Cryogenic energy utilization in LNG gasification plants
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Our company plans to install a new LNG vaporization plant with a capacity of 3,000 cubic meters per hour. We are considering the use of cold energy recovery in air-cooled vaporization plants; are there such devices available? What temperature can they achieve, and what is their capacity?
It seems that these are all custom-made products. You can check if there are any factories or freezing facilities in your area that need refrigerants, so that you can provide the necessary components for them. Additionally, air separation units can also be produced, which will provide multiple marketing channels.
Our company has low-temperature water chillers with a circulation volume of around 200 cubic meters; the outlet water temperature is 6°C while the recovered water temperature is around 8°C. Can we make use of the cold energy generated by LNG vaporization?
Yes, our company has a complete set of systems for utilizing cold energy; we have already built 2 such sets, and the tests were very successful – they passed the owner’s inspection without any issues. It can also be designed according to customer requirements. Feel free to contact me if you need it!
A heat balance calculation will show this; 3,000 cubic meters are vaporized per hour, which is a substantial amount, and it’s entirely possible to recover the cold energy
Could you send some materials for me to learn about*?
This post was last edited by EatTigersCat on 2017-1-9 at 13:07. It is possible to supply low-temperature water at a rate of over 200 tons per hour; what is your organization? Can we work out a plan to see? Are there any requirements for investment?
We have low-temperature water chillers; we are considering using the cooling energy from LNG to replace these chillers, with the excess cooling energy being used to cool the circulating water
Sure, it just seems like you can’t use it up completely.
Are there any examples of using cold energy as a substitute for air conditioning?