Are there any feasible and efficient technical solutions for VOCs oil and gas recovery facilities? Looking for recommended manufacturers
Thread Content
Currently, in atmospheric-pressure storage tanks, oil and gas recovery measures are required for liquid hydrocarbons containing benzene. The pressure in the oil and gas recovery pipelines is slightly positive, which not only enables effective recovery of oil and gas but also ensures that the pipelines remain at this slightly positive pressure. If a blower is used in the recovery system, what essential parameters should be considered when selecting such a blower? Are there any technology manufacturers you can recommend?
Aren’t many manufacturers producing VOCs these days? There are also design institutes that handle the design work; you can give them a try.
I just don’t know what the actual effects of using it are. .
I just don’t know what the actual effects will be after using it. .
You need to discuss this in depth with the manufacturer or design institute.
For fans, only parameters such as air volume, static pressure, temperature, medium density, acid corrosion concentration, explosion protection rating, and altitude need to be considered. We have worked on many VOC treatment projects
Induction fans must be installed; when working on this project earlier, the main consideration was the air flow rate. The fans were designed to be variable frequency, with their start and stop controlled based on the incoming air pressure. It’s unclear what the effects will be after it’s put into use
This post was last edited by Mint Life on 2018-1-26 at 11:35. There are many examples in this area; we are using them and the results are good. Feel free to contact me for further discussions*******
Calculate the breathing volume of your storage tank (including the amount of liquid that enters it as well as the breathing volume during summer). Choose the fan capacity based on this value, opting for a slightly higher one; it’s best to use a fan with variable frequency control. The wind pressure should be determined depending on the size of the pipelines, the number of bends, and the conditions of your downstream system. If explosion protection is required, simply choose an explosion-proof fan!
We all use direct floating pads for pressure application, ensuring control at the source
This post was last edited by Mint Life on 2018-1-26 at 11:37. The oil and gas recovery system is not simply a matter of installing recovery equipment; in my opinion, it is essential to ensure a slight positive pressure, which can be achieved by using nitrogen sealing or other protective devices. The system must be sealed in order to recover oil and gas, and only by ensuring that an inert gas flows in simultaneously when the medium is discharged can the system pressure be maintained stable, thereby preventing safety accidents caused by negative pressure resulting from the discharge of the medium. Therefore, how to balance the pressure when installing an oil and vapor recovery system is determined by designers through systematic design based on your production conditions. Blowers are unreasonable; if air enters the system, it can form flammable gases that pose a risk of accidents. There are many manufacturers of oil and gas recovery devices; if you need one, please add me on WeChat at *******. Typically, oil and gas recovery system equipment is equipped with its own exhaust fans, and the gases are discharged after being cooled and adsorbed; the specific process varies depending on the type of medium involved. As for the effect, it depends on your equipment; generally, there isn’t much oil and gas in floating roof storage tanks. If a recovery system is to be added to the storage tank, it’s necessary to consider the original design of the tank, as significant modifications may be required. It is necessary to hire a qualified design institute for the design.