Solid waste to be incinerated
Cartons, rags, cotton and other wastes associated with production of power loaded in the incinerator in
bags. These pumps
shall deliver waste oil from the incinerator sludge mixing tank to the incinerator. Operation and management of those
pumps shall be completely automatic. A linear negative feedback control algorithm shall be used to adjust the feed rate of
the sludge pumps and hence vary the number of sludge being incinerated. The sludge line will also be equipped with
appropriate self cleaning filter that will keep impurities away from the burner.
A sludge mixing tank equipped with a superheated water heater shall also be
provided. A Superheated water heater shall be provided to heat the waste oil to the inlet temperature required by the
incinerator. In case a superheated water heater
cannot be provided, an electrical heater shall be provided for the tank. The tank shall also be equipped with a magnetic
level index, level switches and appropriate drain valves, separate overflow and vent pipes.
Characteristics of superheated water available in the power station are as follows; Stress and temperature of
superheated water in supply manifold; P 10 Bars, T = 150 Deg
Stress and temperature of superheated water at return manifold; P 8.5 Bars, T = 140 Deg
pumps shall be fully automatic. A linear negative feedback control algorithm shall be used to adjust the feed rate of
the sludge pumps and hence vary the quantity of sludge being incinerated. The sludge line shall also be equipped with
appropriate self cleaning filter that will keep impurities away from the burner.
A sludge mixing tank equipped with a superheated water heater shall also be
provided. A Superheated water heater shall be provided to heat the waste oil to the inlet temperature required by the
incinerator. In case a superheated water heater
cannot be provided, an electric heater shall be provided for the tank. The tank shall also be equipped with a magnetic
level indicator, level switches and appropriate drain valves, separate overflow and vent pipes.
Characteristics of superheated water available at the power station are as follows; Pressure and temperature of
superheated water at supply manifold; P = 10 Bars, T = 150 Deg
Pressure and temperature of superheated water at return manifold; P = 8.5 Bars, T = 140 Deg
