Volume of the urine tower
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Dear sea friends, please discuss the following issues regarding urine towers: 1. Urea process: aqueous solution, CO2 stripping, or other processes? 2. Urine tower capacity: How many cubic meters? 3. Maximum production capacity in actual operation: What is it in terms of tons per day? 4. Tray type: sieve tray, or dome type, or other types?
1. Urea process: aqueous solution 2. Capacity of the urea tower: 44 m3 3. Maximum actual production capacity: 600 t/d? 4. Tray type: Ball-and-cap type 1. Urea production process: CO2 stripping process 2. Volume of the urea tower: 142 m3 3. Maximum actual production capacity: 1300 t/d 4. Tray type: Screen tray
1. CO2 stripping 2. Effective volume: 177 m3 3. Annual production: 520,000 tons 4. Tray type: high-efficiency type
1. Urea process: aqueous solution; 2. Volume of the urea tower: 41 cubic meters; 3. Maximum actual production capacity: 600 tons per day; 4. Type of tray: 5 layers of baffle trays plus 9 layers of sieve trays
1. Urea process: aqueous solution 2. Volume of the urea tower: 44 m3 3. Maximum actual production capacity: 700 t/d? 4. Tray type: Hydrocyclone plate and tray 31
1 Urea process, aqueous solution 2 Capacity of the tower: 31+20+17 3 Maximum actual production capacity: 800 t/d 4 Type of tray: vertical sieve tray
Carbon dioxide stripping method: The equipment imported from abroad has a capacity of 88.2 m³ per day, enabling the production of 1,000 tons per day; it features 10 layers of sieve trays for carbon dioxide stripping. Designed by the Fourth Research Institute, this system has a capacity of 142.6 m³ per day, also allowing for the production of 1,000 tons per day, with 11 layers of sieve trays
Fully circulating aqueous solution method; urea synthesis tower with a volume of 44 cubic meters; daily production capacity of 800 tons; tray type: high-efficiency finned tray
Full-circulation aqueous solution method; urea synthesis tower with a volume of 31 cubic meters; daily production capacity of 700 tons; tray type: cyclone cap-and-tray design
Full-circulation aqueous solution method; urea synthesis tower with a volume of 47 cubic meters; daily production capacity of 600 tons; tray type: conventional trays, 8 in total
Urea production process: 1. CO2 stripping process; 2. Effective volume of the urea tower: 126 m3; 3. Maximum actual production capacity: 1000 t/d; 4. Type of tray: sieve tray
1. CO2 stripping 2. Effective volume: 177 m3 3. Annual production: 480,000 tons 4. Tray type: Casle high-efficiency type
1. Urea process: full circulation of aqueous solution 2. Volume of urea tower: 31 m3 3. Maximum actual production capacity: 450 t/d 4. Tray type: sieve tray type
1. Urea production process: CO2 stripping process 2. Volume of the urea tower: 144.8 m3 3. Maximum actual production capacity: 1000 t/d 4. Type of tray: sieve tray
1. Urea process: aqueous solution 2. Volume of the urea tower: 52 cubic meters 3. Maximum actual production capacity: 900 tons per day 4. Type of tray: sieve tray
Which design institute designed your CO2 stripping urea plant? If it’s the 1,000-ton per day version from Huasi No. 4 Plant, should the urine tower’s volume be 142 cubic meters?
1. Urea production process: CO2 stripping 2. Volume of the urea tower: 142.6 m3 3. Maximum actual production capacity: 1,400 tons per day? 4. Tray type: Screen tray type
It is understood that a fertilizer factory in Shandong has built a urea aqueous solution production plant with a daily output of 1,600 tons. How large is its urea tower? How is it working now? Could someone who is aware of the situation please explain it to us?
1. Urea process: aqueous solution; 2. Volume of the urea tower: 41.3 cubic meters; 3. Maximum actual production capacity: 630 tons per day; 4. Type of tray: sieve tray with ball caps
1. Urea production process: CO2 stripping 2. Volume of the urea tower: 183 m3 3. Maximum actual production capacity: 2,300 tons per day 4. Type of tray: sieve tray type