TECHNOLOGY FOCUS - BIOTECHNOLOGY - Preferred Method: In gasifying carbonic materials, the carbonic material is biomass, coal, oil sludge, and/or organic matter. The super hot steam has a temperature of 500-800 degrees C. The passage of the reaction of the plasma point cloud carbonic material with super-hot steam to produce a synthesis gas comprises collecting synthesis gas produced. The passage of the reaction of the plasma point cloud carbonic material with super-hot steam to produce a synthesis gas also comprises reacting the plasma point cloud with oxidizing gas. The oxidizing gas is air, oxygen, and oxygen-enriched gas. Purifying the synthesis gas produced or refeeding through the plasma point cloud in the carbonic material is decomposed by microwave irradiation in (b) to ensure usually complete transformation of synthesis gas of carbon monoxide and hydrogen comprises collecting the mixture of carbon monoxide and hydrogen. Preferred Device: In the device to gasify carbonic material, the means to supply carbonic materials include a hopper, and a mechanical feeder selected from conveyor chains, worm feeder, and/or feeder by gravity. The means for heating by microwave irradiation, the material supplied carbon to form a plasma cloud points in the carbonic materials include a gasification chamber coated with metal or ceramic refractory non-metallic; the chamber contains within it the material and supplied carbon equipment being decomposed by the plasma point cloud, microwave generators arranged around the gasification chamber to radiate microwaves, and a microwave guide ready microwave generator in each direction and limit the influence of microwaves inside the chamber gasification including carbonic material supplied. The means to react the plasma point cloud carbonic material with super-hot steam to produce a synthesis gas comprises drawers of water feeding the steam super hot carbonic material to be decomposed by the point cloud of plasma. The device also comprises means to respond plasma point cloud gas carbonic material oxidation to produce synthesis gas. The means to react the plasma point cloud gas carbonic material oxidation to produce synthesis gas comprises oxidation gas supply that feeds gas to the oxidation of carbonic material being decomposed by the plasma point cloud. The apparatus also comprises collectors to collect synthesis gas produced. It also comprises ways to release purified synthesis gas; and an ejector to expel waste and collect the waste carbonic material that can not be aerated. The waste of carbonic material that can not be aerated emerges as molten metal and slag glass. EXAMPLE - No example given.