designing and testing a system for THERMAL-hydro-energetic conversion of flamable waste FOR a 200 square meters building
The present work develops an applied design of the thermal, hydraulic and fuel storage components of the waste materials energetic-conversion system. Behavior and operational analyze as well as combustion management parameters, fuel quantity, water temperature and problematic behavior, in different testing situations, with temperature scanning equipment connected to the analogic control module via thermostats. Here are outlined the waste combustion system and the primitive method of fuel supply in the case of first design, as well as the possibilities for improvement and automation. Importance for testing the waste energetic conversion system consists in the fact that there are a multitude of flammable waste materials that should be disposed. Garbage waste is so high-level that nowadays humanity does not know what to do with it. The development of present paper aims toward the goal of outlining the problem related to the fuel supply system and the pollution of the first design, as well as to the possibility of installing particle filters and catalyst in order to gain an after-treatment gas-control.
Keywords: combustion, energy, fuel, garbage, waste
Cuvinte cheie: combustie, energie, combustibil, gunoaie, deseuri