CN209596736U - A kind of workshop GMP carrying pathogen exhaust emissions equipment - Google Patents

Abstract

The utility model discloses a kind of workshops GMP to carry pathogen exhaust emissions equipment, it is mainly used for the workshop GMP and contains that pathogen active material is cold or the discharge of the nontoxic balance of hot waste gas, including the first culture tank body and the second culture tank body, first culture tank body upper end is connected with first exhaust branch pipe, first exhaust branch pipe upper end is connected with exhaust main, the second culture tank body connects second exhaust branch pipe, the second exhaust branch pipe is connect with exhaust main, the exhaust main connects biometric security device, lower end is also connected with condensed water elimination branch pipe among the exhaust main, condensed water elimination branch pipe bottom end is connected with condensed water elimination general pipeline.

Description

A kind of workshop GMP carrying pathogen exhaust emissions equipment

Technical field

The utility model belongs to environmental project and biology techniques field, and in particular to one kind can balance exhaust emission pipeline Pressure guarantees that the workshop GMP of gas-liquid separation and nontoxic discharge carries pathogen exhaust emissions equipment, is especially used for the workshop GMP Nontoxic balance discharge containing cold (heat) tail gas of pathogen active material.

Background technique

Currently, domestic veterinary biologics enterprise cumulative year after year, the Ministry of Agriculture examines the GMP of associated production enterprise stringent Degree rises, especially the control to GMP workshop Absolute Negative Pressure area, and the drainage exhaust in Absolute Negative Pressure area is related to biological peace Entirely, and bio-safety be related to neighboring area environment, animal etc. safety, if outburst bio-safety event, consequence not it is contemplated that Therefore for GMP workshop of being involved in drug traffic, GMP laws and regulations requirement sets up Absolute Negative Pressure area, and waste will discharge after Non-toxic is handled, High-temperature sterilization is needed including wastewater and waste materials, exhaust gas need to guarantee to discharge after removing pathogen.The big workshop department enterprise GMP is absolutely negative at present Pressure area exhaust uses three-dimensional exhaust gas treating device or double high efficiency filter biometric security devices, three-dimensional exhaust gas treating device occupied area Greatly, sterilization process uses industrial steam and NaOH solution, and frequently, operating cost is higher, when long-play for NaOH solution replacement Stringent nontoxic discharge risk control difficulty is larger, and double high efficiency filter biometric security devices are modes popular at present, and Increase gas-liquid separator at exhaust main, discharge tail gas upwards, condensed water is discharged by waste pipe, this sets of plan needs to increase Gas-liquid separation device accesses cooling water, and control is simple Mechanical course, does not also consider that exhaust main is micro- just to culture tank body The influence of pressure.The utility model has subtracted gas-liquid separation device and chilled water unit, using double high efficiency filter biometric security devices Tail gas containing pathogen is filtered, valve, blower, sensor interlock guarantee the discharge tube pressure balance in whole system, row It puts the design of general pipeline V-type and guarantees condensed water automatic back flow to condensed water hydrops pipeline, tail gas condensing water collection pipe road installs gravity type additional Check valve realizes that condensed water quantitatively discharges (discharge tube is incorporated to the included active-poison sewage inactivating device in workshop), arranges in conjunction with condensed water Putting total pipe end air partition device avoids gas-liquid is counter from pushing up.Solves the nontoxic discharge of tail gas of being involved in drug traffic simultaneously, moisture condensed water quantifies The critical functions such as discharge, discharge manifold pressure balance.

Utility model content

The purpose of this utility model is the shortcoming for the current workshop GMP Absolute Negative Pressure area exhaust emissions technique, is mentioned Supplied a kind of discharge tube pressure balance that both can guarantee in whole system, when being also able to achieve exhaust emissions gas-liquid separation discharge and The workshop GMP of the nontoxic discharge of exhaust gas containing active material carries pathogen exhaust emissions equipment.

The purpose of this utility model is achieved through the following technical solutions:

A kind of workshop GMP carrying pathogen exhaust emissions equipment, including the first culture tank body (19) and the second culture tank body (26), first culture tank body (19) upper end is connected with first exhaust branch pipe (02), first exhaust branch pipe (02) upper end It is connected with exhaust main (01), second culture tank body (26) connection second exhaust branch pipe (05), the second exhaust branch pipe (05) it is connect with exhaust main (01), the exhaust main (01) connects biometric security device (12), the exhaust main (01) Intermediate lower end is also connected with condensed water elimination branch pipe (20), and condensed water elimination branch pipe (20) bottom end is connected with condensed water elimination General pipeline (22).

Further technical solution is to do on the basis of the exhaust main (01) and condensed water elimination branch pipe (20) tie point V-type two-way slope, tie point are V-type two-way slope pipeline minimum point (03), and V-type two-way slope pipeline minimum point (03) connection is cold Condensate bleeder (20).

Further technical solution is that first pressure monitoring device (07) and life are equipped on the exhaust main (01) Object security closed valve (06) is also connected with frequency converter (14) on the first pressure monitoring device (07), and the bio-safety is close Valve closing (06) is connected with biometric security device (12).

Further technical solution is that gas-liquid separator (04) and again is also installed on the condensed water elimination branch pipe (20) Power formula check valve (21), gravity-held check valve (21) other end are connect with condensed water elimination general pipeline (22).

Further technical solution is that the first high efficiency particulate air filter (10), second are installed in the biometric security device (12) High efficiency particulate air filter (11) and air exhauster (13) are also equipped with second pressure monitoring device on first high efficiency particulate air filter (10) (08), it is also equipped with third pressure monitoring device (09) on second high efficiency particulate air filter (11), the air exhauster (13) is solid It is scheduled on the second high efficiency particulate air filter (11) side, the air exhauster (13) is connected with frequency converter (14).

Further technical solution is that one end of the air exhauster (13) is additionally attached to air exhauster mouth through walls (15) Place, air exhauster mouth installation fly net through walls and stormproof louvre.

Further technical solution is to be additionally provided in the biometric security device (12) for the first high efficiency particulate air filter (10) the first PAO detection interface (27), the first sterilization interface (28), the detection outlet the first PAO (29) and the first disinfection Sterile access port (30), interior the 2nd PAO inspection being additionally provided with for the second high efficiency particulate air filter (11) of the biometric security device (12) Interface (31), the second sterilization interface (32), the detection outlet the 2nd PAO (33) and the second sterilization outlet (34) are surveyed, is used In the first high efficiency particulate air filter (10) and the second high efficiency particulate air filter (11) integrity detection and replacement.

Further technical solution is that the first pressure monitoring device (07) is also connected with tail gas balance discharge automatic controller (00), tail gas balance discharge automatic controller (00) is connected with frequency converter (14) and air exhauster (13).

The utility model uses above technical scheme, obtains following technical effect:

1, biometric security device uses the first high efficiency particulate air filter and the second high efficiency particulate air filter double-stage filtering, ensure that tail of being involved in drug traffic The nontoxic discharge of gas, improves filtering accuracy and biological safety.

2, the first PAO the detection interface, the first sterilization configured on the first high efficiency particulate air filter and the second high efficiency particulate air filter Interface, the first PAO detection outlet and the outlet of the first sterilization, the 2nd PAO detect interface, the second sterilization interface, second The bio-safety sealing valve installed before PAO detection outlet and the outlet of the second sterilization and biometric security device ensure that efficiently Biological safety and leakproofness when the integrality and replacement of filter.

3, exhaust main V-shape circuit design ensure that humid gas natural cooling in discharge process, without extra gas The auxiliary facilities such as liquid separating apparatus and cooling circulating water.

4, the total overpressure of exhaust emissions balances the accurate chain control air exhauster of discharge automatic controller and first by tail gas Pressure-detecting device, it is more accurate to operate, and ensure that the first culture tank body and the second culture tank body micro-positive pressure or tiny structure etc. are wanted It asks.

5, gravity-held check valve and gas-liquid separator design, and avoid the risk that condensate water discharging general pipeline returns liquid/gas.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that a kind of workshop GMP of the utility model carries pathogen exhaust emissions equipment；

Fig. 2 is that a kind of workshop GMP of the utility model carries biometric security device and exhaust in pathogen exhaust emissions equipment The schematic diagram of general pipeline connection；

Fig. 3 is the signal that a kind of workshop GMP of the utility model carries biometric security device in pathogen exhaust emissions equipment.

In figure: 00: tail gas balance discharge automatic controller, 01: exhaust main, 02: first exhaust branch pipe, 03:V type pipeline is most Low spot, 04: gas-liquid separator, 05: second exhaust branch pipe, 06: bio-safety airtight valve, 07: first pressure detection device, 08: Second pressure detection device, 09: third pressure-detecting device, 10: the first high efficiency particulate air filters, 11: the second high efficiency particulate air filters, 12: Biometric security device, 13: air exhauster, 14: frequency converter, 15: air exhauster mouth through walls, 16: the first pneumatic operated valves, 17: the four pressures Force checking device, 18: the second pneumatic operated valves, 19: the first culture tank bodies, 20: condensed water elimination branch pipe, 21: gravity-held check valve, 22: condensed water elimination general pipeline, 23: the five pressure-detecting devices, 24: third pneumatic operated valve, 25: the four pneumatic operated valves, 26: the second cultures Tank body, 27: the one PAO detect interface, 28: the first sterilization interfaces, and 29: the one PAO detection exports, and 30: the first disinfections are gone out Bacterium outlet, 31: the two PAO detect interface, 32: the second sterilization interfaces, 33: the two PAO detection outlet, 34: the second disinfections Sterile access port, A: the first is involved in drug traffic room, and B: the second is involved in drug traffic room, C: interlayer, and D: outdoor, I: the gradient.

Specific embodiment

Below in conjunction with the drawings and specific embodiments, pathogen exhaust emissions is carried to a kind of workshop GMP of the utility model Equipment is described in detail.

It includes the first culture tank body 19 and the second culture tank body 26 that a kind of workshop GMP, which carries pathogen exhaust emissions equipment, First culture 19 upper end of tank body is connected with first exhaust branch pipe 02, and 02 upper end of first exhaust branch pipe is connected with exhaust main 01, the Two culture tank bodies 26 connect second exhaust branch pipe 05, and second exhaust branch pipe 05 is connect with exhaust main 01, and exhaust main 01 connects Biometric security device 12, the intermediate lower end of exhaust main 01 are also connected with condensed water elimination branch pipe 20,20 bottom of condensed water elimination branch pipe End is connected with condensed water elimination general pipeline 22.

V-type two-way slope is done on the basis of 20 tie point of exhaust main 01 and condensed water elimination branch pipe, tie point is that V-type is two-way Gradient pipeline minimum point 03, V-type two-way slope pipeline minimum point 03 connect condensed water elimination branch pipe 20.It is installed on exhaust main 01 There are first pressure monitoring device 07 and bio-safety airtight valve 06, frequency converter 14 be also connected in first pressure monitoring device 07, Bio-safety airtight valve 06 is connected with biometric security device 12.Gas-liquid separator 04 is also installed on condensed water elimination branch pipe 20 With gravity-held check valve 21,21 other end of gravity-held check valve is connect with condensed water elimination general pipeline 22.In biometric security device 12 First high efficiency particulate air filter 10, the second high efficiency particulate air filter 11 and air exhauster 13 are installed, are also equipped on the first high efficiency particulate air filter 10 Second pressure monitoring device 08, third pressure monitoring device 09 is also equipped on the second high efficiency particulate air filter 11, and air exhauster 13 is solid It is scheduled on 11 side of the second high efficiency particulate air filter, air exhauster 13 is connected with frequency converter 14.One end of air exhauster 13 is additionally attached to At air exhauster mouth 15 through walls, air exhauster mouth installation fly net through walls and stormproof louvre.It is also set up in biometric security device 12 There are the first PAO detection interface 27, the first sterilization interface 28, the first PAO detection outlet for the first high efficiency particulate air filter 10 29 and the first sterilization outlet 30, the 2nd PAO for the second high efficiency particulate air filter 11 is additionally provided in biometric security device 12 Interface 31, the second sterilization interface 32, the 2nd PAO detection outlet 33 and the second sterilization outlet 34 are detected, is used for first High efficiency particulate air filter 10 and 11 integrity detection of the second high efficiency particulate air filter and replacement.First pressure monitoring device 07 is also connected with tail gas Balance discharge automatic controller 00.Tail gas balance discharge automatic controller 00 is connected with frequency converter 14 and air exhauster 13.

Fig. 1 illustrate utility model device structural schematic diagram (solid line indicate physical connection, chain-dotted line expression be electrically connected Connect), as shown in Figure 1-3, it includes exhaust emissions general pipeline cold that a kind of workshop GMP of the utility model, which carries pathogen exhaust emissions equipment, Condensed water collection exhaust apparatus and tail gas terminal biometric security device, in which: exhaust emissions general pipeline condensation water collection tapping equipment is used The tail gas of pathogen is carried in discharge and recycles condensed water contained by emission, and the first pneumatic operated valve is arranged in the first culture tank body 19 16, the connection of tank body 19 and respirator is cultivated for switch first, the second pneumatic operated valve 18 is set after respirator, for switching breathing The connection of device and first exhaust branch pipe 02, the first pneumatic operated valve 16 and the second pneumatic operated valve 18 simultaneously close off the maintenance that can be used for respirator Replacement, the first culture tank body 19 are also equipped with the 4th pressure-detecting device 17, for detecting the first culture 19 pressure inside the tank of tank body Balance, the second pneumatic operated valve 18 connect first exhaust branch pipe 02, and first exhaust branch pipe 02 connects exhaust main 01, the first culture tank body 19 inner exhaust gas are controlled by the 4th pressure-detecting device 17 by tank body inner exhaust gas automatic-discharging to first exhaust branch pipe 02, and first 02 inner exhaust gas automatic-discharging of exhaust branch pipe is to exhaust main 01.

Third pneumatic operated valve 24 is arranged in second culture tank body 26, and the connection of tank body 26 and respirator is cultivated for switch second, 4th pneumatic operated valve 25 is set after respirator, for switching the connection of respirator Yu second exhaust branch pipe 05,24 He of third pneumatic operated valve 4th pneumatic operated valve 25 simultaneously closes off the maintenance replacement that can be used for respirator, and the second culture tank body 26 is also equipped with the 5th pressure detecting Device 23, for detecting 26 pressure inside the tank of the second culture tank balance, the 4th pneumatic operated valve 25 connects second exhaust branch pipe 05, second row Gas branch pipe 05 connects exhaust main 01, and the second culture 26 inner exhaust gas of tank body will be in tank body by the control of the 5th pressure-detecting device 23 Tail gas automatic-discharging is to second exhaust branch pipe 05,05 inner exhaust gas automatic-discharging of second exhaust branch pipe to exhaust main 01.

To do V-type two-way slope on the basis of the tie point of exhaust main 01 and condensed water elimination branch pipe 20, the gradient is 2 °, even Contact is V-type two-way slope pipeline minimum point 03, and minimum point connects condensed water elimination branch pipe 20, on condensed water elimination branch pipe 20 Gas-liquid separator 04 is installed, gas-liquid separator 04 not only can carry out secondary separation to the condensed water of reflux, but also can be to tail gas 01 inner exhaust gas of discharge manifold caches the pressure of condensed water elimination branch pipe 02, and it is unidirectional that gravity type is installed after gas-liquid separator 04 Valve 21, gravity-held check valve 21 can not only prevent gas/liquid in condensed water elimination general pipeline 22 from returning top to condensed water elimination branch pipe 20 Risk, and its open mode depend on condensed water elimination branch pipe 20 in storage returned cold condensate weight, it can be achieved that cold Returned cold condensate is quantitatively discharged in condensate bleeder 20, and gravity-held check valve 21 is connect with condensed water elimination general pipeline 22, exhaust The condensed water to flow back after the condensation of 01 inner exhaust gas of general pipeline passes through V-type two-way slope pipe influx to V-type two-way slope pipeline minimum point It after 03, is stored in condensed water elimination branch pipe 20, the gravity-held check valve 21 being arranged on condensed water elimination branch pipe 20 is related to second The drain valve that condensed water elimination general pipeline 22 is installed in malicious room B matches, when water condensate storage in condensed water elimination branch pipe 20 Amount is higher than the minimum unlatching weight of gravity-held check valve 21, and the quantitative automatic discharge of condensed water in condensed water elimination branch pipe 20 is to be condensed 20 water condensate storage amount of water bleeder is lower than the minimum unlatching weight of gravity-held check valve 21, and gravity-held check valve 21 is closed, cold Condensate bleeder 20 continues to store returned cold condensate in tail gas exhaust main 01.

Tail gas terminal biometric security device guarantees exhaust main pressure for filtering pathogen entrained by retention tail gas simultaneously Balance, exhaust main 01 connect biometric security device 12, are equipped with first pressure monitoring device 07 and biology on exhaust main 01 Security closed valve 06, first pressure monitoring device 07 are connect with frequency converter 14, bio-safety airtight valve 06 and biometric security device 12 connections.

The first high efficiency particulate air filter 10 of installation and the second high efficiency particulate air filter 11, the first high efficiency particulate air filter in biometric security device 12 10 installation second pressure monitoring devices 08, mainly for detection of the running resistance of the first high efficiency particulate air filter 10, with the efficient mistake of determination The maintenance time (needing to change when about 2 times of operation initial resistances) of filter 10, the first high efficiency particulate air filter 10 is additionally provided with the first PAO Interface 27, the first sterilization interface 28, the first PAO detection outlet 29 and the first sterilization outlet 30 are detected, is mainly used for The sterilization when integrity detection and maintenance of the first high efficiency particulate air filter 10, the second high efficiency particulate air filter 11 install third pressure Power monitoring device 09, mainly for detection of the running resistance of the second high efficiency particulate air filter 11, to determine the maintenance of high efficiency particulate air filter 11 Service time (is replaced) when about 2 times of operation initial resistances, and the second high efficiency particulate air filter 11 is additionally provided with the 2nd PAO detection interface 31, the Two sterilization interfaces 32, the 2nd PAO detection outlet 33 and the second sterilization outlet 34, are mainly used for the second high efficiency particulate air filter Sterilization when 11 integrity detection and maintenance.

Air exhauster 13 is installed, frequency converter 14 is connect with air exhauster 13, first pressure dress after second high efficiency particulate air filter 11 It sets 07, frequency converter 14 and air exhauster 13 is connected to tail gas balance discharge automatic controller 00, tail gas balance discharge automatic controller 00 can root Detected value is fed back according to first pressure device 07, the power of air exhauster 13, exhaust wind 13 and exhaust wind are controlled by frequency converter 14 Machine mouth 15 through walls connects, air exhauster mouth installation fly net through walls and stormproof louvre.

First culture 19 inner exhaust gas of tank body is controlled tank body inner exhaust gas automatic-discharging extremely by the 4th pressure-detecting device 17 First exhaust branch pipe 02, the second culture 26 inner exhaust gas of tank body are controlled tank body inner exhaust gas is automatic by the 5th pressure-detecting device 23 It is emitted into second exhaust branch pipe 05, the tail gas in first exhaust branch pipe 02 and second exhaust branch pipe 05 summarizes respectively to exhaust main 01, when first pressure detection device 07 detects that 01 pressure of exhaust main is less than 100pa, 01 inner exhaust gas of exhaust main passes through life After 11 double-stage filtering of the first high efficiency particulate air filter 10 and the second high efficiency particulate air filter in object safety device 12, pass through exhaust blower mouth through walls 15 terminals are nontoxic to be emitted into outdoor D, when first pressure detection device 07 detects that 01 pressure of exhaust main is greater than 100pa, leads to Tail gas balance 00 interlocked control frequency converter 14 of exhaust system starting air exhauster 13 is crossed, and according to 07 institute of first pressure detection device Detect the power of pressure value control air exhauster 13.

Assembling, which is attached, according to above-mentioned relation with upper-part forms a kind of workshop GMP carrying pathogen tail of the utility model Gas exhaust apparatus, the specific course of work are as follows:

First pneumatic operated valve 16, the second pneumatic operated valve 18, third pneumatic operated valve 24, the 4th pneumatic operated valve 25 default open state.

(1), when system operates normally:

1, the first culture 19 inner exhaust gas of tank body is controlled by the 4th pressure-detecting device 17, by tank body inner exhaust gas automatic-discharging To first exhaust branch pipe 02, the second culture 26 inner exhaust gas of tank body is controlled by the 5th pressure-detecting device 23, by tank body inner exhaust gas To second exhaust branch pipe 05, the tail gas in first exhaust branch pipe 02 and second exhaust branch pipe 05 summarizes respectively to exhaust automatic-discharging General pipeline 01.

2, when first pressure detection device 07 detects that 01 pressure of exhaust main is less than 100pa, tail in exhaust main 01 After gas is by 11 double-stage filtering of the first high efficiency particulate air filter 10 and the second high efficiency particulate air filter in biometric security device 12, pass through row Blower 15 terminal of mouth through walls is nontoxic to be emitted into outdoor D.

3, when first pressure detection device 07 detects that 01 pressure of exhaust main is greater than 100pa, pass through tail gas balance row 00 interlocked control frequency converter 14 of place system starting exhaust wind 13, and controlled according to the detected pressure value of first pressure detection device 07 The power of air exhauster 13 repeats the above steps 2 when pressure in exhaust main 01 is less than 100pa.

4, when in condensed water elimination branch pipe 20 water condensate storage amount be higher than the minimum unlatching weight of gravity-held check valve 21, condensation The quantitative automatic discharge of condensed water in water bleeder 20,20 water condensate storage amount of water bleeder to be condensed are unidirectional lower than gravity type The minimum unlatching weight of valve 21, gravity-held check valve 21 are closed, and condensed water elimination branch pipe 20 continues to store in tail gas exhaust main 01 Returned cold condensate.

5, repeat the above steps 1-4 continuous operations that can realize utility model device.

(2) high efficiency particulate air filter sterilization:

1, the second pneumatic operated valve 18 of the first culture tank body 19 and the 4th pneumatic operated valve 25 of the second culture tank body 26 are closed respectively, Exhaust stops.

2, the bio-safety airtight valve 06 on exhaust main 01 is closed, 12 final vacuum blower 13 of biometric security device is closed.

3, formaldehyde disinfecting apparatus interface is connect with the first sterilization interface 28 of the first high efficiency particulate air filter 10, setting disinfection Time starts to sterilize, and according to 30 detection Disinfection Effect of the first sterilization outlet, more renews the first high efficiency filter after the completion of disinfection Device 10.

4, formaldehyde disinfecting apparatus interface is connect with the second sterilization interface 32 of the second high efficiency particulate air filter 11, setting disinfection Time starts to sterilize, and according to 34 detection Disinfection Effect of the second sterilization outlet, more renews the first high efficiency filter after the completion of disinfection Device 11.

5, after the completion of replacing, bio-safety airtight valve 06 is opened, opens 12 final vacuum blower 13 of biometric security device, is opened Second pneumatic operated valve 18 of the first culture tank body 10 and the 4th starting valve 25 of third culture tank body 26, system are restored to operate normally State.

(3) high efficiency particulate air filter integrity detection 1, respectively close first culture tank body 19 the second pneumatic operated valve 18 and second The 4th pneumatic operated valve 25 of tank body 26 is cultivated, exhaust stops.

2, the bio-safety airtight valve 06 on exhaust main 01 is closed, 12 final vacuum blower 13 of biometric security device is closed.

3, powder producer interface is connect with the first PAO of the first high efficiency particulate air filter 10 detection interface 27, is examined according to the first PAO Measuring 29 the first high efficiency particulate air filters of detection data confirmation 10 of mouth, whether integrality is qualified, if replacement, according to above-mentioned (2) height Imitate the operation of filter sterilization sterilizing program.

4, powder producer interface is connect with the 2nd PAO of the second high efficiency particulate air filter 11 detection interface 31, is examined according to the 2nd PAO It measures 33 detection datas of mouth to be confirmed whether to replace the second high efficiency particulate air filter 11, if replacement, according to above-mentioned (2) high efficiency particulate air filter After the completion of sterilization procedure operation 5, replacement, bio-safety airtight valve 06 is opened, opens 12 final vacuum wind of biometric security device Machine 13, opens the second pneumatic operated valve 18 of the first culture tank body 10 and the 4th starting valve 25 of third culture tank body 26, and system is extensive Multiple normal operating condition.

It will be appreciated by those skilled in the art that above example is merely to illustrate the utility model without limiting the utility model Range, the various equivalent variations and modification made to the utility model belong to content disclosed by the utility model.

Claims (8)

1. a kind of workshop GMP carries pathogen exhaust emissions equipment, which is characterized in that including the first culture tank body (19) and the Two cultures tank body (26), first culture tank body (19) upper end are connected with first exhaust branch pipe (02), the first exhaust branch Pipe (02) upper end is connected with exhaust main (01), second culture tank body (26) connection second exhaust branch pipe (05), and described the Two exhaust branch pipes (05) are connect with exhaust main (01), and the exhaust main (01) connects biometric security device (12), the row The intermediate lower end gas general pipeline (01) is also connected with condensed water elimination branch pipe (20), and condensed water elimination branch pipe (20) bottom end is connected with Condensed water elimination general pipeline (22).

2. a kind of workshop GMP carries pathogen exhaust emissions equipment according to claim 1, which is characterized in that institute It states and does V type two-way slope on the basis of exhaust main (01) and condensed water elimination branch pipe (20) tie point, tie point is that V type is double To gradient pipeline minimum point (03), V type two-way slope pipeline minimum point (03) connects condensed water elimination branch pipe (20).

3. a kind of workshop GMP carrying pathogen exhaust emissions equipment according to claim 2, which is characterized in that institute It states and first pressure monitoring device (07) and bio-safety airtight valve (06) is installed on exhaust main (01), the first pressure prison It surveys on device (07) and is also connected with frequency converter (14), the bio-safety airtight valve (06) is connected with biometric security device (12) It connects.

4. a kind of workshop GMP carries pathogen exhaust emissions equipment according to claim 1, which is characterized in that institute It states and gas-liquid separator (04) and gravity-held check valve (21), the gravity-held check valve is also installed on condensed water elimination branch pipe (20) (21) other end is connect with condensed water elimination general pipeline (22).

5. a kind of workshop GMP carries pathogen exhaust emissions equipment according to claim 1, which is characterized in that institute Installation the first high efficiency particulate air filter (10), the second high efficiency particulate air filter (11) and air exhauster (13) in biometric security device (12) are stated, It is also equipped with second pressure monitoring device (08) on first high efficiency particulate air filter (10), on second high efficiency particulate air filter (11) It is also equipped with third pressure monitoring device (09), the air exhauster (13) is fixed on the second high efficiency particulate air filter (11) side, institute Air exhauster (13) is stated to be connected with frequency converter (14).

6. a kind of workshop GMP carrying pathogen exhaust emissions equipment according to claim 5, which is characterized in that institute The one end for stating air exhauster (13) is additionally attached at air exhauster mouth through walls (15).

7. a kind of workshop GMP carrying pathogen exhaust emissions equipment according to claim 5, which is characterized in that described It is additionally provided with the first PAO detection interface (27) for the first high efficiency particulate air filter (10) in biometric security device (12), first disappears Poison sterilizing interface (28), the detection outlet the first PAO (29) and the first sterilization outlet (30), the biometric security device (12) it is additionally provided in and detects interface (31), the second sterilization interface for the 2nd PAO of the second high efficiency particulate air filter (11) (32), the detection outlet the 2nd PAO (33) and the second sterilization outlet (34).

8. a kind of workshop GMP according to claim 3 carries pathogen exhaust emissions equipment, which is characterized in that described First pressure monitoring device (07) is also connected with tail gas balance discharge automatic controller (00).