Toggle navigation
Menu
About Us
The Company
Vision & Mission
Infrastructure
Awards & Achievements
CSR
Technology
What is Gasification?
Why Gasification?
Why Gasification for Wastes?
Why ‘Ankur’ Gasifiers?
Modes & Application
Ankur Gasifiers
MSW / RDF
Poultry litter
EFB
Tyres
Paper / Currency
Biomass / agri Residues
Charcoal generator
coal
Feedstocks Used
Biomass
Briquettes / Pellets
MSW / RDF
EFB
Poultry
Coal
Tyres
Paper / Currency
Fecal / Sewage
Case Studies
Power generation
Thermal / process heat
other services
Engineering Solutions
boiler / BTG
Thermal Process Equipment
engineering services
Contact Us
Blog
Career
wastes we handle
MSW / RDF
Poultry litter
EFB
fecal / sewage
Tyres
Paper / Currency
biomass / agri Residues
Coal
MSW / RDF
Poultry litter
EFB
Tyres
Paper / Currency
Biomass / agri Residues
Charcoal generator
Coal
Bio Char
Fuels Chemicals
Syngas to Ethanol
Syngas to H2 or Hydrogen
Syngas to H2
Endeavour to make H2 for the transport and industrial sectors.
A 100 kgs of H2 per day pilot plant has been built and extensively operated./li>
Systems of 100 kgs/day, 500 kgs/day and 2 tonne/day can be offered commercially.
Presently, Ankur has developed 2 different paths for H2 Generation:
- Gasifier with Water Gas Shift Reaction (WGSR)
- Gasifier with direct route using VPSA/PSA
Technology – H2 Generation by Biomass Gasification
H2 Pilot Plant with WGSR – Some Photos
×
Coal
Sr. No.
Gasifier Model
Biomass Consumption Capacity (Kilos/hour)#
Gross Power Generation (kWe/hour)#
Gross Thermal Output (kcals/hour)#
1
CG-300
270
203
7,42,500
2
CG-750
675
506
18,56,250
3
CG-1500
1,350
1,013
37,12,500
#All above data is based on continuous duty rating
Typical Gas Composition and calorific value from CG Gasifier
H
2
CO
CH
4
CO
2
O
2
N
2
Calorific Value
20 ± 5
18 ± 5
<3
11 ± 3
<0.9
Rest
>1100 kCal/nm3