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Novel waste water treatment technology from IIT Bombay- Soil Bio technology

Posted by Siddharth Biyani on October 19, 2011 at 5:30am

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).

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).

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).

sbt, sewage, soilbiotechnology, greentechnology, purification, wastewatertreatment, water

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Comments

BIJAYA NANDA DAS November 29, 2011 at 1:41am

PL send me the details

Dr b n das
bharat pandey October 30, 2011 at 1:20am

email me the details it will help me in my final year project........

thanks to the sender in advance..............

email id: bharatalig@gmail.com
keerthi sureshbabu October 24, 2011 at 9:43am

please do mail me the details to keerthiajith@gmail.com
Rajesh Kumar .N October 20, 2011 at 11:47pm

Good initiative

could pls share me in details . If its viable for our requirment . i will try to implement the same.If you have installed some where. pls share the performance results

Mail id : nature_rajesh@yahoo.com

regards

Rajesh
J.Bharat October 20, 2011 at 5:23am

Dear Mr. Siddharth,

Good. I would like to know more about it. Please mail the details to jbharat@ultratech.in

Regards,

J. Bharat
VARSHADEEP October 20, 2011 at 5:14am

Dear Mr. Siddharth

Its really a wonder idea of using bio-chemical technology in STP/ETP plants with various advantages over convention methods.

Am a consultant working on design for STP/ETP plants. So plz send me the design details of the STB/ CAMUS-STB project on varsha@xtremeindia.com , that would be needful for handling projects.

Regards,

Varshadeep
Rajesh K Desai October 20, 2011 at 1:45am

Thanks for new ideas.We consume app.15000-17000 kwh power per month to treat avg 150-200 m3 /day with one blower & one mech aerator.

If we employ this what will be pay backperiod. Pl.send with calculation on rkdesai55@rediffmail.com
Dr. R. Dalwani October 20, 2011 at 12:44am

The technology seems promising especially for the sewage treatment requirements under River Action Plans. I would like to know the details of the technology and influent and effluent characteristics in terms of BOD, TSS and F.coli levels. Kindly email at r_dalwani@yahoo.com for taking this forward at GOI level.
priyanka rathi October 19, 2011 at 11:19pm

good, iam an consultant working on design & detailed engg for water/ awste water plants. plaese send me details as this will help me in reducing cost and designing a better system. looking forward for an early response.

priyanka
Indresh N October 19, 2011 at 12:34pm

Great news for researchers and water sector people in India.

I request for a copy of details. please send to indi.rd@gmail.com.

It will help me a lot for my interest in research and knowledge improvement.

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