An easy method is presented for analyzing sources of heat loss from industrial processing furnaces, kilns, and ovens; and thus for recognizing opportunities for fuel saving. This will relate to melting, heat treating and hot forming of metals such as steel, aluminum and copper; plus firing of glass and ceramic material such as structural clay products, sanitary wear, containers, porcelain and electronic ceramics. Fuel saving methods will be discussed as prescriptions for remedying the above-mentioned losses, including precise fuel/air ratio control, furnace pressure control, and heat recovery systems applicable to these high temperature furnaces. Special attention will be devoted to use of flue gases to generate steam and to preheat combu...
Improving furnace efficiency is a high priority need for aluminum, glass, steel and other metal cast...
A series of case histories describing how various industries have conserved energy by using ceramic ...
Waste heat recovery is one of the solutions included in the roadmap for reducing both energy consump...
Following the energy crisis in 1980, many saving technologies have been investigated with attempts t...
Thermal processes represent a considerable part of the total energy consumption in manufacturing ind...
This paper is concerned with efficient energy use in high temperature furnaces such as metal reheati...
Abstract- Reduction of fuel consumption in glass melting furnaces can cut the cost of production, an...
Reduction of fuel consumption in glass melting furnaces can cut the cost of production, and tackle t...
Although cost pressure is not large at the moment, a drastic reduction of energy consumption during ...
There the study objects are the heating and melting furnaces using the gas fuel. The purpose is to o...
A great quantity of thermal energy is consumed in ceramic tile manufacture, mainly in the firing sta...
This paper emphasizes researches performed in order to increase the energetic efficiency of heating ...
[[abstract]]The furnace efficiency can be maintained or improved slightly by lowering the excess air...
In the paper, a case of improvement in energy efficiency of a rollway-continuous furnace used for he...
Waste heat recovery is key for the improvement of several industrial sectors. It has the potential t...
Improving furnace efficiency is a high priority need for aluminum, glass, steel and other metal cast...
A series of case histories describing how various industries have conserved energy by using ceramic ...
Waste heat recovery is one of the solutions included in the roadmap for reducing both energy consump...
Following the energy crisis in 1980, many saving technologies have been investigated with attempts t...
Thermal processes represent a considerable part of the total energy consumption in manufacturing ind...
This paper is concerned with efficient energy use in high temperature furnaces such as metal reheati...
Abstract- Reduction of fuel consumption in glass melting furnaces can cut the cost of production, an...
Reduction of fuel consumption in glass melting furnaces can cut the cost of production, and tackle t...
Although cost pressure is not large at the moment, a drastic reduction of energy consumption during ...
There the study objects are the heating and melting furnaces using the gas fuel. The purpose is to o...
A great quantity of thermal energy is consumed in ceramic tile manufacture, mainly in the firing sta...
This paper emphasizes researches performed in order to increase the energetic efficiency of heating ...
[[abstract]]The furnace efficiency can be maintained or improved slightly by lowering the excess air...
In the paper, a case of improvement in energy efficiency of a rollway-continuous furnace used for he...
Waste heat recovery is key for the improvement of several industrial sectors. It has the potential t...
Improving furnace efficiency is a high priority need for aluminum, glass, steel and other metal cast...
A series of case histories describing how various industries have conserved energy by using ceramic ...
Waste heat recovery is one of the solutions included in the roadmap for reducing both energy consump...