Gas emissions from the ceramic industry are highly polluting to the environment, and they result from storing and handling raw materials during drying with hot air or during fire, and emissions are either in the form of (particles or atoms) or gases, while gas emissions are caused by the process of fire, suspended particles It has many dangers to health as it causes many respiratory diseases such as inhalation of silica dust, kaolin, bentonite and silica ash causes cancer and pulmonary fibrosis, and causes shortness of breath and pulmonary poisoning for long periods of inhalation. To treat this problem, some preventive measures must be taken. In factories such as the use of closed systems to transport dry raw materials (such as closed screw conveyors and feeders) and the use of dust extraction equipment and bag filters, as for gas emissions from fire, they cause air pollution such as sulfur oxides and nitrogen as well as chlorides and fluorides, and these emissions are harmful to animals, plants and building materials because they are Acid rain causes harmful, and treatment of these emissions comes by applying a number of mechanisms that treat them, including reducing the content of raw materials and additives that contain a large proportion of these materials, and the use of fuel characterized by low content Sulfur oxides and nitrogen oxides and the use of fast fire furnaces to obtain higher combustion efficiency and heat transfer, while carbon dioxide emissions are more harmful to the environment because it is one of the most important greenhouse gases that cause global warming, and cause an increase in temperatures from their natural rate due to an increase The ratio of carbon to its natural rate in the carbon cycle that God made steady since the creation of the earth, and industrial activities, including the ceramic industry, are among the causes of increasing the proportion of carbon dioxide in the atmosphere, and for this reason the world began from a long time in developing plans and strategies to reduce a second emission Carbon dioxide and the union of ceramic makers in the European Union have developed future plans until the year 2050, one of the most important challenges is to move to a competitive low-carbon production, and efficiency in the use of economic resources, especially energy, to reduce the emission of carbon dioxide from the ceramic industry to up to 78% And among these plans are what are already applied and some of them will be applied in the future and some of them study and develop technology, and these emissions are mostly due to fuel and fire in a large percentage, and a small percentage of them are due to the components of the body, and for fuel and fire, the quality of fuel and the method of fire and design only The used furnaces are factors that greatly affect the percentage of carbon emissions. Therefore, choosing fuels with a low carbon content reduces the percentage of carbon emissions generated. Renewable energy such as solar energy, wind, and biofuels can be used, but after a good study of the quality of the fuel and its potential to be used in industry Ceramics, as well as the modern designs of the furnaces, take into account the equitable fire of fuel and fire in the shortest time possible (rapid fire), and must be kept abreast of modern technological development in the ceramic industry constantly because it is an economic provider, and must take full advantage of the heat Gases resulting from the combustion of fuel and its use in dryers and heating the air needed to burn fuel and other processes that need heat, to save energy consumption and thus reduce carbon emissions.