industrial production of ammonia fertilizer using cyanobacteria · 2020. 5. 29. · industrial...
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COLLEGE OF ENGINEERINGSchool of Chemical, Biological, and Environmental Engineering
Industrial Production of Ammonia Fertilizer
Using CyanobacteriaCaitlin Hudecek
Robert Schock
Matthew Young
June 5, 2020
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Project Design Criteria
• Design an Ammonia production plant with a capacity of 50 metric tons per day while:
– Employing modular manufacturing methods
– Maintaining a small carbon footprint
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Background
• Ammonia is a popular nitrogen fertilizer
– Crops use nitrogen in photosynthesis
• Ammonia production globally
– 1-3% of total energy usage
– 5% natural gas usage
– 3% of greenhouse gas emissions
– Half of world’s population sustained using ammonia fertilizer
https://wcroc.cfans.umn.edu/news/greener-tractors
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Background
• Ammonia produced using Haber-Bosch Process
– High Temperatures
– High Pressures
– Uses lots of natural gas
https://businessfacilities.com/2020/01/1b-ammonia-plant-coming-to-greater-houston/
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The Idea
• Use cyanobacteria in photobioreactors to produce ammonia
– Reduce need for extreme operating conditions
– Eliminate natural gas requirements
– Make ammonia with minimal environmental impact
https://www.researchgate.net/figure/40-L-vertical-tubular-outdoor-photobioreactor-for-Chlorella-zofingiensis-G1-cultivation_fig1_325763128
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Process
Description
(per module)
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Costs & Feasibility
• Market Price: $512/ton
• Design Unit Price: $9.0M/ton
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Costs & Feasibility
• Market Price: $512/ton
• Design Unit Price: $9.0M/ton
Total Capital Cost: $461B!
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Costs & Feasibility
• Manufacturing Cost: $156B/yr
• Profit Margin: 25%
• Gross Profit: $8.2B/yr
• Net Present Value: -$350B
• Internal Rate of Return: -8%
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Costs & Feasibility
• NPV in billions of USD
• Cost Drivers:
– CAPEX & Production Volume
– Profitable at 90% decrease in CAPEX
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Costs & Feasibility
• Land Requirements
– 50,000 acres (5.5 times the size of Corvallis!)
• Energy Requirements
– 5,000 GW (31,000 3 MW wind turbines)
– Primarily from pumping
3 MW Wind Turbine
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Reducing Costs
• Increasing module size
• Increasing concentration of cyanobacteria
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Reducing Costs
• Increasing module size (from 60)
– 120 modules decreased cost by 32%
– 1000 modules decreased cost by 63%
• Increasing concentration of cyanobacteria
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Reducing Costs
• Increasing module size (from 60)
• Increasing concentration of cyanobacteria (from 6 µg/mL)
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Reducing Costs
• Increasing module size (from 60)
• Increasing concentration of cyanobacteria (from 6 µg/mL)
– Increased concentration 10-1000x
– 1000x decreased cost 99.97% to $26M
– Energy cost significantly decreased
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Final Recommendations
• Do not build plant, too high cost
• Further cyanobacteria research could lower costs by lowering plant volume
– Increased cyanobacteria density
– Increased ammonia production rate
• Accounting for greenhouse gas absorption (carbon credits) could also make plant more profitable
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Sources• AIChE 2019-2020 Student Design Competition Problem Statement & Rules
• Himstedt, H. H., Huberty, M. S., McCormick, A. V., Schmidt, L. D. and Cussler, E. L. (2015), Ammonia synthesis enhanced by magnesium chloride absorption. AIChE J., 61: 1364-1371. https://aiche.onlinelibrary.wiley.com/doi/abs/10.1002/aic.14733.
• Towler, Gavin Sinnott, Ray K. (2013). Chemical Engineering Design - Principles, Practice and Economics of Plant and Process Design (2nd Edition). Elsevier.
• Thomas, S. P.; Zaritsky, A.; Boussiba, S. Ammonium Excretion by an L-Methionine-Dl-Sulfoximine-Resistant Mutant of the Rice Field Cyanobacterium Anabaena Siamensis. Applied and Environmental Microbiology1990, 56(11), 3499–3504. https://doi.org/10.1128/AEM.56.11.3499-3504.1990.