Recommendations for efficient utilization of waste heat in riser tubes
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I am currently working on the development of a system for efficient utilization of waste heat from upward-flow columns. Tests are being conducted in one factory at present, and I am willing to carry out additional experiments in another facility. Companies interested should contact me promptly at 528872056@QQ.com. With crude oil prices having dropped by half and the coal chemical industry facing a critical moment of survival, energy conservation and reduction of consumption are inevitable choices for development； My next technical approach is to work together with others on integrating non-gas dry quenching of coke with the utilization of waste heat from rising pipes, in order to enhance the competitiveness of the coking industry. This will provide energy-saving technical solutions for the sustainable development of coking in the future; I’m looking for like-minded partners – please do not contact me if you’re not serious. Thank you!
We strongly support research and development efforts, contributing to energy conservation and emission reduction as well as to improving corporate profitability!
It seems I didn’t explain it clearly; my apologies. This project is looking for a company to collaborate on conducting parallel tests, which will help improve development efficiency; just 2 rising pipes are required. Safety aspects have been discussed numerous times with the coking workshop, and there is redundancy in terms of safety measures, so the first company to participate will definitely be the beneficiary. Thank you!
Could you introduce your plan? Schemes for utilizing the waste heat from waste gas, as well as a combined scheme for dry quenching of coke without the use of gas and the utilization of waste heat from rising pipes
Contact me at 252826895@qq.com
The saturated steam at the same pressure as that used in dry quenching, generated through waste heat recovery in the rising pipe, is combined with the steam from the dry quenching drum outlet and sent together for superheating, after which electricity can be generated.