| 摘要 |
<p>The installation raises the utilisation rate of waste gaseous products, while remaining environment-friendly. It consists of a compartment (1) with an incoming (2) and exhaust (3) gas ducts. The compartment (1) engages a dispersing device (5), below which a big surface-area packing (4) is positioned. The exhaust gas duct (3) of the compartment (1) contains a separator (20). Through a pump (6) and a first recuperator (7), the compartment (1) is linked to an ammonia regenerator (8), which contains a first heating (9) and first evaporating zone (10). The first heating zone (9) is connected to the second heating zone (14) of a technological aggregate (15) through a second recuperator (11), embedded in the ammonia regenerator (8) and a first thermo-regulating valve (12). The third built-in recuperator (13) meshes with the supercharging side of a thermocompressor (16), whose suction side is linked to the second evaporation zone (17) of the technological aggregate (15). The first evaporation zone (10) of the ammonia regenerator (8) is connected to the recuperative heat exchanger (19) through a second thermo-regulating valve (18). The heat exchanger (19) is connected to a dispersing device (5) through a dosemeter (21). Recuperators (22 and 23) are hinged to the drain pipelines of the ammonia regenerator (8) and the aggregate (15).</p> |
