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Brewery Cogeneration A Cogeneration Solution For A Medium Size Brewery. Presented by: Oliver McRae Professor: Xi Lin ME304 – Energy & Thermodynamics Wednesday, October 16 th , 2013. Agenda. Background Project Definition Data Acquisition, Interpretation & Equipment Selection
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Brewery CogenerationA Cogeneration Solution For A Medium Size Brewery Presented by:Oliver McRae Professor: Xi Lin ME304 – Energy & ThermodynamicsWednesday, October 16th, 2013
Agenda • Background • Project Definition • Data Acquisition, Interpretation & Equipment Selection • Thermal Calculations • Financials • Questions & Feedback
Background An Overview Of The Energy Sector In Jamaica
The electricity sector in Jamaica is in dire straits. • Equipment is aging and results in inefficient power generation. • Fuel cost is high. • Energy theft. • Affects many industries: • Healthcare. • Education. • Manufacturing. • Almost all civil services. • Stagnates economic growth.
Project Definition Crafting An Engineering Solution For High Cost Energy
Red Stripe suffers financially because of the cost of energy. • Red Stripe Jamaica Limited is the Brewer of the world renowned lager, Red Stripe. • Power comes from the Jamaica Public service Company. • Number six heavy fuel oil (process steam) is purchased from the single local refinery PetroJam. • High electricity and process steam requirements.
Data Acquisition, Interpretation & Equipment Selection An Examination Of Electrical Demand Requirements & How To Meet It
Two 1.131MW gensets are needed based on the energy requirements.
The GE Jenbacher JMS 416 is selected because it meets the requirements.
Thermal Calculations The Determination Of The Amount Of Process Steam Available From The Engine
Energy rate balance. • The following formula was used to calculate the available saturated steam at the required pressure of 9 bar.
Allocating both engine available steam and additional steam.
Financials The Confirmation Of The Quality Of This Investment
Financial metrics validate the undertaking of the project. • CAPEX @ Year 0 ~$401,000,000 • IRR Using Future Cash Flows = 83.8% • Savings increase yearly. • Payback happens within two years.
Project experiences payback in 15 months with a strong IRR. *Abbreviated from 6 years