BIOMAS

arrow biomas

SYNGAS

arrow biomas

ELECTRIC
ENERGY

biomas biomas

Technical parameters:

Input material

Moisture Ashes content Calorific Value Consumption
Material Type max % max % kWh/kg kg/kWe/hour
Wooden Chips 25 2 4,1-4,2 0,9-1
Olive mill pomace 15 2 4,5-4,6 0,8
MIXTURE :
Wooden Chips 80%
+ Sewage sludge20%
20 2 4,1-4,2 1-1,2


Syngas coloric value: Electric energy from syngas generator – syngas quality 5-6 MJ/m3

Technology Process Balance Example
INPUTS:
Input biomass
(wooden chips biomass)
2.50 kg/hour 2000T/8000 hours
Water (for NaOH solution for syngas neutralization) 20 L/hour 160 m3/8000 hours
Electric energy
Diesel (for cold start burner – max 50 L/year)
Nitrogen (for safety blowing out the gas volumes )
20 kW/hour


OUTPUTS:

Electric energy 250 kWe/hour
Thermal energy 1
(exhaust air of 500 °C, transferable on steam or thermal oil of 250°C)
250 kWt/hour
Thermal energy 2
(heat exchanger – suitable for hot air drying of the input , or thermal oil 200 °C)
100 kWt/hour
Ashes max 2%
Blow down waste water max20 L/hour | 160 m3/8000 hours

Technology layout :

1 x 20´ Container - Input material feeding container - OPTIONAL


1 x 20´ Container gasification technology - gasification at 750-850°C


1 x 20´ Container with 2 x generators – gas at max 30-40°C (OPTIONAL co-generator part)

NOT Included : Nitrogen vessel
Chemical tank vessel for mixing NaOH +H2O
Ash tank
Blow down waste water management


Infrastructure required : min. 400 m2 covered space

Smart Gasification Project proposal



Payback period less than
4 years

PARTNERS :