A kind of emulsified asphalt continuously produces heat recovery and utilization equipment
Technical field
This utility model belongs to ground surface material technical field, and in particular to a kind of emulsified asphalt continuously produces heat recovery profit
Use equipment.
Background technology
Emulsified asphalt is expanded the road asphalt of usual applied at elevated temperature by the method for mechanical agitation and addition emulsifying agent
It is liquefied as in being scattered to water that viscosity under room temperature is low, a kind of good fluidity pavement construction material.Emulsified asphalt can be used with room temperature,
Can also be used together with moist building stones.
The production equipment of emulsified asphalt can be divided into batch operation formula, semicontinuous job type and continuous operating by technological process
Three kinds.Emulsifying agent, acid, water and latex modified agent etc. are mixed distribution tank in soap lye in production by batch (-type) bitumen emulsion equipment
In mix and match somebody with somebody, then itself and Colophonium are pumped in colloid mill, a tank soap lye needs to prepare again soap lye after being finished.Semi continuous emulsifying
Asphalt production equipment is to set up soap lye in batch (-type) equipment for production of emulsified bitumen to mix distribution tank, is matched somebody with somebody so as to the alternating for realizing soap lye is mixed, and is protected
Card is continual to send soap lye into colloid mill.Continuous emulsifying asphalt production equipment by emulsifying agent, water, acid, latex modified agent, drip
The amount of using tricks pump is pumped directly in colloid mill green grass or young crops etc. respectively.
Emulsified asphalt needs matrix pitch and soap lye are heated separately to uniform temperature first in process of production, then in glue
It is ground in body mill or mulser, therefore, the expense produced by heating occupies a definite proportion in the production cost of emulsified asphalt
Example.In current bitumen emulsion equipment, no device for recycling heat also increases while energy significant wastage is caused
Big production cost.
Utility model content
The purpose of this utility model is:For above-mentioned emulsified asphalt quantity-produced heat waste problem, this practicality is new
Type provides a kind of emulsified asphalt and continuously produces heat recovery and utilization equipment.
The technical solution adopted in the utility model is as follows:
A kind of emulsified asphalt continuously produces heat recovery and utilization equipment, including asphalt tank and soap lye agitator tank, the Colophonium
Tank and soap lye agitator tank are connected with emulsifying machine head, and the emulsifying machine head is also associated with finished product emulsified asphalt pond, the finished product breast
Change pitch bay and be connected with least one heat exchanger for being connected with cold water, the heat exchanger is connected with hot water thermal insulating tank, hot water thermal insulating tank
It is connected with soap lye agitator tank.Can to material be sheared, disperseed and clashed at a high speed by rotation for emulsifying machine head, make material become more refinement
It is greasy, and promote profit mutually to melt.Asphalt tank and soap lye agitator tank convey the Colophonium and soap lye of uniform temperature to emulsifying machine head, Colophonium and
Soap lye forms finished product emulsified asphalt in the presence of emulsifying machine head, and is stored in finished product emulsified asphalt pond.Then, finished product emulsifying
Colophonium flows to the cold water in heat exchanger, and heating heat exchanger from finished product emulsified asphalt pond, flows to hot water thermal insulating after cold water is heated
Tank, eventually for the hot water provided to soap lye agitator tank needed for soap lye is formed, realizes that emulsified asphalt produces the recycling of heat.
The heat exchanger, soap lye agitator tank, hot water thermal insulating tank and finished product emulsified asphalt holding vessel are provided with temperature and show
Sensor, temperature show that sensor is used for detection displays temperature.
Set of heat exchange tubes is provided with the heat exchanger, for by the heat transfer of finished product emulsified asphalt to cold in heat exchanger
Water.
The heat exchanger is also associated with cold water inlet pipe so that cold water circulation is kept in heat exchanger.
The heat exchanger is connected with finished product emulsified asphalt holding vessel by finished product emulsified asphalt outlet tube.Finished product emulsified asphalt
Outlet tube is for being delivered to finished product emulsified asphalt holding vessel by the finished product emulsified asphalt for completing heat transfer.
Heat-conducting oil heating pipe is provided with the hot water thermal insulating tank, for being incubated to the hot water from heat exchanger.
The soap lye agitator tank is also associated with cold water tank, and cold water tank is for providing cold water to soap lye agitator tank, and adjusts soap
The temperature of liquid.
The cold water inlet pipe is provided with water supply pump, and emulsified asphalt finished product is provided between finished product emulsified asphalt pond and heat exchanger
Pump, is provided with soap pump between soap lye agitator tank and emulsifying machine head, bitumenpump, hot water are provided between asphalt tank and emulsifying machine head
Heat-exchanger pump is provided between heat insulation tank and heat exchanger.Water supply pump can make cold water Jing cold water inlet pipes enter heat exchanger, emulsified asphalt into
, for the finished product emulsified asphalt in finished product emulsified asphalt pond is delivered to heat exchanger, soap pump can be by soap lye agitator tank for product pump
Soap lye is delivered to emulsifying machine head, bitumenpump for conveying Colophonium to emulsifying machine head, heat-exchanger pump heat in then making heat exchanger after heat
Current direction hot water thermal insulating tank is standby.
Check valve is additionally provided between the asphalt tank and emulsifying machine head, check valve is used to make Colophonium from asphalt tank flow direction breast
Change head, prevent Colophonium reverse flow.
The emulsifying machine head is also associated with motor, and motor can promote emulsifying machine head to rotate at a high speed, make emulsifying machine head to Colophonium
Sheared, disperseed and clashed into soap lye, ultimately formed finished product emulsified asphalt.
In sum, as a result of above-mentioned technical proposal, the beneficial effects of the utility model are:
1. the recycling equipment that a kind of emulsified asphalt continuously produces heat is provided, emulsified asphalt is solved and is continuously produced
Heat waste problem, energy saving;
2. the cold water that the partial heat of finished product emulsified asphalt is used in heating heat exchanger, it is to avoid finished product emulsified asphalt high temperature becomes
Matter, makes product quality be effectively controlled;
3. prepare eventually for soap lye after the cool water heating in heat exchanger, saved the expense produced by heating, reduced
Production cost.
Description of the drawings
Fig. 1 is this utility model structural representation.
Labelling in figure:1- cold water inlet pipes, 2- water supply pumps, 3- heat exchangers, 4- soap lye agitator tanks, 5- emulsified asphalt discharge pumps,
6- soap pumps, 7- finished product emulsified asphalts pond, 8- emulsifying machine heads, 9- motors, 10- bitumenpumps, 11- check valves, 12- asphalt tanks, 13-
Cold water tank, 14- hot water thermal insulating tanks, 15- heat-conducting oil heating pipes, 16- heat-exchanger pumps, 17- finished product emulsified asphalt holding vessels, 18- finished products
Emulsified asphalt outlet tube, 19- set of heat exchange tubes, 20- temperature show sensor, 21- electrodynamic valves.
Specific embodiment
All features disclosed in this specification, in addition to mutually exclusive feature and/or step, can be with any
Mode is combined.
This utility model is elaborated with reference to Fig. 1.
A kind of emulsified asphalt continuously produces heat recovery and utilization equipment, including asphalt tank 12 and soap lye agitator tank 4, the drip
Blue or green tank 12 and soap lye agitator tank 4 are connected with emulsifying machine head 8, and the emulsifying machine head 8 is also associated with finished product emulsified asphalt pond 7, institute
State finished product emulsified asphalt pond 7 and be connected with least one heat exchanger 3 for being connected with cold water, the heat exchanger 3 is connected with hot water thermal insulating tank
14, hot water thermal insulating tank 14 is connected with soap lye agitator tank 4.Can to material be sheared, disperseed and hit at a high speed by rotation for emulsifying machine head 8
Hit, make material become finer and smoother, and promote profit mutually to melt.Asphalt tank 12 and soap lye agitator tank 4 are conveyed necessarily to emulsifying machine head 8
The Colophonium and soap lye of temperature, Colophonium and soap lye form finished product emulsified asphalt in the presence of emulsifying machine head 8, and are stored in finished product breast
Change in pitch bay 7.Then, finished product emulsified asphalt flows to cold in heat exchanger 3, and heating heat exchanger 3 from finished product emulsified asphalt pond 7
Water, flows to hot water thermal insulating tank 14 after cold water is heated, eventually for the hot water provided to soap lye agitator tank 4 needed for soap lye is formed,
Realize that emulsified asphalt produces the recycling of heat.
Preferably, heat exchanger 3, soap lye agitator tank 4, hot water thermal insulating tank 14 and finished product emulsified asphalt holding vessel 17 are provided with
Temperature shows sensor 20, and temperature shows that sensor 20 is used for detection displays temperature.
Preferably, is provided with set of heat exchange tubes 19 in heat exchanger 3, for by the heat transfer of finished product emulsified asphalt to heat exchanger
Cold water in 3.
Preferably, heat exchanger 3 is also associated with cold water inlet pipe 1 so that cold water circulation is kept in heat exchanger 3.
Preferably, heat exchanger 3 is connected with finished product emulsified asphalt holding vessel 17 by finished product emulsified asphalt outlet tube 18.Finished product
Emulsified asphalt outlet tube 18 is for being delivered to finished product emulsified asphalt holding vessel 17 by the finished product emulsified asphalt for completing heat transfer.
Preferably, heat-conducting oil heating pipe 15 is provided with hot water thermal insulating tank 14, for carrying out to the hot water from heat exchanger 3
Insulation.
Preferably, soap lye agitator tank 4 is also associated with cold water tank 13, cold water tank 13 for providing cold water to soap lye agitator tank 4,
And adjust the temperature of soap lye.
Preferably, cold water inlet pipe 1 is provided with water supply pump 2, is provided with emulsifying between finished product emulsified asphalt pond 7 and heat exchanger 3
Colophonium discharge pump 5, is provided with soap pump 6, sets between asphalt tank 12 and emulsifying machine head 8 between soap lye agitator tank 4 and emulsifying machine head 8
Bitumenpump 10 is equipped with, heat-exchanger pump 16 between hot water thermal insulating tank 14 and heat exchanger 3, is provided with.Water supply pump 2 enters can cold water Jing cold water
Pipe 1 enters heat exchanger 3, and emulsified asphalt discharge pump 5 is for being delivered to heat exchange by the finished product emulsified asphalt in finished product emulsified asphalt pond 7
Soap lye in soap lye agitator tank 4 can be delivered to emulsifying machine head 8 by device 3, soap pump 6, and bitumenpump 10 is for conveying to emulsifying machine head 8
Colophonium, heat-exchanger pump 16 then make to heat in heat exchanger 3 after hot water to flow to hot water thermal insulating tank 14 standby.
Preferably, check valve 11 is additionally provided between asphalt tank 12 and emulsifying machine head 8, and check valve 11 is used to Colophonium is made from drip
Blue or green tank 12 flows to emulsifying machine head 8, prevents Colophonium reverse flow.
Preferably, emulsifying machine head 8 is also associated with motor 9, and motor 9 can promote emulsifying machine head 8 to rotate at a high speed, make emulsifying machine head
8 pairs of Colophoniumes and soap lye are sheared, disperseed and are clashed into, and ultimately form finished product emulsified asphalt.