TECHNOLOGY FOCUS - ENVIRONMENT - Preferred Process: The carbon dioxide from exhaust gas of the fossil-fired power plants is absorbed and/or adsorbed. The electrical power, which is from environmentally friendly power plants, preferably from renewable sources for power generation equipment is used to produce the required hydrogen for methanol synthesis, and/or the electrical energy necessary for the electrolysis is produced from the excess recovery from wind- and/or solar energy production plants, preferably used in the weak loaded phases of electrical energy for the disposal. Water is decomposed to hydrogen and oxygen using electrolysis, which is subsequently stored and contacted at least partially in the form of oxygen again to the energy production process, where the produced hydrogen is mixed with the carbon dioxide in the methanol synthesis. The methanol synthesis is directly produced from the carbon dioxide, which is from the exhaust gas of a power or heat power stations, and/or cement, chemicals, metallurgy industries and biogas plants, and/or the carbon dioxide from the storage and/or storage plants of the methanol synthesis is indirectly contacted. The produced methanol is: stored preferably in methanol storage; or filled in transport container and/or vending container; and transported to at least one thermal power station through at least a pipeline. The electrical power obtained from renewable sources, is available in a regulation zone, priority in 20 kV network of heat, power or heat power stations, biogas plants, and other carbon dioxide emitted is contacted to the carbon dioxide recycling and hydrogen-methanol storage unit to protect the network of the internal consumer, and used as a measure in the frame of the network security management to the network stabilization, where: the reduction of the carbon dioxide emission to methanol takes place in a heat led operational mode, the current produced in the power station can be used for the recycling of carbon dioxide by the supply of renewable energy partially loaded with significantly inferior specific fuel consumption value, and the higher carbon dioxide emission rates and the risk of accumulations and departures from the power plant(s) are reduced. The methanol is recycled to the firing process of power plants to generate electricity and to extract the carbon dioxide released to restart the synthesis of methanol. The wind electrical energy from strong winds and weak loaded period is available on weekends, holidays and at night of the weekdays, preferably for the implementation of the procedure and/or process steps, which are electrolysis, carbon dioxide or absorption and methanol synthesis such that by decoupling an extensively reduced method and/or power station regulation and machine technical is guaranteed. The process for the production of methanol is controlled, by the production of the electrical energy.    TECHNOLOGY FOCUS - INSTRUMENTATION AND TESTING - Preferred Process: A technological unit is installed for the carbon dioxide recycle-hydrogen-methanol storage (15), which consists of electrolysis of water to extract hydrogen and oxygen, adsorbed or absorbed carbon dioxide and methanol synthesis with methanol storage as a convertible unit, preferably containerized at the carbon dioxide source. The recycling and hydrogen-methanol storage unit is operated in an industry-related area and/or biogas plant preferably with waste water in order to use synergy effects with respect to the provision and disposal of operating and auxiliary agents and with respect to the exchangers of heat and cold energy, where: the coal dioxide functions as carrier, and the carbon dioxide-power-carrier technology is substantiated. In the energy production plants, the individual system components are arranged in a single location and/or in different locations, by appropriate connections, such as cables, pipes and/or comprise the technological unit of the carbon dioxide recycle and hydrogen-methanol-storage. The technological unit of carbon dioxide recycle-hydrogen-methanol-storage is designed as a workable unit, where all parts of the plant located in the feasible unit, and the technological unit of carbon dioxide recycle and hydrogen methanol-storage are provided: in different modules, which are connected with the individual system modules through interfaces and/or with various equipment modules in a container. EXAMPLE - No suitable example given.