Described herein is a charging system for dust-free fuel feeding, comprising a loading chamber, container, and belt conveyor located in the chamber, wherein the loading chamber is bipartite and its lower part, charging is a rectangular body, closed in the lower part by the arched profiled surface of the bottom, located at an angle in respect to the walls of chamber, connected in the lower part with the chamber of the belt conveyor, wherein the brackets are placed in the upper part of the chamber, fastened horizontally to the wall of the charging chamber, in the lower part of the chamber there is an inlet of suction port of turbine, and the loading chamber has cylindrical shape, which the top edge has arched outline, forming funnel profile, closed at the inlet by a flexible membrane and the ratchet mechanism is placed on the external surface of the chamber.

Described herein is a charging system for dust-free fuel feeding, comprising a loading chamber, container, and belt conveyor located in the chamber, wherein the loading chamber is bipartite and its lower part, charging is a rectangular body, closed in the lower part by the arched profiled surface of the bottom, located at an angle in respect to the walls of chamber, connected in the lower part with the chamber of the belt conveyor, wherein the brackets are placed in the upper part of the chamber, fastened horizontally to the wall of the charging chamber, in the lower part of the chamber there is an inlet of suction port of turbine, and the loading chamber has cylindrical shape, which the top edge has arched outline, forming funnel profile, closed at the inlet by a flexible membrane and the ratchet mechanism is placed on the external surface of the chamber.

The present invention relates to a waste feed device for feeding waste into a combustion space of a waste incineration plant, including a waste feed shaft wall surrounding a waste feed shaft. In this case, at least part of the waste feed shaft wall is formed from a multiplicity of separate panels which are connected releasably to one another and which comprise, on their side facing the waste feed shaft, a panel inner wall and, on their side facing away from the waste feed shaft, a panel outer wall which is spaced apart from the panel inner wall and which with the panel inner wall surrounds a panel cavity.

The present invention relates to a waste feed device for feeding waste into a combustion space of a waste incineration plant, including a waste feed shaft wall surrounding a waste feed shaft. In this case, at least part of the waste feed shaft wall is formed from a multiplicity of separate panels which are connected releasably to one another and which comprise, on their side facing the waste feed shaft, a panel inner wall and, on their side facing away from the waste feed shaft, a panel outer wall which is spaced apart from the panel inner wall and which with the panel inner wall surrounds a panel cavity.

The present disclosure relates to a non-electric, multifunctional, configurable pellet-burning system for domestic and industrial use, which has a removable burner and an inclined hot gas outlet duct that connects said burner of the system with a heat accumulator tank that operates as a second combustion chamber and as a particle filter.

The present disclosure relates to a non-electric, multifunctional, configurable pellet-burning system for domestic and industrial use, which has a removable burner and an inclined hot gas outlet duct that connects said burner of the system with a heat accumulator tank that operates as a second combustion chamber and as a particle filter.

An online pulverized coal concentration regulator is mounted at a front end of a pulverized coal pipe, and a pulverized coal concentration detector is arranged in the pipe. The regulator includes a control system, and an output of the concentration detector is connected with a signal input end of the control system. The regulator includes a top plate, a regulating rod, and a powder baffle plate. A mounting hole for fixedly mounting the front end of the pipe and a through hole for the powder baffle plate to penetrate through are arranged in the top plate, and a connector is arranged between the regulating rod and the powder baffle plate. The regulator includes a guider slidably connected with the powder baffle plate and fixedly connected with the top plate, and a diversion plate arranged on the top plate and slidably connected with the powder baffle plate.

A pellet hopper for use in a pellet grill includes a first bottom panel, a second bottom panel, and a third bottom panel. Each bottom panel has an inner edge that partially defines a pellet evacuation opening. The first, second, and third bottom panels form respective first, second, and third nonzero angles relative to a horizontal plane. In this way, each bottom panel tilts downward toward the pellet evacuation opening.

A combustion system, particle separator and feed system for a combined heat and power system is provided. The system includes a combustion chamber configured to directly combust solid organic material. A combustion system is provided having a pressure vessel and a combustion chamber. The combustion chamber is disposed within the pressure vessel with a space therebetween. A conical plenum is disposed within the combustion chamber that distributes fuel to a perimeter of the combustion chamber. Plenum tubes extend from the conical plenum are configured to lift and suspend the solid organic material and induce a cyclonic flow within the combustion chamber. A port is coupled between an air source and the space, wherein during operation, air flows from the air source through the port and into the space to provide a thermal break between the combustion chamber and the pressure vessel.

A torque support for a transport device for fuels of a biomass heating system, including: a base plate having three legs and three sides; and a torque support, wherein the torque support is a 3-point torque support that comprises three fastening points for connecting the base plate to a support structure.