Filter material on a coal basis applied for gas-formed substances.
Combustible material which formed over millions of years as a result of partial decomposition and chemical conversion of plant remains with the exclusion of air (coalification). The coalification process results in a relative enrichment of carbon.
System to purify the cooled processed steam in the power plant.
Proposals for compact energy systems, planning, commissioning and operation of plants for energy supply and savings.
Tower-like structure at power plants which is used to cool down the cooling water heated up in the condensation process.
Water heated using the waste heat of industrial plants (including power plants), which is used for heating and hot water generation.
Wet chemicals purification system consisting of two small multi-functional process tanks (see Single Tank Tool).
Ash filtered from flue gas.
Substances discharged into the environment (dust, gases, vapors, nitrogen oxide, sulfur oxides etc.) which arise from various processes (production, processing, combustion).
Number measurement of substance emitted in the surrounding.
Consumption of primary and secondary energy sources at the end user (industry, transport sector, households and small consumers).
Primary energy sources available in the upper layer of the Earth's crust. Apart from the term "reserves" the terms "resources" and "deposits" are frequently used, although the understanding of these terms varies widely.
Energy reserves can more clearly be classified into
Gases arising from the combustion of fuels, mainly consisting of carbon dioxide. Fuel gas normally contains pollutants, such as carbon dioxide, nitrogen oxide, sulfur dioxide, dust.
Energy source originating from primeval times, such as gas, oil, coal.
Collective term referring to coal, natural gas and petroleum; these materials were formed as a result of geologic processes from the remains of organic matter (plants and microbes).
Equipment to remove substances, such as salt, in water.
In electric power generation: a machine that converts mechanical energy into electricity. A turbine or a motor sets an electromagnet (rotor) into rotation. Its rotating magnetic field induces an alternating current in the stator. The capacity of the generator is equivalent to the gross capacity of the power plant unit.
Solid residue from firing coal when melted by temperatures of over 1,500 °C.
Coal which is normally hard and contains more than 80 percent carbon. Depending on the degree of coalification various coal types are distinguished.
Wet technology for purification systems in which two technological concepts are combined. The purification is performed in conventional purification tanks (see wet bank techniques) and also in two small multi-functional processing tanks (see Single/Double Tank Tool).
Energy generation without own (power) distribution network, which feeds the produced electricity to the network of the third parties and receives a consideration.
Technology and procedures to develop and produce components of extremely minute measurements.
Gas occurring in carbonaceous rock, which mainly consists of methane (95 percent) and carbon dioxide (< 5 percent). It is released when hard coal is mined and is therefore extracted to the extent possible and used for the generation of heat and electricity.
Plant used to convert naturally occurring primary energy sources into electrical energy.
Energy sources which do not need to be converted prior to use, e.g. hard coal and lignite, petroleum, natural gas.
Heating needed in the production process, for example, the chemical industry.
Energy sources produced from primary energy sources, e.g.:
Wet chemical purification system, which, similar to a "dishwasher", exists of only one multi-functional process tank; the smallest in the world for this application. Cleaning, rinsing and drying are performed in one process module.
Sulfur dioxide quantities emitted to the environment.
Sulfur dioxide immission in a certain surrounding.
Closed vessel or arrangement of tubes used to generate high-pressure steam.
Plant used to generate electrical energy, which normally uses steam as working fluid for the thermal engine (turbine). The plant uses primary energy to generate steam whose heat energy in a thermal engine is converted into mechanical energy. A generator then converts the mechanical energy into electrical energy.
Equipment unit flown through by steam, used to convert the energy of the steam into rotational energy.