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8/3/2019 Group b Presentation 3 Son
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SCREENING ALTERNATIVES, FLOWSHEETING,
PLANT LAYOUT AND DETAILED COST ANALYSES
OF BIODIESEL PRODUCTION IN TURKEY
Group B051145003 Glseren Akku
051145011 Berkan Bayar
051145016 ahin alar
051145049 Buket Ylmaz
061145049 Gkhan E. Nar
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What is the aim of the project ?
X Oil Company want to make decision on the contruction of the biodiesel plant
Large Scale Plant
By-product of glycerol evaluation
What was done in this project ?
Market Analysis,Technology Type Selection,
By-product of glycerol evaluation
Main and Auxiliary equipments design,
Piping and Plant Layout,
Detailed Economic Analysis
Preparing a preliminary design for biodiesel production process
Objective of this study is determine manufacturing cost and the capital investement
What was the work in this project?
What was wanted in this project?
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Market Analysis in Turkey
According to the Table, %5 of biodieselrequirement in diesel is 406.525 tons in 2007.
Capacity of biodiesel plant is 27.000 tons/yearin Turkey by research.
Capacity is determined as 40.000 tons/year. It
is 10% of biodiesel market (%5 biodiesel indiesel).
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BIODIESEL PRODUCTION TECHNOLOGIES
Homogeneous Alkali (Base) Acid Catalyzed
Transesterification
Heterogeneous Acid and Base-Catalyzed
Transesterification
Enzymatic Transesterification
Supercritical Alcohol Transesterification
Microwave Assisted Transesterification
Ultrasound Assisted Transesterification
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0 10
Homogeneous Catalysis Technology
Heterogeneous Catalysis Technology
Enzymatic Catalysis Technology
Supercritical Technology
Selecting Technology Type
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Recommended Block Diagram of SCT
Some Improvments Are Need
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Improved Block Diagram of SCT
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Process Flow Diagram of SCT
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Design Basis
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Material Balance
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Energy Balance
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Result of Material And Energy
Balances
0,04 $ is spending on energy and utilities per a kg of biodiesel
0,43$ is spending on raw materials per 1 kg of product. This isnearly %70 of estimated selling price.
Profitable to go on
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Main Equipments Design
Total =418474 $
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Auxiliary Equipments Design
Total = 735484 $
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Introduction to Plant Layout
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Piping Design
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Piping Design Results
Electrical Cost(EC) = 0,2784 $/kWh * 340 kW = 94,656 $/h
Total length of pipe segment =580,5 m
Cost of pipe: 580,5* 37,09 = 21530 $
Purchased equipment cost (PEC) =500776,7 $
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Detailed Economic Analysis
Total= 418474 $ Total= 192436 $Total= 668638 $ Total= 53030,35 $/Y
Main Equipments Analysis
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Detailed Economic Analysis
Auxiliary Equipments Analysis
Total= 89943$Total= 1126284 Total= 220669$Total= 735484 $Total= 301633 $
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Detailed Economic Analysis
Utility Cost Analysis
Total=74840000 $
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TPC = 0.567198 $/kg
TCI = 19222476 $FCI = 17300228 $
Detailed Economic Analysis
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Detailed Economic AnalysisProfibility Analysis
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Result of Economic Analysis
Profit is the goal of any investment. When the capacity reachs low ratio, raw material
costs, utility costs will be low, also. But, taxes which is fixed cost can not change. By
the time capacity is low, total income will be low. When total incomes and costs are
calculated for each capacity, breakeven point can be determined which income and cost
is equal to each other.According to depreciation, fixed capital investment and annual net profit, payout
period was calculated as nearly six year. It is good result because the lenght of time is
not long. It s necessary for the total return to equal the capital investment. We
obtained that it is profitable process for 40000 tones/ year capacity at %75 capacity
ratio according to results.