CAMUS‐SBT is an oxygenation engine that outperforms conventional technologies
likeActivated Sludge Process (ASP), Sequential Batch Reactor (SBR), Membrane Bio Reactor
(MBR)and Moving Bed Bio‐reactor (MBBR). Our technology harnesses a special set of
bio‐chemical reactions to deliver the oxygenation required for effluent treatment.
In conventional technologies, aeration isachieved mechanically, which is very energy
intensive. At higher ambient temperatures (like inIndia) the solubility of oxygen in water
is low, therefore energy requirements of mechanical aeration used by conventional
technologyincreases. Moreover, air contains only20% oxygen, the rest being nitrogen that
ispassed into water wastefully, further adding to process inefficiency.
CAMUS‐SBTresolves this problem using a bio‐chemical method of oxygenation, which
notonly uses the atmospheric oxygen, but also uses the nitrogen from the atmosphere in a
specially engineered natural ecology to achieve the desired level of purity.
In addition conventional technologiesgenerate large amount of sludge for which
additional disposal facilities have to becreated. CAMUS‐SBT does not face any such
problems.Theschematic of the process is shown below.
Featuresof our technology:
· Low‐energy consumption
· All green natural process
· No moving parts apart from pumps
· No bio‐sludgeformation
· Efficient removal of COD and nitrogen
· Near drinking water quality after treatment
· Treatment cost Rs 3‐5 per 1000L
· Garden likeambiance
· Bio‐tower designs available for spaceconstrained areas.
· One time mediainstallation
· Long life
· Unskilled personnel sufficient to operate
· No foul Odor
Varioususes of the technology
· Sewage treatment plant(STP) and industrial effluent treatment plant (ETP)applications.
· Retrofit ofpre-existing STP/ETPs with SBT/CAMUS-SBT systems.
· Laundry EffluentTreatment for total water reuse.
· Distilleryspent-wash treatment.
· Coffee Effluenttreatment.
· Hospitals waste water ,Hotels waste water,Municipal waste water can all be treated using SBT.
· Design of zerodischarge air scrubbers for removal of waste noxious gases (Sulphur, NOx
and organic pollutants from Industrialprocesses).
Common Mancan help
Currentlyaverage consumption of an individual per day is around 135 Liters per day (mayvary with climatic conditions) and it is increasing with the increasingstandards of living and to
add to it our fresh water source are continuouslydepleting. Out of this 135 liters around 50% is being used for secondarypurposes like toilet flushing and bathing etc. which can easily be treated andrecycled which will save a lot of fresh water It’s high time
now that we throwour water in the municipal sewer lines and depend on the government to takecare of it which is extremely difficult. The better approach can be to treatthe water locally at our housing complex or bungalows or your commercialcomplexes and reuse
it for secondary purposes which doesn’t really requirefresh water sources .The recycled water can be used for gardening and flushingby providing a separate lines but people have a mental block for using therecycled water.
To Take aninitiative to recycle waste water in there facilities one has to do following
1.) Assess the water consumption which can be doneby the total number of residents and multiplying by average water consumption.
2.) Decide an area for the STP. Preferably itshould be an open area but not accessible to children
3.) IF you wish to install SBT units the pleasemail us at
firstname.lastname@example.org with theabove details .
4.) It generally takes 2-3 months for a new SBTunit to be installed and get functional.
5.) If you already have an STP working and if youwant to retrofit it then also please mail us and we will retrofit your existingplant using SBT
6.) Typically SBT unit require 1-1.5 m2 per KLD(can be included under garden area and design is flexible)of sewage to treat withan operating cost of 3-4 Rs. Per KL
7.) Various designs are available for spaceconstraint area and for hilly regions where laying of sewerage pipelines isdifficult.