TECHNOLOGY FOCUS - ENVIRONMENT - Preferred Method: The exhaust gases from motors operated with energy-rich volatile gas/wood gas, and/or heat gas burners, atmospheric gas burners, oil burner, which heats the reactor and/or exhaust gases produced by a heat exchanger are implemented and used for energy in hot water and/or steam. The heat generated during the operation of the motors with energy-rich gas in the cooling system of the motor by a heat exchanger is converted into energy to produce hot water for heating systems. The resulting heat in the air layer between the reactor outer steel plate and the insulation sheet is sucked by means of a fan and is passed through ventilation tubes into a drying chamber for drying substrates. The energy-rich volatile gas/wood gas from the reactor is headed through a heat exchanger, to exchange the gas temperature in a heat exchanger and to use the exchanged heat as energy for a steam turbine and/or a sterling motor for power generation and/or in a heating system for heating. The reactor is heated with a foreign energy of all fuel types. The excess and/or the total amount of energy rich volatile-rich gas/wood gas is converted to liquefied petroleum gas and is used for bottled gas and tank fill. The substrate used is wood, wood chips, shredded goods, bush wood, wood waste from agriculture, forestry and/or industry. Not only the wood is used, but also found all organic materials/biomass in the reactor for the production of carbonaceous product is used. The peat of identical properties with wood or biomass is used in the reactor.    TECHNOLOGY FOCUS - INSTRUMENTATION AND TESTING - Preferred Components: The device comprises the reactor, which is built vertically, in a rectangular shape and/or in a round shape and is heated from below. The steel plate and the corresponding iron frame, are pressure sealed. An apparent shaft is welded with an interior door and a pressure-tight exterior door made of steel plates is used to empty the reactor. A nozzle is introduced on the reactor for filling. The reactor works after the pyrolysis process and has a heat transfer pipe/tubes made of stainless steel for improving heat conduction in the reactor core and a lighting steel plate with heat conductive iron made of full iron on its bottom. The reactor has the combustion chamber under the slanting lighting steel plate. The heating of the combustion chamber to heat exchange for reactor core, is designed so that the exhaust temperature of the flame is kept longer by a heat conductive sheet in a v-shape steel plate in the combustion chamber, before the exhaust heat flow passes through the exhaust pipe in the exhaust gas heat exchanger. The reactor exhibits a 100% insulation and has an outer shell preferably made of trapezoidal sheet metal. A air layer is present between the insulation sheet behind which finds itself the insulation and the reactor outer wall, so that the air layer between the reactor and the insulation sheet is sucked off by a fan to quickly cool the reactor after completion of the product, by drawing the cold air through the intake grill. The generated energy-rich volatile gas flows through a settling tank with a funnel-shaped inner part, which consists of a cave drill existing with a drain pipe, the device is preferably made of stainless steel and/or steel, adjusted in its dimensions to the system volume. The used energy-rich gas is passed through a filter, which is made of a hollow body, preferably made of stainless steel and/or steel pipe. The inner part of the filter has two stainless steel filter discs holding the filter material. The material is not flammable, the hollow body has a drain and is closed upward down by screws. The upper part of the filter is removable and has one or more connections for the consumers. The extracted warm air between the reactor outer wall and the insulating sheet is used for drying the substrates by means of a dry suction fan. After the exit of the reactor, the end product is passed by the loose shaft through an automatic water sprinkler system to cool down the end product to avoid spontaneous combustion. The sprinkler water is collected from the sprinkler pipe and passed through drain pipes into a collecting tank, where it is filtered and recycled into the sprinkler pipe. The end product is stored between the loose/silo walls until it is temporarily stored for further processing on the concrete surfaces. The individual components of the reactor, the corresponding areas and motor house (30) are extended in a component manner, the motor house and 1-2 reactors with the respective areas, as well as the associated concrete surfaces are extended for the end product.