my time.docx

7/29/2019 MY TIME.docx

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[TYPE THE COMPANY NAME]

HOT AIR PURIFIRE

AMIT DAHYIA

BACTERIAS LOVES TO EAT chlorofluorocarbon

(CFC) which is an organic compound that contains

only carbon, chlorine, hydrogen and fluorine.


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HI EVERYONE I AM AMIT DAHYIA FROM INDIA (CHANDIGARH) AS WE ALL KNOW

THAT AIR CONDITIONERS PLAYS AN IMPORTANT ROLES BUT THEY ARE BADLEY

EFFECTING OUR MOTHER EARTH BY PRODUCING HARMFULL GASSES LIKE CFC

AND ANOTHER TOXIC GAS SO I HAVE DESIGNED A CHAMBER WHICH CAN BE FIT

AT THE Split AIR CONDITIONERS MOUTH IN WHICH THERE IS

DESSULFITOBACTERIA SLIDES WHICH CATACH UP CFC MOLECULES RAPIDLEY

AND EAT IT THEN THE REMANING TOXIC GASES WHICH IS COMING OUT FROM

AC THEY ARE PURIFIED BY THE TWO TYPES OF CATALYSTS HETEROGENEOUS

AND HOMOGENEOUS CATALYSIS CONVERTER . THE MAIN THING IS THAT

DESULFITOBACTERIA WHICH IS PRESENT INSIDE THE CHAMBER. THE BACTERIA


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INTAKE CFC AND GIVE ELECTRICITY AS OUT PUT FROM ITS BODY AND WE CAN

USE THAT ELECTRICITY FOR CHARGING BATTERY ETC .AND AT TOP OF

CHAMBER TURBINE IS FITTED WHICH IS CONNECTED TO FAN WHEN THE

PURIFIED AIR COMES OUT WITH PRESSURE ITS REVOLVE THE BLADE AND

ELECTRICITY IS PRODUCED.

Desulfitobacterium are strictly anaerobic bacteria

that were first isolated from environments contaminated by halogenated organic

compounds. They are very versatile microorganisms that can use a wide variety of

electron acceptors, such as nitrate, sulfite, metals, holmic acids, and man-made or

naturally occurring halogenated organic compounds. Most of the

Desulfitobacterium strains can dehalogenate halogenated organic compounds by

mechanisms of reductive dehalogenation, although the substrate spectrum of

halogenated organic compounds varies substantially from one strain to another,

even with strains belonging to the same species. A number of reductive

dehalogenases and their corresponding gene loci have been isolated from these

strains. Some of these loci are flanked by transposition sequences, suggesting that

they can be transmitted by horizontal transfer via a catabolic transpose.

Desulfitobacterium spp. can use H2 as electron donor below the threshold

concentration that would allow sulfate reduction and methanogenesis.

Furthermore, there is some evidence that dystrophic relationships occur between

Desulfitobacterium spp. and sulfate-reducing bacteria, from which the

Desulfitobacterium cells acquire their electrons by interspecies hydrogen transfer,

and it is believed that this relationship also occurs in a methanogenic consortium.

Because of their versatility, desulfitobacteria can be excellent candidates for the


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development of anaerobic bioremediation processes. The release of the complete

genome of Desulfitobacterium hafniense strain Y51 and information from the

partial genome sequence of D. hafniense strain DCB-2 will certainly help in

predicting how desulfitobacteria interact with their environments and other

microorganisms, and the mechanisms of actions related to reductive

dehalogenation. THIS HOT AIR PURIFING CHAMBER IS DESIGNED BY ME FOR HUMAN KIND AND

FOR MY MOTHER EARTH IF YOU LIKE TO CONTACT ME THAN SEND E-MAIL AT

[email protected] PHONE NUMBER IS 9501071712 .
mailto:[email protected]:[email protected]:[email protected]

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