CN201882938U - Internal combustion type waste water treatment device - Google Patents
Internal combustion type waste water treatment device Download PDFInfo
- Publication number
- CN201882938U CN201882938U CN2010206213259U CN201020621325U CN201882938U CN 201882938 U CN201882938 U CN 201882938U CN 2010206213259 U CN2010206213259 U CN 2010206213259U CN 201020621325 U CN201020621325 U CN 201020621325U CN 201882938 U CN201882938 U CN 201882938U
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- Prior art keywords
- evaporative cylinder
- waste water
- support bracket
- internal combustion
- ash discharge
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- Expired - Fee Related
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- Heat Treatment Of Water, Waste Water Or Sewage (AREA)
Abstract
The utility model discloses an internal combustion type waste water treatment device comprising a motor, a transmission, an evaporation tube, an evaporation tank, a chimney, an ash discharging hole, an air blower, an air valve, an air supply pipe, a fuel feed pipe, an ash discharge pipe, a rack, a waste water pond and a transfer line, wherein one side of the transmission is connected with the motor, and the other side is connected with the evaporation tube; the evaporation tube is installed in the evaporation tank; each of two ends of the evaporation tube is provided with an opening; one opening is connected with the fuel feed pipe, and the other opening is connected with the ash discharge pipe; the waste water pond is positioned at the upper end at the rear of the rack; the upper end at the front of the rack is installed with a front support bracket and a rear support bracket; the evaporation tank is positioned between the front support bracket and the rear support bracket; the fuel feed pipe is installed at the upper end of the front support bracket; the ash discharge pipe is installed at the upper end of the rear support bracket; the tail end of the ash discharge pipe is provided with the chimney and the ash discharging hole; the air blower is installed at the fuel feed pipe side; and the waste water pond is connected with the evaporation tank through the transfer line. The internal combustion type waste water treatment device is small in heat loss and low in waste water treatment cost, and saves manpower.
Description
Technical field
The utility model relates to a kind of wastewater treatment equipment, more specifically to a kind of internal combustion type wastewater treatment equipment.
Background technology
The method of handling at present waste water is varied, and popular have boiler evaporating method, chemical precipitation method, a membrane separating method etc.The boiler evaporating method generally adopts indirect heating, and so calorific loss is bigger, causes a large amount of fuel of needs, thereby makes cost for wastewater treatment higher.
The utility model content
The purpose of this utility model is to overcome deficiency of the prior art, and the internal combustion type of using on a kind of sewage treatment equipment wastewater treatment equipment is provided.This wastewater treatment equipment is easy to operate, and thermal losses is few, and economic benefit is quite high.
The purpose of this utility model is achieved by the following technical solutions: it comprises a kind of internal combustion type wastewater treatment equipment electric motor, transmission mechanism, evaporative cylinder, evaporator tank, chimney, dust inlet, gas blower, air-valve, blast tube, advances fuel channel, ash discharge pipeline, frame, waste water feed reservoir, tubing.Transmission mechanism connects electric motor on one side, the other side is connected with evaporative cylinder, the electric motor the other side is connected with power supply, evaporative cylinder is installed on the evaporator tank the inside, hollow in the evaporative cylinder, burner hearth is located at evaporative cylinder inside, an opening is respectively stayed at the evaporative cylinder two ends, one opening part with advance fuel channel and be connected, another opening part and ash discharge pipe connection, evaporative cylinder, advancing fuel channel and ash discharge pipeline all adopts metal to make, select for use the titanium metal making preferably of acid-alkali-corrosive-resisting and thermal conductivity best, frame is positioned at below the whole device, be used for supporting whole device, the waste water feed reservoir is positioned at upper end, frame rear, upper end, frame the place ahead is equipped with front support bracket and rear support bracket, evaporator tank is between front support bracket and rear support bracket, front support bracket and rear support bracket are used for supporting evaporative cylinder, evaporative cylinder is fixed on the resting support of front and back with rolling bearing, advance fuel channel and be installed on the front support bracket upper end, the ash discharge pipeline is installed on the rear support bracket upper end, and the ash discharge pipe end is established chimney and dust inlet, and chimney is last, dust inlet is following, advance the fuel channel side gas blower is installed, gas blower is equipped with blast tube outward, and blast tube is connected to burner hearth, by blast tube wind is delivered to burner hearth, blast tube is provided with air-valve, and the waste water feed reservoir is connected with evaporator tank by tubing, and the feed control valve is installed on the tubing, the upper end closed of feed reservoir, stay an outlet, vapor pipe is installed in the exit, and vent valve is installed on vapor pipe; Top or the upper side of feed reservoir is equipped with liquid pushing tube, and feed valve is installed on the liquid pushing tube, and evaporator tank bottom or downside are equipped with bleeder valve.Can be better if install the raw material observation tube in the side of feed reservoir, the convenient feed reservoir water level of observing.The waste water feed reservoir is connected with evaporator tank by tubing, advances the waste water purpose thereby reach from the waste water feed reservoir automatically to the evaporator tank transformation.The utility model in use, at first close the feed control valve on the tubing, then open feed valve on the liquid pushing tube and the vent valve on the vapor pipe, beginning advances to need the waste water of processing toward feed reservoir, advance the bleeder valve of closing after waste water is finished on feed valve, the evaporator tank and the vent valve on the vapor pipe, open the feed control valve, this moment, feed reservoir began to advance waste water toward evaporator tank, when liquid level in the evaporator tank is elevated to the pipeline vertex that links to each other with feed reservoir when equal, because feed reservoir and evaporator tank both sides reach pressure equilibrium, feed reservoir stops automatically to the evaporator tank charging; Fuel takes fire in evaporative cylinder inside then, gas blower begins to start, and the based on fuel combustion position is suitably adjusted air-valve, makes air enter evaporative cylinder inside by blast tube, flow thereby strengthen the inner amount of oxygen of evaporative cylinder and strengthen inner air, make the fuel combustion of evaporative cylinder inside more abundant.The convection of air that the cigarette that produces in this process is then caused by gas blower makes cigarette flow to the chimney place from the burner hearth of evaporative cylinder, reaches the purpose of smoke evacuation.Meanwhile, transmission mechanism starts, and drives evaporative cylinder and rotates, and evaporative cylinder begins to rotate, and the evaporative cylinder bottom can contact or enclose liquid in rotating process, utilize the high temperature on evaporative cylinder surface to make liquid evaporation, thereby reach the effect of concentrated liquid.Consider that the evaporative cylinder temperature inside can be more and more higher in the evaporative process; it is good installing automatic temperature-controlled rotational speed devices (automatic temperature-controlled rotational speed devices is directly bought from the market) for this reason additional and load onto Wiper blade on the evaporative cylinder surface between power supply and electric motor; Wiper blade and evaporative cylinder are made of same material; the benefit of automatic temperature-controlled rotational speed devices is to control rotating speed according to the temperature of evaporative cylinder; the benefit of dress Wiper blade is to make evaporative cylinder have partially liq and evaporative cylinder that better sticking power is arranged in rotation process; improve evaporation effect, protection evaporative cylinder device.So can suitably reduce the temperature of evaporative cylinder.Automatically go out to consider to be worth doing dust inlet if dust inlet is made, operation can be more convenient so.Automatically go out to consider to be worth doing dust inlet and need in evaporative cylinder end and ash discharge pipeline, the hawk of scraping that is parabolic shape be installed, scrape hawk and evaporative cylinder is made of same material, make fuel bits move on to dust inlet, thereby reach the purpose that burner hearth bottom goes out bits automatically along scraping the hawk track in evaporative cylinder inside.Waste water in the evaporator tank is evaporated in the evaporative cylinder rotation process successively, when the evaporator tank liquid level is lower than the tubing pipeline vertex that links to each other with feed reservoir, air is by the constantly incoming stock pond of this pipeline, feed reservoir air pressure is constantly raise, because the effect of the atmospheric pressure that is increased, liquid is constantly flowed to evaporator tank by the tubing pipeline that feed reservoir links to each other with evaporator tank, hydraulic pressure constantly reduces, as long as it is equal that liquid position does not reach the pipeline vertex that links to each other with evaporator tank with feed reservoir, liquid will flow to evaporator tank constantly.When the pipeline vertex that links to each other with evaporator tank when evaporator tank liquid level and feed reservoir maintains an equal level, air stops incoming stock pond, the air pressure of feed reservoir and the air pressure of hydraulic pressure and evaporator tank form balance once more at this moment, and liquid stops to enter evaporator tank, thereby reaches the purpose of automatic control evaporator tank median water level.Can observe the feed reservoir water level by the raw material observation tube, close the feed control valve earlier when the feed reservoir water level is low, open the vent valve on feed valve and the vapor pipe again, allowing needs the incoming stock pond of waste water of processing.The bleeder valve of then opening when waste water in the evaporator tank reaches finite concentration because of water evaporates concentration is increasing on the evaporator tank uses as starting material by the waste water outflow.
The utility model is the primary treatment equipment of wastewater zero discharge, constitutes the wastewater zero discharge treatment system with secondary method of chemical treatment.The beneficial effects of the utility model are that thermal losses is few, has improved vaporization efficiency greatly owing to adopt the internal combustion type evaporative cylinder, reduce the evaporation cost.In addition on this basis, use transformation automatic feeder, automatic temperature-controlled rotational speed devices and go out automatically bits down apparatus for ash further facilitate operation, save manpower, reduce and handle the waste water cost.
Description of drawings
Fig. 1 is structural representation of the present utility model (front view);
Fig. 2 is structural representation of the present utility model (vertical view);
Fig. 3 is that A is to structure iron;
Among the figure 1, feed reservoir; 2, raw material observation tube; 3, vent valve; 4, vapor pipe; 5, liquid pushing tube; 6, chimney; 7, automatic speed regulation temp probe; 8, rear support bracket; 9, side Wiper blade; 10, evaporative cylinder; 11, positive Wiper blade; 12 front support brackets; 13, evaporator tank; 14, frame; 15, dust inlet; 16, tubing; 17, feed control valve; 18, automatic temperature-controlled speed regulation device; 19, electric motor; 20, transmission mechanism; 21, ash discharge pipeline; 22, scrape hawk; 23, burner hearth; 24, advance fuel channel; 25, air-valve; 26, blast tube; 27, gas blower; 28, rolling bearing; 29, bleeder valve.
Embodiment
The contrast accompanying drawing is said fabrication and installation process of the present utility model below:
1, make empty both sides in and connect the into evaporative cylinder of fuel channel and ash discharge pipeline respectively: select for use earlier acid-alkali-corrosive-resisting and thermal conductivity preferably titanium metal make the evaporative cylinder that an opening is respectively stayed at sky in one and two ends, the Wiper blade that same material is made on the evaporative cylinder surface mounting; Make into fuel channel and ash discharge pipeline with same material then, advancing fuel channel and ash discharge duct size and evaporative cylinder openings of sizes is complementary, and then with same material in evaporative cylinder in the terminal and ash discharge pipeline on installation be the hawk of scraping of parabolic shape, at last with evaporative cylinder front openings place with advance fuel channel and be connected, a terminal opening part is connected with the ash discharge pipeline.
2, at the ash discharge pipe end chimney and dust inlet are installed, chimney is last, and dust inlet is following.
3, make a suitable frame, the waste water feed reservoir is positioned at upper end, frame rear, upper end, frame the place ahead is equipped with front support bracket and rear support bracket, evaporative cylinder is fixed on the resting support of front and back with rolling bearing, place evaporator tank between front support bracket and the rear support bracket, the evaporative cylinder of making is previously placed the evaporator tank the inside, advance fuel channel and place the front support bracket upper end, the ash discharge pipeline places the rear support bracket upper end, and the waste water feed reservoir is connected with evaporator tank by tubing, and the feed control valve is installed on the tubing, the upper end closed of feed reservoir, stay an outlet, vapor pipe is installed in the exit, and vent valve is installed on the vapor pipe; On feed reservoir or upper side liquid pushing tube is installed, the raw material observation tube is installed in the side of feed reservoir, in evaporator tank bottom or downside bleeder valve is installed.
4, advancing fuel channel side installation gas blower, gas blower is installed blast tube outward, and blast tube is connected to burner hearth, and air-valve is set on the blast tube.
5, connect electric motor on one side with the automatic temperature-controlled rotational speed devices of the PLC that buys on the market, the other side is connected with power supply; Transmission mechanism connects electric motor on one side, and the other side is connected with evaporative cylinder.So just make the utility model.
A kind of internal combustion type wastewater treatment equipment of the utility model in use, at first close the feed control valve on the tubing, then open feed valve on the liquid pushing tube and the vent valve on the vapor pipe, beginning advances to need the waste water of processing toward feed reservoir, advance and close feed valve after waste water is finished, bleeder valve on the evaporator tank and the vent valve on the vapor pipe, open the feed control valve, this moment, feed reservoir began to advance waste water toward evaporator tank, when liquid level in the evaporator tank is elevated to the tubing vertex that links to each other with feed reservoir when equal, because feed reservoir and evaporator tank both sides reach pressure equilibrium, feed reservoir stops automatically to the evaporator tank charging; Fuel takes fire in evaporative cylinder inside then, gas blower begins to start, the based on fuel combustion position is suitably adjusted air-valve, make air enter evaporative cylinder burner hearth inside by blast tube, flow thereby strengthen the inner amount of oxygen of evaporative cylinder and strengthen inner air, make the fuel combustion of evaporative cylinder inside more abundant.The convection of air that the cigarette that produces in this process is then caused by gas blower makes cigarette flow to the chimney place from the burner hearth of evaporative cylinder, reaches the purpose of smoke evacuation.Meanwhile, the automatic temperature-controlled rotational speed devices of PLC starts, and drives evaporative cylinder and rotates, and the evaporative cylinder bottom can contact or enclose liquid in rotating process, utilize the high temperature on evaporative cylinder surface to make liquid evaporation, thereby reach the effect of concentrated liquid.Waste water in the evaporator tank is evaporated in the evaporative cylinder rotation process successively, and when the evaporator tank liquid level was lower than the tubing vertex that links to each other with feed reservoir, waste water will continue to flow to evaporator tank from feed reservoir.When the tubing vertex that links to each other with evaporator tank when evaporator tank liquid level and feed reservoir maintains an equal level, waste water stops to enter evaporator tank, can observe the feed reservoir water level by the raw material observation tube, when the feed reservoir water level is low, close the vent valve on feed control valve and the vapor pipe earlier, open the feed valve on the liquid pushing tube again, allowing needs the incoming stock pond of waste water of processing.The fuel bits of evaporative cylinder inside move on to dust inlet along scraping the hawk track, thereby reach the purpose that burner hearth bottom goes out bits automatically.The bleeder valve of then opening when waste water in the evaporator tank reaches finite concentration because of water evaporates concentration is increasing on the evaporator tank uses as starting material by the waste water outflow.
Claims (7)
1. internal combustion type wastewater treatment equipment, it is characterized in that it comprises electric motor, transmission mechanism, evaporative cylinder, evaporator tank, chimney, dust inlet, gas blower, air-valve, blast tube, advance fuel channel, the ash discharge pipeline, frame, waste water feed reservoir and tubing, transmission mechanism connects electric motor on one side, the other side is connected with evaporative cylinder, the electric motor the other side is connected with power supply, evaporative cylinder is installed on the evaporator tank the inside, hollow in the evaporative cylinder, burner hearth is located at evaporative cylinder inside, an opening is respectively stayed at the evaporative cylinder two ends, one opening part with advance fuel channel and be connected, another opening part and ash discharge pipe connection, frame is positioned at below the whole device, the waste water feed reservoir is positioned at upper end, frame rear, upper end, frame the place ahead is equipped with front support bracket and rear support bracket, evaporative cylinder is fixed on the resting support of front and back with rolling bearing, evaporator tank is between front support bracket and rear support bracket, advance fuel channel and be installed on the front support bracket upper end, the ash discharge pipeline is installed on the rear support bracket upper end, the ash discharge pipe end is established chimney and dust inlet, chimney is last, dust inlet is following, advance the fuel channel side gas blower is installed, gas blower is equipped with blast tube outward, and blast tube is connected to burner hearth, and blast tube is provided with air-valve, the waste water feed reservoir is connected with evaporator tank by tubing, the feed control valve is installed on the tubing, and the upper end closed of feed reservoir stays an outlet, vapor pipe is installed in the exit, and vent valve is installed on vapor pipe; Top or the upper side of feed reservoir is equipped with liquid pushing tube, and feed valve is installed on the liquid pushing tube, and evaporator tank bottom or downside are equipped with bleeder valve.
2. a kind of internal combustion type wastewater treatment equipment according to claim 1 is characterized in that adding automatic temperature-controlled rotational speed devices between power supply and electric motor.
3. a kind of internal combustion type wastewater treatment equipment according to claim 1 and 2 is characterized in that the evaporative cylinder surface is equipped with Wiper blade, in the terminal and ash discharge pipeline of evaporative cylinder the hawk of scraping that is parabolic shape is installed.
4. a kind of internal combustion type wastewater treatment equipment according to claim 3 is characterized in that evaporative cylinder, advances fuel channel, the ash discharge pipeline, scrapes hawk and Wiper blade all adopts metal to make.
5. a kind of internal combustion type wastewater treatment equipment according to claim 4 is characterized in that evaporative cylinder, advances fuel channel, the ash discharge pipeline, scrapes hawk and Wiper blade is made of titanium metal.
6. a kind of internal combustion type wastewater treatment equipment according to claim 1 and 2 is characterized in that the side of feed reservoir is equipped with the raw material observation tube.
7. a kind of internal combustion type wastewater treatment equipment according to claim 3 is characterized in that the side of feed reservoir is equipped with the raw material observation tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206213259U CN201882938U (en) | 2010-11-16 | 2010-11-16 | Internal combustion type waste water treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206213259U CN201882938U (en) | 2010-11-16 | 2010-11-16 | Internal combustion type waste water treatment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201882938U true CN201882938U (en) | 2011-06-29 |
Family
ID=44180476
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206213259U Expired - Fee Related CN201882938U (en) | 2010-11-16 | 2010-11-16 | Internal combustion type waste water treatment device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201882938U (en) |
-
2010
- 2010-11-16 CN CN2010206213259U patent/CN201882938U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110629 Termination date: 20121116 |