The
BOCC system is
non-disruptive and offers optimal performance with virtually no capital costs or
operational interference.
The Benefits: Clean Water + Energy Savings For Your Community
Your facility can save over 20% of overall electrical usage, contributing to a greener community.
Become an energy savings leader:
- Realize tangible greenhouse gas emission reductions
- Contribute to a reduced carbon footprint
- Achieve positive ROI through electricity cost reduction and longer blower life
Municipal funds once used for electricity can be redeployed for other civic initiatives.
See BOCC in action
The BOCC process is engineered to
combine our innovative proprietary
mechanical applicators with our
patented catalysts.
Our Process:
- creates micro-bubbles for sustained
dissolved oxygen levels
- encourages rapid activation of
facultative bacteria
- enables accelerated breakdown of
organic material
- uses less electricity in achieving DO
levels for effective nitrification
Get the benefits of incremental efficiency
improvements, without the increased burden
of reliability centered maintenance.
How it Works
How it Works
BOCC's process works synergistically to
enhance the processes of oxygenation/
gasification through micro bubble
formation, rapid solubilisation of greases
and bio-films and enhanced ionic
amorphilic interactions to make nutrients
more available to indigenous facultative
bacteria. The oxygen uptake rate (OUR)
is significantly increased as favourable
conditions are created to enhance the
respiratory activity of microorganisms.
The favourable conditions are created by:
- BOCC's proprietary product being
introduced into the aeration tanks and
supported by micro-bubbles, the product
forms amphiphilic molecules that attach to
components such as - bacteria, organics,
oxygen, and other decaying organic
matter in the aeration tank.
- These components then self-organizing
into a loose aggregate, creating an ideal
situation for biological, physical and
chemical reactions to rapidly occur by
enhancing the speed of biological COD
degradation and respiratory activities of
the micro-organisms.
- Both ionic and amorphic interactions
being enhanced, accelerating
the chemical oxidization of
inorganic pollutants.
