C-GEN technology - an emission-free coal-fired powerplant

1. C-GENMultitechnology in the service of the environment,
mining, energy and agriculture.
We turn black into green
Clean World Energy Systems Sp. z o. o.
COP24 Summit – Katowice 2018 r.

2. 2
Decarbonisation
Unprofitability of
the coal sector
Lack of enviromentally friendly
coal-based technologies
Pollution
Cost inefectiveness
Current problems of the global energy sector

3. C-GENEmission-free coal-based power plant today
Already in line with EU Council guidelines of 2050

4. C-GEN technology
02Industrial scale
04High efficiency
05Eco friendly:
emission free
03Flexible
Patented and
trademarked

5. Production of
urea
C-GEN
Closed circuit
technology
Crops
Delivery of
hydrogen and
oxygenMineralization
(Gasification)
Methanation
(production of
methane, methanol)
LNG liquefaction
(electricity storage)
TBRC
Generation and sale
of electricity
Production and sale of
thermal energy
LNG
CH4
CH4N2O

6. Production of
urea
C-GENClosed circuit technology
Crops
Delivery of
hydrogen and
oxygenMineralization
(Gasification)
Methanation
(production of
methane, methanol)
LNG
liquefaction
(electricity storage)
TBRC
Generation and
sale of electricity
Production and sale of thermal
energy
LNG
CH4
CH4N2O
Municipal
solid waste
Coal waste

7. Production of
urea
C-GEN
Closed circuit technology
Crops
Electrolysis
of water:
Delivery of
hydrogen
and oxygen
Mineralization
(Gasification)
Methanation
(production of
methane, methanol)
LNG liquefaction
(electricity storage)
TBRC
Generation and
sale of electricity
Production and sale of
thermal energy
LNG
CH4
CH4N2O
Oxygen
Hydrogen

8. Production of
urea
C-GEN
Closed circuit technology
Crops
Delivery of
hydrogen and
oxygen
Mineralization
(Gasification)
Methanation
(production of
methane, methanol)
LNG liquefaction
(electricity storage)
TBRC
Generation and
sale of electricity
Production and sale of thermal energy
LNG
CH4
CH4N2O
Nitrogen
Carbon dioxide
Few times cheaper
without methane
involvement!

9. Production of
urea
C-GEN
Closed circuit technology
Crops
Mineralization
Methanation
(production of
methane,
methanol)
LNG liquefaction
(electricity storage)
TBRC
Generation and sale
of electricity
Production and sale of thermal energy
LNG
CH4
CH4N2O
Vapor: 320°C
Surplus electricity
O2
CO2
Urea
Nitrogen
Carbondioxide
Oxygen
Hydrogen
Municipal
solid waste Coal waste
Delivery of
hydrogen and
oxygen

10. 10
Environmental effects of the use of 3 tonnes of urea
obtained from the C-GEN installation
Maize straw Energy willow
Coal yield in the biomass
Emmission of O2
Absorption of CO2
163 tonnes / year
119 tonnes / year
44tonnes / year
Coal yield in the biomass
Oxygen emission
Absorption of CO2
517 tonnes / year
376tonnes / year
141tonnes / year

11. 11
Technology comparison
• COAL-FIRED POWER
STATION
• ✔ Yield of 3 MWh from 1 tonne of coal (approx. 600 kg of „C”)
• ✘ 2,5 tonnes of CO2 emmisions to environment
C-GEN
✔ Yield of 3 MWh from 1 tonne of coal (approx. 600 kg of
„C”)
✔ Yield of 3 tonnes of urea (assuming conversion of CO2
to CO(NH₂)₂)
✔ No emission characteristic for classical coal-fired
power stations
✔ Catalyse oxidation of coal
C-GEN and a classical coal-fired power station
Allows using of the
urea for Energy
crops
Effects similar to
conventional
power plants
Environmentally
friendly change

12. 12
Our coordinates.
Clean World Energy
Systems Sp. z o. o.
Ul. Tytusa Chałubińskiego 8,
00-613 Warszawa
+48 600 305 150
www.cwes.pl