CN102182525A - Mixed energy-saving power boiler engine - Google Patents
Mixed energy-saving power boiler engine Download PDFInfo
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- CN102182525A CN102182525A CN2010106226588A CN201010622658A CN102182525A CN 102182525 A CN102182525 A CN 102182525A CN 2010106226588 A CN2010106226588 A CN 2010106226588A CN 201010622658 A CN201010622658 A CN 201010622658A CN 102182525 A CN102182525 A CN 102182525A
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Abstract
The invention provides a mixed energy-saving power boiler engine, relating to an engine. The main seam generator of the mixed energy-saving power boiler engine is arranged in a heat-resistant engine oil container, the outer wall of the heat-resistant engine oil container is provided with an outer boiler heat preservation vacuum cover which is connected with an oil temperature sensor, the bottom of the heat-resistant engine oil container is provided with a fuel combustion chamber, the fuel combustion chamber is connected with an exhaust gas processor of the combustor chamber smoke pipe through the combustor chamber smoke pipe and passing through an auxiliary steam generator and a water tank in sequence, the heat-resistant engine oil container is connected with the engine oil exhaust gas processor and the air duct through the synchronous pipeline in a high-temperature engine oil pipeline and passing through the auxiliary steam generator and the water tank in sequence, the main steam generator is connected with the auxiliary steam generator through a first water volume regulator, one side of the auxiliary steam generator is connected with a water level temperature sensor, the outer wall of the auxiliary steam generator is provided with the outer heat preservation vacuum cover of the auxiliary steam generator, and one side of the upper end of the auxiliary steam generator is connected with the steam regulator and the pipeline through a pipe. The boiler engine can effectively recycle heat energy and save energy.
Description
Technical field:
The present invention relates to a kind of motor, be specifically related to the energy-conservation utility boiler motor of a kind of mixing.
Background technique:
Motor is a kind ofly can normally be converted into mechanical energy to the machine of the another kind of more useful energy of being converted into of a kind of form to chemical energy.Sometimes it both had been applicable to power generating apparatus, also can refer to comprise the entire machine of power plant, but the efficient of traditional motor is not high, can not effectively reclaim heat energy, has wasted a large amount of energy.
Summary of the invention:
The purpose of this invention is to provide the energy-conservation utility boiler motor of a kind of mixing, it can effectively reclaim heat energy, has saved the energy greatly.
In order to solve the existing problem of background technique, the present invention is by the following technical solutions: it comprises the main steam generator, high temperature resistant machine oil container, boiler insulation vacuum outer cover, secondary steam generator, steam regulator and pipeline, steam turbine, the turbine synchronous machine, the shell of turbo machine and synchronous machine, the bearing of synchronous generator, two line shafts and the angle gear that intersects, gearbox, transformer, storage battery, heating tube and elastic cable paper, first water regulator, the pipeline same period of high temperature oil chamber, the firing chamber of fuel, the firing chamber smoke pipe, the steam water collection box and the back steam breathing pipe of doing manual work, machine oil exhaust processor and breather line, firing chamber smoke pipe exhaust processor, the filler, total relief opening, the warm inductor of oil, the water-level and water-temperature device, the insulation vacuum outer cover of secondary steam generator, water tank, water gauge, second water regulator; The main steam generator is arranged in the high temperature resistant machine oil container, high temperature resistant machine oil container outer wall is provided with boiler insulation vacuum outer cover, boiler insulation vacuum outer cover links to each other with oil temperature inductor, the bottom of high temperature resistant machine oil container is provided with the firing chamber of fuel, the firing chamber of fuel is also passed secondary steam generator successively by the firing chamber smoke pipe and is linked to each other with firing chamber smoke pipe exhaust processor with water tank, high temperature resistant machine oil container is by the pipeline and pass secondary steam generator successively and link to each other with breather line with the machine oil exhaust processor with the water tank same period of high temperature oil chamber, the main steam generator links to each other with secondary steam generator by first water regulator, one side of secondary steam generator links to each other with the water-level and water-temperature device, secondary steam generator outer wall is provided with the insulation vacuum outer cover of secondary steam generator, secondary steam generator upper end one side links to each other with steam regulator and pipeline by pipe, secondary steam generator upper end opposite side links to each other with water tank by second water regulator, water tank one side is provided with water gauge, the water tank upper end is provided with the filler, the main steam generator links to each other with steam turbine by steam regulator and pipeline, steam turbine also passes secondary steam generator successively by pipe and links to each other with the back steam breathing pipe of doing manual work with the steam water collection box with water tank, the steam water collection box and the back steam breathing pipe of doing manual work, the machine oil exhaust processor all links to each other with total relief opening with firing chamber smoke pipe exhaust processor with breather line, the steam turbine below is provided with the turbine synchronous machine, the outer wall of turbine synchronous machine is provided with the shell of turbo machine and synchronous machine, one side of the shell of turbo machine and synchronous machine by transformer respectively with storage battery, heating tube links to each other with elastic cable paper, heating tube links to each other with high temperature resistant machine oil internal tank with elastic cable paper one end, be provided with the bearing of synchronous generator in the middle of the bottom of the shell of turbo machine and synchronous machine, the bearing of synchronous generator and two line shafts and the angle gear that intersects link to each other, and two line shafts and the angle gear that intersects are by spool linking to each other with gearbox.
Described main steam generator is the high voltage bearing container of hemisphere, in the lower semisphere part of drum container, is covered with the high pressure ring pipe that communicates in high pressure resistant and the bucket.It adopts stainless steel or titanium alloy to make.Its effect is fully to allow water pass through the circulating line maximum area contact with high temperature oil, utilize the high temperature of high temperature oil to gasify by instant water, this is the core of steam generator, this also is the main spot of engine power, by high temperature oil chamber, main steam generator, water regulator and steam regulator and associated conduit, constitute the main steam generator system.
Described boiler insulation vacuum outer cover is the hollow cover body, directly is welded on the outer wall of high temperature resistant machine oil container.
The present invention utilizes the boiling point height of high temperature resistant machine oil, and amount of stored heat is big, allows water by being immersed in the container in the machine oil, because the machine oil action of high temperature can allow instant water gasification, the water vapor of generation High Temperature High Pressure promote turbo machine and do manual work.
The present invention becomes three courages with boiler design, main courage (main steam generator) and outer courage (high temperature resistant machine oil container) and secondary courage (secondary steam generator) in dividing, and outer courage is to measure as required containing resistant to elevated temperatures machine oil; Interior main courage is to be filled with water, and can bear the main steam generator of predetermined pressure.The main steam generator is to be immersed in the resistant to elevated temperatures machine oil of outer courage, its motion principle---with burning or electricity the high temperature resistant machine oil in the pot furnace outside-lining is heated to boiling point, then according to the needs of power by water regulator quantitative water of controlled injection in the main courage (main steam generator) in boiler, moment changes into the aqueous vapor of liquid state the water vapor of High Temperature High Pressure, the directed turbo machine that passes through at a high speed, driving the turbine blade high speed rotating does manual work, fixing synchronous generator on the while turbine blade axle, be synchronized with the movement and send, by the transformation transducer, a part is stored in the storage battery standby, part directly drives heating tube, heat high temperature resistant machine oil, ensure the thermal cycle of portion of energy.
The present invention has made full use of high temperature resistant machine oil boiling point height, the effect of accumulation of heat energy, continually aqueous vapor drive turbo machine is done manual work, simultaneously the outlet pipe of turbo machine being designed to condensation tube is secondary steam generator by secondary courage, reaches the purpose that reclaims heat and recycle-water; The high temperature air of machine oil chamber is passed through pipeline, be designed to condensation tube and reach the effect of reclaiming heat by secondary courage; Again the smoke pipe of firing chamber also is designed to condensation tube and reaches the recovery heat by secondary courage, establishing water tank in addition allows three tracheaes enter water body once more, further reclaim heat, this three pipeline all is designed to condensation tube by recyclable about 80% the waste heat of secondary courage, secondary courage also is designed to steam generator, its steam line is communicated with the turbo machine main steam line by steam regulator, and equaling turbo machine has increased a power source again.To reach purpose of energy saving.The application prospect of this motor is boundless, utilizes this principle can develop conventional water-heating boiler and pressure boiler simultaneously, and energy-conservation expectation can reach about 60-70%.
Description of drawings:
Fig. 1 is a structural representation of the present invention.
Embodiment:
Referring to Fig. 1, this embodiment by the following technical solutions: it comprises main steam generator 1, high temperature resistant machine oil container 2, boiler insulation vacuum outer cover 3, secondary steam generator 4, steam regulator and pipeline 5, steam turbine 6, turbine synchronous machine 7, the shell 8 of turbo machine and synchronous machine, the bearing 9 of synchronous generator, two line shafts and the angle gear 10 that intersects, gearbox 11, transformer 12, storage battery 13, heating tube and elastic cable paper 14, first water regulator 15, the pipeline 16 same period of high temperature oil chamber, the firing chamber 17 of fuel, firing chamber smoke pipe 18, the steam water collection box and the back steam breathing pipe 19 of doing manual work, machine oil exhaust processor and breather line 20, firing chamber smoke pipe exhaust processor 21, filler 22, total relief opening 23, the warm inductor 24 of oil, water-level and water-temperature device 25, the insulation vacuum outer cover 26 of secondary steam generator, water tank 27, water gauge 28, second water regulator 29; Main steam generator 1 is arranged in the high temperature resistant machine oil container 2, high temperature resistant machine oil container 2 outer walls are provided with boiler insulation vacuum outer cover 3, boiler insulation vacuum outer cover 3 links to each other with oil temperature inductor 24, the bottom of high temperature resistant machine oil container 2 is provided with the firing chamber 17 of fuel, the firing chamber 17 of fuel is also passed secondary steam generator 4 successively by firing chamber smoke pipe 18 and is linked to each other with firing chamber smoke pipe exhaust processor 21 with water tank 27, high temperature resistant machine oil container 2 is by the pipeline 16 and pass secondary steam generator 4 successively and link to each other with breather line 20 with the machine oil exhaust processor with water tank 27 same period of high temperature oil chamber, main steam generator 1 links to each other with secondary steam generator 4 by first water regulator 15, one side of secondary steam generator 4 links to each other with water-level and water-temperature device 25, secondary steam generator 4 outer walls are provided with the insulation vacuum outer cover 26 of secondary steam generator, secondary steam generator 4 upper ends one side links to each other with steam regulator and pipeline 5 by pipe, secondary steam generator 4 upper end opposite sides link to each other with water tank 27 by second water regulator 29, water tank 27 1 sides are provided with water gauge 28, water tank 27 upper ends are provided with filler 22, main steam generator 1 links to each other with steam turbine 6 by steam regulator and pipeline 5, steam turbine 6 also passes secondary steam generator 4 successively by pipe and links to each other with the back steam breathing pipe 19 of doing manual work with the steam water collection box with water tank 27, the steam water collection box and the back steam breathing pipe 19 of doing manual work, the machine oil exhaust processor all links to each other with total relief opening 23 with firing chamber smoke pipe exhaust processor 21 with breather line 20, steam turbine 6 belows are provided with turbine synchronous machine 7, the outer wall of turbine synchronous machine 7 is provided with the shell 8 of turbo machine and synchronous machine, one side of the shell 8 of turbo machine and synchronous machine by transformer 12 respectively with storage battery 13, heating tube links to each other with elastic cable paper 14, heating tube and elastic cable paper 14 1 ends and high temperature resistant 2 inner linking to each other of machine oil container, be provided with the bearing 9 of synchronous generator in the middle of the bottom of the shell 8 of turbo machine and synchronous machine, the bearing 9 of synchronous generator and two line shafts and the angle gear 10 that intersects link to each other, and two line shafts and the angle gear 10 that intersects are by spool linking to each other with gearbox 11.
Described main steam generator 1 is the high voltage bearing container of hemisphere, in the lower semisphere part of drum container, is covered with the high pressure ring pipe that communicates in high pressure resistant and the bucket.It adopts stainless steel or titanium alloy to make.Its effect is fully to allow water pass through the circulating line maximum area contact with high temperature oil, utilize the high temperature of high temperature oil to gasify by instant water, this is the core of steam generator, this also is the main spot of engine power, by high temperature resistant machine oil container 2, main steam generator 1, first water regulator 15 and steam regulator and associated conduit, constitute the main steam generator system.
Described boiler insulation vacuum outer cover 3 is the hollow cover body, directly is welded on the outer wall of high temperature resistant machine oil container 2.
Described high temperature resistant machine oil container 2 i.e. the pot furnace outside-lining, its major function is the heat that is produced by high temperature resistant machine oil absorption burning and electric heating tube, and store heat, the heat of high temperature oil is the container body transmission feedwater by the ring pipe of main steam generator and generator, thereby water obtains to surpass the heat of several times of own boiling points, and the huge swelling pressure of moment gas generation are power resources of turbo machine.
Described secondary steam generator 4 is to remain quantitative water to absorb from firing chamber smoke pipe 18 and enter heat in the water body condensation tube; Absorption enters heat in the water body condensation tube from the breather line of high temperature oil chamber; Add the steam outleting pipe road that absorbs after turbo machine is done manual work and enter heat in the water body condensation tube.It concentrates the heat reclaimed in three exhaust pipings, and formed secondary steam generator, it has dual function, A, it can by first water regulator in main steam generator 1, utilize the pressure of the first water regulator water pump in the main steam generator, to inject the hot water that has reached boiling point endlessly, quickened the moment gasification result of water in the main steam generator.B, it is by absorbing from the heat of high temperature in three exhaust pipings, and self water body also is able to continuously the generation high pressure steam, forms the another power source that promotes turbo machine by steam regulator.
Described steam regulator and pipeline 5 are by collect in main generator and secondary generator vapor pressure and receive the work order of sending from engine computer control centre of pressure transducer, effectively control the size of tolerance and air pressure, provide stable high pressure steam continually to turbo machine.
Described steam turbine 6 is to be made of turbine blade and casing, high pressure steam constantly promotes the rotation of turbine blade axle in a steady stream and does manual work, having constituted one with the synchronous generator combination simultaneously is that output power is sent the circulation that electric weight is finished portion of energy by synchronous machine, to reach purpose of energy saving.
Described turbine synchronous machine 7 is to be fixed on the turbine blade axle synchronously with turbine blade, and its effect is: A, when high speed rotating, and the generator amature of big quality can play the effect of balance and stability; B, the mechanical energy that turbo machine is done man-hour rotation are transformed into electric energy.
Described two line shafts and the angle gear 10 that intersects are designed to when vertical with earth attraction, vertical turbine just, and motion sharf and generator amature have just constituted a motion gyro.Motion principle according to gyro---rotating speed is high more just stable more, and energy output is big more, and energy-conservation more simultaneously, the turbo machine line shaft is connected with gearbox by angle gear, finishes controlled horizontal output power.
Described first water regulator 15 is responsible for the water diversion volume of main steam generator, it is to be controlled by engine computer control centre, it is equivalent to the effect of the Injection Pump of engine fuel, regulates the rotating speed of turbo machine by the size of engine computer control injection flow rate, realizes the size of output power.
The pipeline 16 same period of described high temperature oil chamber is that the form that is designed to condensation tube is finished waste-gas heat by secondary steam generator 4 and water tank 27 respectively and reclaimed.
The pipeline 16 same period of the major function of described firing chamber smoke pipe 18 and high temperature oil chamber is the same, also is that waste discharge gas and the form of utilizing condensation tube reclaim heat.
Steam water recover in the described steam water collection box and the back steam breathing pipe 19 of doing manual work be with the water vapor in the back steam breathing pipe of doing manual work under the effect of condensation tube by secondary generator and water tank, it is recycling to lower the temperature into the power that water draws back water tank by the recover water pump at last.
The effect of described machine oil exhaust processor and breather line 20 is the waste gas that filters from the machine oil chamber, helps environmental protection.
The effect of described firing chamber smoke pipe exhaust processor 21 is the waste gas that filters from the firing chamber, helps environmental protection.
Described total relief opening 23 is to allow fully mix discharge again with the residual steam of discharging here from waste gas of combustion chamber and machine oil chamber waste gas, helps further purifying exhaust air like this.
Described oil temperature inductor 24 effect detections are the oil temperature accurately, and data transmission is given computer control centre, is further realized the temperature of firing chamber and electric heater for heating is controlled according to oil temperature data by control centre, realizes the constant control of oil temperature.
Described water-level and water-temperature device 25 is interior water level of the secondary generator of monitoring and temperature, as long as trickle SEA LEVEL VARIATION is arranged, control centre will regulate the water filling in secondary generator of 29 water regulators by the waterlevel data of level sensor, replenishes secondary generator and produces the water of steam consumption and the consumption of water filling in main generator.To reach the constant of secondary generator water level, help reclaiming heat.
The action function of the insulation vacuum outer cover 26 of described secondary steam generator is the same with the setting and the effect of boiler insulation vacuum outer cover 3.
The effect of described water tank 27 is the effects that store motor workmanship water and further collect heat in three flue gas leadings
Described second water regulator 29 is water diversion volumes of being responsible for secondary generator.
This embodiment is utilized the boiling point height of high temperature resistant machine oil, and amount of stored heat is big, allows water by being immersed in the container in the machine oil, because the machine oil action of high temperature can allow instant water gasification, the water vapor of generation High Temperature High Pressure promote turbo machine and do manual work.
This embodiment becomes three courages with boiler design, main courage (main steam generator 1) and outer courage (high temperature resistant machine oil container 2) and secondary courage (secondary steam generator 4) in dividing, and outer courage is to measure as required containing resistant to elevated temperatures machine oil; Interior main courage is to be filled with water, and can bear the main steam generator of predetermined pressure.The main steam generator is to be immersed in the resistant to elevated temperatures machine oil of outer courage, its motion principle---with burning or electricity the high temperature resistant machine oil in the pot furnace outside-lining is heated to boiling point, then according to the needs of power by water regulator quantitative water of controlled injection in the main courage (main steam generator 1) in boiler, moment changes into the aqueous vapor of liquid state the water vapor of High Temperature High Pressure, the directed turbo machine that passes through at a high speed, driving the turbine blade high speed rotating does manual work, fixing synchronous generator on the while turbine blade axle, be synchronized with the movement and send, by the transformation transducer, a part is stored in the storage battery standby, a part directly drives heating tube, heat high temperature resistant machine oil, ensure the thermal cycle of portion of energy.
This embodiment has made full use of high temperature resistant machine oil boiling point height, the effect of accumulation of heat energy, continually water vapor is driven turbo machine and do manual work, simultaneously the outlet pipe of turbo machine being designed to condensation tube is secondary steam generator by secondary courage, reaches the purpose that reclaims heat and recycle-water; The high temperature air of machine oil chamber is passed through pipeline, be designed to condensation tube and reach the effect of reclaiming heat by secondary courage; Again the smoke pipe of firing chamber also is designed to condensation tube and reaches the recovery heat by secondary courage, establishing water tank in addition allows three tracheaes enter water body once more, further reclaim heat, this three pipeline all is designed to condensation tube by recyclable about 80% the waste heat of secondary courage, secondary courage also is designed to steam generator, its steam line is communicated with the turbo machine main steam line by steam regulator, and equaling turbo machine has increased a power source again.To reach purpose of energy saving.The application prospect of this motor is boundless, utilizes this principle can develop conventional water-heating boiler and pressure boiler simultaneously, and energy-conservation expectation can reach about 60-70%.
Claims (3)
1. mix energy-conservation utility boiler motor, it is characterized in that it comprises main steam generator (1), high temperature resistant machine oil container (2), boiler insulation vacuum outer cover (3), secondary steam generator (4), steam regulator and pipeline (5), steam turbine (6), turbine synchronous machine (7), the shell of turbo machine and synchronous machine (8), the bearing of synchronous generator (9), two line shafts and the angle gear (10) that intersects, gearbox (11), transformer (12), storage battery (13), heating tube and elastic cable paper (14), first water regulator (15), the pipeline same period (16) of high temperature oil chamber, the firing chamber of fuel (17), firing chamber smoke pipe (18), the steam water collection box and the back steam breathing pipe (19) of doing manual work, machine oil exhaust processor and breather line (20), firing chamber smoke pipe exhaust processor (21), filler (22), total relief opening (23), oil warm inductor (24), water-level and water-temperature device (25), the insulation vacuum outer cover (26) of secondary steam generator, water tank (27), water gauge (28), second water regulator (29); Main steam generator (1) is arranged in the high temperature resistant machine oil container (2), high temperature resistant machine oil container (2) outer wall is provided with boiler insulation vacuum outer cover (3), boiler insulation vacuum outer cover (3) links to each other with oily temperature inductor (24), the bottom of high temperature resistant machine oil container (2) is provided with the firing chamber (17) of fuel, the firing chamber of fuel (17) is also passed secondary steam generator (4) successively by firing chamber smoke pipe (18) and is linked to each other with firing chamber smoke pipe exhaust processor (21) with water tank (27), high temperature resistant machine oil container (2) by the high temperature oil chamber the pipeline same period (16) and pass secondary steam generator (4) successively and link to each other with breather line (20) with the machine oil exhaust processor with water tank (27), main steam generator (1) links to each other with secondary steam generator (4) by first water regulator (15), one side of secondary steam generator (4) links to each other with water-level and water-temperature device (25), secondary steam generator (4) outer wall is provided with the insulation vacuum outer cover (26) of secondary steam generator, secondary steam generator (4) upper end one side links to each other with steam regulator and pipeline (5) by pipe, secondary steam generator (4) upper end opposite side links to each other with water tank (27) by second water regulator (29), water tank (27) one sides are provided with water gauge (28), water tank (27) upper end is provided with filler (22), main steam generator (1) links to each other with steam turbine (6) by steam regulator and pipeline (5), steam turbine (6) also passes secondary steam generator (4) successively by pipe and links to each other with the back steam breathing pipe (19) of doing manual work with the steam water collection box with water tank (27), the steam water collection box and the back steam breathing pipe (19) of doing manual work, the machine oil exhaust processor all links to each other with total relief opening (23) with firing chamber smoke pipe exhaust processor (21) with breather line (20), steam turbine (6) below is provided with turbine synchronous machine (7), the outer wall of turbine synchronous machine (7) is provided with the shell (8) of turbo machine and synchronous machine, one side of the shell of turbo machine and synchronous machine (8) by transformer (12) respectively with storage battery (13), heating tube links to each other with elastic cable paper (14), heating tube links to each other with elastic cable paper (14) one ends and high temperature resistant machine oil container (2) are inner, be provided with the bearing (9) of synchronous generator in the middle of the bottom of the shell of turbo machine and synchronous machine (8), the bearing of synchronous generator (9) and two line shafts and the angle gear (10) that intersects link to each other, and two line shafts and the angle gear (10) that intersects are by spool linking to each other with gearbox (11).
2. the energy-conservation utility boiler motor of mixing according to claim 1 is characterized in that described main steam generator (1) is the high voltage bearing container of hemisphere, in the lower semisphere part of drum container, is covered with the high pressure ring pipe that communicates in high pressure resistant and the bucket.
3. the energy-conservation utility boiler motor of mixing according to claim 1 is characterized in that described boiler insulation vacuum outer cover (3) is the hollow cover body, directly is welded on the outer wall of high temperature resistant machine oil container (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010106226588A CN102182525A (en) | 2010-12-30 | 2010-12-30 | Mixed energy-saving power boiler engine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010106226588A CN102182525A (en) | 2010-12-30 | 2010-12-30 | Mixed energy-saving power boiler engine |
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| CN102182525A true CN102182525A (en) | 2011-09-14 |
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| CN2010106226588A Pending CN102182525A (en) | 2010-12-30 | 2010-12-30 | Mixed energy-saving power boiler engine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113551214A (en) * | 2021-07-20 | 2021-10-26 | 河南省锅炉压力容器安全检测研究院 | Industrial boiler flue economizer |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS63263206A (en) * | 1987-04-21 | 1988-10-31 | Mitsubishi Heavy Ind Ltd | Power generator equipment |
| EP1221573A1 (en) * | 2001-01-08 | 2002-07-10 | Josef Jun. Stöger | Process for recuperation of thermal and electrical energy from gases of biomass combustion |
| CN1987059A (en) * | 2006-11-13 | 2007-06-27 | 刘金郎 | Thermal electric co-producing system using dry coke quenching nitrogen waste heat ammonia-water composite steam |
| CN201318664Y (en) * | 2008-08-28 | 2009-09-30 | 李承圜 | Electric refrigerating hot chip energy-saving and heating device |
| CN101639211A (en) * | 2009-07-20 | 2010-02-03 | 成都南玻玻璃有限公司 | Float glass melting furnace parallel connection waste heat power generation system |
| CN202441443U (en) * | 2011-09-29 | 2012-09-19 | 巫仲勤 | Mixed energy-saving power boiler engine |
-
2010
- 2010-12-30 CN CN2010106226588A patent/CN102182525A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS63263206A (en) * | 1987-04-21 | 1988-10-31 | Mitsubishi Heavy Ind Ltd | Power generator equipment |
| EP1221573A1 (en) * | 2001-01-08 | 2002-07-10 | Josef Jun. Stöger | Process for recuperation of thermal and electrical energy from gases of biomass combustion |
| CN1987059A (en) * | 2006-11-13 | 2007-06-27 | 刘金郎 | Thermal electric co-producing system using dry coke quenching nitrogen waste heat ammonia-water composite steam |
| CN201318664Y (en) * | 2008-08-28 | 2009-09-30 | 李承圜 | Electric refrigerating hot chip energy-saving and heating device |
| CN101639211A (en) * | 2009-07-20 | 2010-02-03 | 成都南玻玻璃有限公司 | Float glass melting furnace parallel connection waste heat power generation system |
| CN202441443U (en) * | 2011-09-29 | 2012-09-19 | 巫仲勤 | Mixed energy-saving power boiler engine |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113551214A (en) * | 2021-07-20 | 2021-10-26 | 河南省锅炉压力容器安全检测研究院 | Industrial boiler flue economizer |
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Application publication date: 20110914 |