P.N. Lalwani
INTRODUCTION  IMAGINE THE FUTURE WITH THE HYDROGEN ECONOMY …..!!!!!! HYDROGEN  GAS SPACE  RESEARCH AUTOMOBILE  INDUSTRIES GLOBAL  ECONOMY LIFE OF A COMMON MAN
BIKE WHICH ACTUALLY RUN ON HYDROGEN PRODUCED ON BOARD
WANT THIS …!!!!! CAR WHICH ACTUAL RUN ON HYDROGEN…!!!
Industrial synthesis Commercial bulk hydrogen is usually produced by  steam reforming of natural gas . CONDITIONS  OF REACTION :- 700-1000 Degree cel.& Pressure 20 atm & 600mm of Hg. The product mixture is known as “synthesis gas” as it is directly utilized for the synthesis and reduction purposes. CH4+H2O  ---------------------------> CO + 3 H2 (gas)
MICROORGANISMS GREEN  ALGAE ANEROBIC  RESPIRATION AEROBIC  RESPIRATION LIGHT(700-900 nm ) HYDROGENASES HYDRROGEN GAS  DARK BIOLOGICAL SYNTHESIS
 
 
REPRESENTATIVE DIAGRAM OF PHOTOBIOREACTOR
HYDROGEN PRODUCTION IN  ACTUAL PHOTOBIOREACTOR (U. OF ILLINOIS,USA)
HYDROGEN PRODUCTION IN  ACTUAL PHOTOBIOREACTOR
All before mentioned points describe how we can synthesize the Hydrogen from the sources available. But there are some important areas where we can improve.
MAIN AREAS WHERE  WE CAN DEVELOP THE NEW WAYS  :- Making it  economical & safer. Making it  more efficient  than industrial synthesis. Diminishing the inhibitory effect of Oxygen .
4. Development of  cost effective photo  bioreactor  . 5. Making it for  the  continuous  Hydrogen production . 6.  Maintaining the  genetic strains of high yielding microbes.
HERE I AM WISHING TO INVITE YOU TO THINK WHOLE HEARTEDLY FOR OUR FUTURE ….!!!!! AND  HERE  ARE  THE OPPORTUNITIES FOR THE CHEMISTS  TO  FIND THE  NEW  WAYS ,BY USING OUR KNOWLEDGE OF  CHEMISTRY  COLABORATIVELY  WITH  THE  OTHER  FACULTIES .
HERE ARE THE EMERGING OPPORTUNITIES FOR THE DEVELOPMENT  OF NEW TECHNOLOGIES  1 .  Development  of cheap source of glucose . 2 . Introducing  channels (whether they may be of  organic  or inorganic  origin )across the  thyoalkaloidal  membrane .  3. Introducing   an exogenous material in between  the photo systems  4. Mutating  the enzyme  and modification of it’s site of action
 
5.Possible  breakdown  the  water molecule  by using  the  inorganic  complex  . 6. Utilizing  the  gravitational force  for the flow of nutrient material.
USE OF GRAVITY TO REDUCE THE POWER CONSUMPTION FOR PLANT OPERATIONS
WIND UP NOTE RESEARCH IN INDIA :- 1.I.I.T. Kharagpur. 2.I am very glad to inform you that I am a proud member of  OILGAE  CLUB  which is Indian origin club, where scholars from  all over the globe meet on line , post their discussions on  effective utilization of algal biomass for  environment  friendly lifestyle. So this is a small presentation which will help us to know where  we stands in this………!!!!!! ERA OF HYDROGEN ECONOMY.
  BIBLIOGRAPHY :-  Paul  Tamagnini ,R . Axelsson  & colleagues , Institute  for Molecular and cell Biology ,Dept. of Botany,University of  Porto , Portugal. Uppsala University,SE-75236, Uppsala, Sweden. 2.Debbrata Das , Tumpa Datta , Kaushik Nath , Amit K. Nath & Colleagues., Dept. of B.T. I.I.T. Kharagpur. And Clean energy research institute , College of Engineering , Miami University, Coral Gables, Florida ,USA . 3.Greg Burgess, Joel Freeman , Javier  G. Fernandez- Velasco, Keith L. Research School of Biological  Science,Photobioenergetic group, The Australian National University, Canberra, Australia.
BIBLIOGRAPHY :- 4.  Abstracts reviewed  of :- P.Classen, Ed W.J. Van Niel  ,W. Buckel ,W. R. Hagen ., 5.  G. Charles Dismukes , a member of the Rutgers faculties of the Department  of  Chemistry & Chemical Biology, the Waksman Institute and the Biochemistry and Microbiology Department.
GUIDED & ACKNOWLEDGED  BY :- 1.  Dr. Madhuri Kulkarni ( H.O.D. ), chemistry Dept. , Modern college, Ganeshkhind, Pune. 2.  Dr. Sushma Katade , Associate Professor , chemistry Dept. , Modern college, Ganeshkhind, Pune.
THANK  YOU…….!!!!!

Bioh2pritam

  • 1.
  • 2.
    INTRODUCTION IMAGINETHE FUTURE WITH THE HYDROGEN ECONOMY …..!!!!!! HYDROGEN GAS SPACE RESEARCH AUTOMOBILE INDUSTRIES GLOBAL ECONOMY LIFE OF A COMMON MAN
  • 3.
    BIKE WHICH ACTUALLYRUN ON HYDROGEN PRODUCED ON BOARD
  • 4.
    WANT THIS …!!!!!CAR WHICH ACTUAL RUN ON HYDROGEN…!!!
  • 5.
    Industrial synthesis Commercialbulk hydrogen is usually produced by steam reforming of natural gas . CONDITIONS OF REACTION :- 700-1000 Degree cel.& Pressure 20 atm & 600mm of Hg. The product mixture is known as “synthesis gas” as it is directly utilized for the synthesis and reduction purposes. CH4+H2O ---------------------------> CO + 3 H2 (gas)
  • 6.
    MICROORGANISMS GREEN ALGAE ANEROBIC RESPIRATION AEROBIC RESPIRATION LIGHT(700-900 nm ) HYDROGENASES HYDRROGEN GAS DARK BIOLOGICAL SYNTHESIS
  • 7.
  • 8.
  • 9.
  • 10.
    HYDROGEN PRODUCTION IN ACTUAL PHOTOBIOREACTOR (U. OF ILLINOIS,USA)
  • 11.
    HYDROGEN PRODUCTION IN ACTUAL PHOTOBIOREACTOR
  • 12.
    All before mentionedpoints describe how we can synthesize the Hydrogen from the sources available. But there are some important areas where we can improve.
  • 13.
    MAIN AREAS WHERE WE CAN DEVELOP THE NEW WAYS :- Making it economical & safer. Making it more efficient than industrial synthesis. Diminishing the inhibitory effect of Oxygen .
  • 14.
    4. Development of cost effective photo bioreactor . 5. Making it for the continuous Hydrogen production . 6. Maintaining the genetic strains of high yielding microbes.
  • 15.
    HERE I AMWISHING TO INVITE YOU TO THINK WHOLE HEARTEDLY FOR OUR FUTURE ….!!!!! AND HERE ARE THE OPPORTUNITIES FOR THE CHEMISTS TO FIND THE NEW WAYS ,BY USING OUR KNOWLEDGE OF CHEMISTRY COLABORATIVELY WITH THE OTHER FACULTIES .
  • 16.
    HERE ARE THEEMERGING OPPORTUNITIES FOR THE DEVELOPMENT OF NEW TECHNOLOGIES 1 . Development of cheap source of glucose . 2 . Introducing channels (whether they may be of organic or inorganic origin )across the thyoalkaloidal membrane . 3. Introducing an exogenous material in between the photo systems 4. Mutating the enzyme and modification of it’s site of action
  • 17.
  • 18.
    5.Possible breakdown the water molecule by using the inorganic complex . 6. Utilizing the gravitational force for the flow of nutrient material.
  • 19.
    USE OF GRAVITYTO REDUCE THE POWER CONSUMPTION FOR PLANT OPERATIONS
  • 20.
    WIND UP NOTERESEARCH IN INDIA :- 1.I.I.T. Kharagpur. 2.I am very glad to inform you that I am a proud member of OILGAE CLUB which is Indian origin club, where scholars from all over the globe meet on line , post their discussions on effective utilization of algal biomass for environment friendly lifestyle. So this is a small presentation which will help us to know where we stands in this………!!!!!! ERA OF HYDROGEN ECONOMY.
  • 21.
    BIBLIOGRAPHY:- Paul Tamagnini ,R . Axelsson & colleagues , Institute for Molecular and cell Biology ,Dept. of Botany,University of Porto , Portugal. Uppsala University,SE-75236, Uppsala, Sweden. 2.Debbrata Das , Tumpa Datta , Kaushik Nath , Amit K. Nath & Colleagues., Dept. of B.T. I.I.T. Kharagpur. And Clean energy research institute , College of Engineering , Miami University, Coral Gables, Florida ,USA . 3.Greg Burgess, Joel Freeman , Javier G. Fernandez- Velasco, Keith L. Research School of Biological Science,Photobioenergetic group, The Australian National University, Canberra, Australia.
  • 22.
    BIBLIOGRAPHY :- 4. Abstracts reviewed of :- P.Classen, Ed W.J. Van Niel ,W. Buckel ,W. R. Hagen ., 5. G. Charles Dismukes , a member of the Rutgers faculties of the Department of Chemistry & Chemical Biology, the Waksman Institute and the Biochemistry and Microbiology Department.
  • 23.
    GUIDED & ACKNOWLEDGED BY :- 1. Dr. Madhuri Kulkarni ( H.O.D. ), chemistry Dept. , Modern college, Ganeshkhind, Pune. 2. Dr. Sushma Katade , Associate Professor , chemistry Dept. , Modern college, Ganeshkhind, Pune.
  • 24.