A continuous separation device for mixed liquid
A separation device and mixed liquid technology, applied in the field of chemical equipment, can solve the problems of narrow scope of application, complex structure, impact on energy saving, emission reduction and waste reuse, etc., and achieve the effect of increasing applicability, increasing effect and speed.
Active Publication Date: 2017-07-18
JIANGSU CHANGJILI NEW ENERGY TECH CO LTD
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Problems solved by technology
At present, the liquid separation devices we know are either too complicated in structure and low in energy consumption; The effect of reuse
Method used
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Embodiment 1
[0021] Such as figure 1 As shown, the device provided by the present invention includes a mixed liquid water diversion container 1, a mixed liquid inlet 2, a water diversion interface 3, an organic liquid overflow port 4, a water phase overflow port 5, a drain port 6, a vent port 7; Interface 3 is the reference surface, the height of the organic liquid overflow port 4 is B, the height of the water phase overflow port 5 is A, and the height difference between the two is X=BA, B*ρ 1 =A*ρ 2 , Where ρ 1 Is the organic phase density, ρ 2 Is the density of the water phase.
[0022] The device also includes a height controller 8 of the organic liquid overflow port 4.
[0023] Among them, such as figure 2 with 3 The height controller 8 shown includes the outer wall 12 of the mixed liquid water distribution container 1 and the inner wall 15 of the mixed liquid water distribution container 1. The width of the elastic piston 11 is the same as the width formed by the inner and outer walls, and...
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The invention belongs to the technical field of chemical equipment and provides a mixed liquor continuous separation device. The device comprises a mixed liquor water diversion container (1), a mixed liquor inlet (2), a water diversion interface (3), an organic liquid overflow port (4), an aqueous phase overflow port (5), a thorough discharge port (6) and a venting port (7). With the water diversion interface (3) as the reference surface, the height of the organic liquid overflow port (4) is B, the height of the aqueous phase overflow port (5) is A, the height difference between the organic liquid overflow port (4) and the aqueous phase overflow port (5) is X=B-A, B*rho 1=A*rho 2, rho 1 represents organic phase density, and rho 2 represents aqueous phase density. By means of the density difference between two kinds of immiscible liquid, the positions of the organic liquid outflow port and the aqueous phase overflow port are reasonably designed, and automatic separation of the two kinds of immiscible liquid can be achieved through the equipment.
Description
Technical field [0001] The invention belongs to the technical field of chemical equipment and relates to a continuous separation device for mixed liquid. Background technique [0002] Two incompatible mixed liquids are often produced in industrial production. If the mixed liquids are dumped directly, it will not only cause a great waste of resources, but also pollute the environment; and for subsequent treatment or production processing and reuse, you must first The two liquids can be processed and utilized according to their properties after they are separated. We know that liquids that are incompatible with each other have different densities, and after standing still, delamination will inevitably occur. In the prior art, the separation of two liquids is generally used to achieve the purpose of separation. At present, the liquid separation devices we know are either too complex in structure and low in energy consumption; or they cannot be applied to a certain mixed liquid and...
Claims
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IPC IPC(8): B01D17/02
Inventor 周卫强黄卫军史先乔谢云良陈浩
Owner JIANGSU CHANGJILI NEW ENERGY TECH CO LTD