R & D News
Subscribe
Advertise
  • Home
  • About Us
  • Technology Offers
    • For Large Industries
      • Materials
      • Chemicals
      • Electronics & Communication
    • For Small and Medium Industries
      • Materials
      • Chemicals
      • Electronics & Communication
  • Research News
  • Funding
    • Funding Offers
    • Funding Requirement
  • Blog
  • Contact Us
No Result
View All Result
R & D News
No Result
View All Result
Home Uncategorized

IICT has technology to produce Biohydrogen production from biogenic solid and liquid waste

by Sumedh
February 16, 2020
in Uncategorized
14 min read
0
Share on FacebookShare on Twitter
Indian Institute of Chemical Technology has developed a process for producing hydrogen from industrial wastewater and solid wastes such as food and vegetable wastes, municipal waste, sludge and biomass. 

Today, there are many plants that can produce methane (or bio-methane) from wastes, but in this technology of IICT, biomethane is an intermediate product. The final product is Hydrogen (or bio-hydrogen). 
IICT says there is no competitive technology available in the market. 

The process is called ‘acidogenic fermentation’. IICT has designs for produce 10 cubic meter a day to 100 cubic meters a day. These Hydrogen plants could either be stand-alone, or be married to Effluent Treatment Plants. 

To produce biohydrogen, you would need machnery such as acidogenic bioreactor, Biogas holding tanks, buffering tank, gas flow meters, inoculum tank, biogas flare, redox control tank, feed/water storage tank, pumps, air compressor, safety valves, control panel and sensors. 

For details, contact: 
Dr. S Chandrasekhar 
Director, Head of the Institute 
CSIR-Indian Institute of Chemical Technology Uppal Road, Tarnaka, Hyderabad – 500 007  
Phone: +91 40 27193030 
E-mail: director@iict.res.in 
Previous Post

BARC develops solar-powered small and medium sized desalination plants

Next Post

CGCRI develops specialty optical fibres for use in communication, oil & gas

Related Posts

A solution for solid-state batteries: Tackling interface between garnet electrolyte and anode

A solution for solid-state batteries: Tackling interface between garnet electrolyte and anode

January 11, 2023
ISRO is offering technology for multi-band V-SAT terminal

ISRO is offering technology for multi-band V-SAT terminal

January 9, 2023

ISRO technology for PDMS, used in making silicon carbide

January 9, 2023
  • About
  • Advertise
  • Privacy & Policy
  • Contact
suram@rndnewsindia.com

© 2020 - Research And Development News India.

No Result
View All Result
  • Home

© 2020 - Research And Development News India.