Sensitivity analysis reveals that the process OPEX and price of hydrogen are strongly dependent on the cost of aqueous NaOH. When the module factor was unavailable in CapCost, we applied a value between 2 and 4. Gregory McRae Course Number: 10. Final report due in Lec 26 28-30 Student Presentations Presentations due Course Info. Progress report due in Lec 14, 18, and 22.
At a levelized cost of hydrogen (LCOH) production of 1860 $ per t H 2, the proposed plant will be able to break even at the end of the plant life. and equipment base costs were obtained from the CapCost software 18. Capital Cost Estimates: Introduction to CAPCOST Software Program 14-27 Team Project Work Problem set 1 due in Lec 15. Our team has a unique blend of skill sets and specialized experience that allow us to offer targeted bespoke business and project delivery solutions. CapCost and SCENT also provide methods to do analyses including OpEx. At 0.485 t H 2 per h, the process CAPEX is about 105 M$, and OPEX is 143 M$ per year. Capital Costing Services is committed to providing a comprehensive suite of services to the planning and delivery initiatives of construction projects in both private and public sectors. including opportunities to include cost estimation software as a step forward. An economic analysis is performed with CapCost software to estimate the plant capital expenditure (CAPEX) and operational expenditure (OPEX) and the cost of hydrogen production.
Guided by the previous experimental result on H 2S splitting, Aspen Plus software is used to design and simulate the proposed plant. The present study reports a techno-economic analysis of hydrogen production from H 2S via photocatalysis. Capcost is designed to predict the cost needed to build a plant and, because of the variety of equipment that displays a large price range, the. Herein, the photocatalysis route for H 2S splitting represents a potential technology that is not yet fully analyzed. Different H 2S splitting technologies are proposed and investigated based on the techno-economic analysis. The removal of the noxious H 2S from natural gas remains a challenging task in the oil and gas industry.