5 million tons urea project
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This post was last edited by lxq700918 on 2010-1-13 at 12:37. Colleagues, the company plans to launch a urea production project with a total capacity of 500, and we would like to discuss again with you how to configure the individual units used in this project: 1. What capacity per unit is most economical? 2: Is the CO2 stripping process used in the process package traditional or from the 2000+ series? 3: Should high-pressure pipes be made of duplex stainless steel or 316L MOD? 4: Is the unit domestic or imported? 5: The granulation process planned is tower granulation; then how is the size determined? I hope everyone can help come up with a configuration plan; let’s first get an understanding of it during the project planning stage!
1: What is the most cost-effective production capacity per unit? In terms of the input-output ratio, an annual production capacity of 300,000 tons is more economical ； If the company has strong financial strength, it is better to build one with an annual production capacity of 800,000 tons. 2: Is the CO2 stripping process used in the process package traditional or from the 2000+ series? If the design capability is high, it is recommended to choose 2000+ instead. 3: Should high-pressure pipes be made of duplex stainless steel or 316L MOD? If one has strong design capabilities and substantial financial resources, it is recommended to use Safurex material, as it boasts excellent properties. 4: Is the unit domestic or imported? If the design capability is high, its units are likely to be imported only. 5: The granulation process planned is tower granulation; then how is the size determined? The diameter of the granulation tower is primarily determined by its design capacity.
5 million tons of urea – that’s a fairly large project. The key is to ask the original poster to specify the exact location and the planned scale of the facility. Currently, there are many plants with capacities of 500,000 tons or 800,000 tons; the equipment for these plants can be manufactured domestically, but the high-pressure components still have to be imported from abroad! The material is very important.
Friend Li, for a urea production capacity of 5 million tons per year, one would need at least four to five production units, with an investment of over 10 billion yuan.
Where to carry it out? We are currently working on an 80W-ton project located in a remote area. It involves over 2000 technicians, Safurex materials, and if conditions permit, we have a large number of workers available for you to employ
Will such a large project **get approved?** Overcapacity is already this severe
Thank you all for your thoughtful responses. As for whether there is an overcapacity issue, this still needs to be verified: 1. What is the current situation of those gas-related enterprises? How far can it go? 2: Coal-dependent enterprises are those that lack coal resources; how are their profits currently? What if coal prices keep rising? 3: In summary, can these two companies maintain 100% operational capacity at present? How much space is left for survival in the future? With this question in mind, as I mentioned in previous discussions, a golden age for urea production in the 21st century is on the way.