Abstract
Conceptual Design Method for Energy Retrofit of Waste Gas-to-Energy Units
Highlights
The flue gas (FG) line was extrapolated to the dew point temperature (TDP = 68.5 °C), which is according to the FG composition calculated as the temperature of water vapour condensation
A linear model of flue gas profile varying during the Energy Retrofit (ER) procedure is introduced – the Shifting Flue Gas Line (SFGL)
The presented method provides the initial analysis in terms of utilizable waste heat contained in the FG stream produced in the waste gas to energy (WGtE) unit and it provides the basic technological modification design and fuel saving assessment
Summary
The composition of waste gas (WG) is dependent on many aspects (such as the type of product produced in a process plant, used technology, etc.). It usually contains harmful substances, an appropriate cleaning technology must be employed to prevent the emissions to the environment. A huge amount of the air contaminated with VOC is generated in printing shops, especially in the automotive industry. This polluted air (as an industrial WG) must be treated before its discharge to the environment
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