Biomass is an organic material obtained either directly from plants and animals, or indirectly from industrial, commercial, domestic or agricultural products.

A huge mass of organic materials includes a large number of agro-industrial wastes, i.e. unused natural, industrial and domestic organic waste.

• Agriculture: vegetable crop residues  (husk, straw ...).

• Livestock: waste from slaughter, bone dust, dead animals, and poultry droppings.

• Forestry: forest residues, wood processing waste.

• Fishing: cannery waste , bone dust, dead fish.

• Industrial and domestic organic waste: wastewaters, organic waste, food waste, waste paper.

Agro- wastes are a great source of renewable energy. We can get green energy by pyrolysis of biomass.

 Processing technology consists of the following operations:

- Drying of waste;

- Thermal decomposition (air-free pyrolysis) of waste;

- Condensation of the gaseous mixture separated into a combustible gas, liquid hydrocarbons and water ;

- Mixing of the liquid hydrocarbons and semicoke to obtain slurry fuel;

- Burning of slurry fuel in the combustion chambers of gas turbine power plants based on aircraft engines to obtain electricpower.

Technological equipment has a block-and-modular design and is housed in a fast-track building not higher than 10m.

The building is equipped with a forced ventilation and a photochemical neutralizer of harmful agents in vent gases.

Manufacturing process is ensured by battery power.

Block diagram

Symbols of the main technological equipment:

1. Receiving device

2, 3. Dryer

4. Pyrolysis reactor

5. Condensing column

6. Hydrodynamic dispersant

7. Gas turbine power plant

8. Neutralizer of exit gases

9. Water purification unit

Benefits

1. Recycling of organic waste not far from the place where they are accumulated

2. Getting free electricity for the needs of an enterprise

3. Improved environment by eliminating of waste dumps

The main cost/performance ratio

Calculations for 2006