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Cut water & water heating bills by reusing 1/3
of your water
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Digitized, compact,
low maintenance
system
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Maintenance, operating and electricity costs reduced by up to 70% with automation
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Up to 95% of heat recovered from wastewater
It is difficult to recover heat from wastewater,
because waste clogs the heat exchangers.
We purify the wastewater first - this way
we make heat recovery competitive
and profitable
Greywater reuse system
with heat recovery
Water reuse for unpotable applications
Capacity
(no. of people)
ROI
(years)
Max Production
(m3/day)
Average power
consumption per person
(kWh/day*no. of people)
Treatment tanks
(m3)
80-600
5-20
100
0.5
5-20
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Return on investment
5-20 years - ROI depends on local water and heat energy tariffs + consumption habits of the residents
European
water standard
Our wastewater treatment
system is designed in accordance of European
standard ATV-DVWK-A131E for dimensioning of Single-Stage Activated Sludge Plants
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Maintenance
Service needed
2-4 times a year by a qualified technician
How do we guarantee you a working system with clean water?
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Microfiltration
Effluent is produced with microfiltration membranes with pore size of ~0.05 microns.
Membranes produce solid-free effluent which is suitable for unpotable applications like irrigation and toilet flushing.
Membranes are operated by monitoring pressure and flow, which prevents membrane fouling, frequent maintenance and optimizes energy usage.
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State-of-the-art
automation
All chemical, biological and
mechanical processes of SPACEDRIP
MBR system are managed by
software and automation (5+ sensors).
Our systems monitor oxygen, pH,
redox potential, membrane pressure,
and flow rates.
Pumps and aerators are operated in
energy-efficient cycles to reduce
costs and amortization.
Live system overview and
maintenance forecast provided to the
operator / owner
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Activated sludge process
Activated sludge process is a
widely used wastewater
treatment technology.
It's purpose is to remove
contamination by oxidizing
carbonaceous, nitrogenous and
phosphorus biological matter
with the help of microorganisms.