Javascript must be enabled to continue!
Economics of GTL Plants
View through CrossRef
Abstract
A unique approach for assessing the economic viability of gas to liquid (GTL) plants is utilized. The capital expenditures ("CAPEX") are based on the production of one barrel of hydrocarbon liquid per day (BLPD) whereas the annual operating expenditures ("OPEX") are expressed as percentages of CAPEX. Both expenditures cover the range of costs envisioned by various venders/investigators. It is assumed the overall thermal efficiency of GTL plants is about 60% and the plant operates 330 days per annum. The capital expenditures utilized in this study are 20,000, 25,000, 30,000, 35,000, and 40,000 USD/BLPD. The annual operating expenditures utilized are 5%, 6%, and 7% of CAPEX. Thus, the range of operating expenditures utilized is 3.03 to 8.48 USD per barrel of liquid hydrocarbon produced.
Two measures of profitability are utilized in assessing the economic viability of GTL plants, namely, rate of return ("ROR") and undiscounted pay-out time ("POT"). Rates of return used in this study are 10%, 15%, and 20% whereas payout times used are 4, 5, 6, 7, and 8 years. Construction periods of 3 and 4 years are considered in the analysis. It is determined, for a 3-year construction period, that when crude oil prices are in the range of 10.27 USD/Bbl (for 20,000 USD/BLPD in CAPEX, 3.03 USD/Bbl in OPEX, and 10% for ROR) and 37.76 USD/Bbl (for 40,000 USD/BLPD in CAPEX, 8.48 USD/Bbl in OPEX and 20% for ROR), GTL plants are profitable. Likewise, it is concluded that when crude oil prices are in the range of 10.48 USD/Bbl (for 20,000 USD/BLPD in CAPEX, 3.03 USD/Bbl in OPEX, and 8 years for POT) and 38.32 USD/Bbl (for 40,000 USD/BLPD in CAPEX, 8.48 USD/Bbl in OPEX, and 4 years for POT), GTL plants are profitable. For a 4-year construction period, crude oil prices range between 10.64 and 40.87 USD/Bbl rather than 10.27 and 37.76 USD/Bbl, respectively. Crude oil prices as function of undiscounted pay-out times, however, remain unaffected by the change in the construction period. It should be noted that it is assumed the premium on GTL products offsets the cost of feed stock gas. A general survey of GTL processes is also included.
Title: Economics of GTL Plants
Description:
Abstract
A unique approach for assessing the economic viability of gas to liquid (GTL) plants is utilized.
The capital expenditures ("CAPEX") are based on the production of one barrel of hydrocarbon liquid per day (BLPD) whereas the annual operating expenditures ("OPEX") are expressed as percentages of CAPEX.
Both expenditures cover the range of costs envisioned by various venders/investigators.
It is assumed the overall thermal efficiency of GTL plants is about 60% and the plant operates 330 days per annum.
The capital expenditures utilized in this study are 20,000, 25,000, 30,000, 35,000, and 40,000 USD/BLPD.
The annual operating expenditures utilized are 5%, 6%, and 7% of CAPEX.
Thus, the range of operating expenditures utilized is 3.
03 to 8.
48 USD per barrel of liquid hydrocarbon produced.
Two measures of profitability are utilized in assessing the economic viability of GTL plants, namely, rate of return ("ROR") and undiscounted pay-out time ("POT").
Rates of return used in this study are 10%, 15%, and 20% whereas payout times used are 4, 5, 6, 7, and 8 years.
Construction periods of 3 and 4 years are considered in the analysis.
It is determined, for a 3-year construction period, that when crude oil prices are in the range of 10.
27 USD/Bbl (for 20,000 USD/BLPD in CAPEX, 3.
03 USD/Bbl in OPEX, and 10% for ROR) and 37.
76 USD/Bbl (for 40,000 USD/BLPD in CAPEX, 8.
48 USD/Bbl in OPEX and 20% for ROR), GTL plants are profitable.
Likewise, it is concluded that when crude oil prices are in the range of 10.
48 USD/Bbl (for 20,000 USD/BLPD in CAPEX, 3.
03 USD/Bbl in OPEX, and 8 years for POT) and 38.
32 USD/Bbl (for 40,000 USD/BLPD in CAPEX, 8.
48 USD/Bbl in OPEX, and 4 years for POT), GTL plants are profitable.
For a 4-year construction period, crude oil prices range between 10.
64 and 40.
87 USD/Bbl rather than 10.
27 and 37.
76 USD/Bbl, respectively.
Crude oil prices as function of undiscounted pay-out times, however, remain unaffected by the change in the construction period.
It should be noted that it is assumed the premium on GTL products offsets the cost of feed stock gas.
A general survey of GTL processes is also included.
Related Results
Commercialization of Stranded Gas With a Combined Oil and GTL FPSO
Commercialization of Stranded Gas With a Combined Oil and GTL FPSO
Abstract
Oil prices have been driven to very high levels by ever increasing global energy demands. Gas-to-liquids (GTL) technology, which converts natural gas int...
GTL as a Potential Source of Future Clean Transportation Fuels
GTL as a Potential Source of Future Clean Transportation Fuels
Abstract
There are several technologies that could be useful in substituting natural gas-based liquid fuels for oil-derived fuels. They include gas to liquids (GT...
Taking GTL Conversion Offshore
Taking GTL Conversion Offshore
Abstract
While technological advances within the energy industry have made dramatic improvements in lowering the cost of finding, producing and refining oil, vast...
Gtl Efficiency
Gtl Efficiency
Abstract
A number of key parameters have been used for defining the efficiency of GTL (Gas-to-Liquids) process. The most commonly used bases are Carbon Efficiency...
Analisis Risiko dengan Pendekatan Semi-Kuantitatif untuk Stabilitas Lereng Highwall pada PIT B1 PT. Pancaran Surya Abadi Kabupaten Kutai Kartenegara
Analisis Risiko dengan Pendekatan Semi-Kuantitatif untuk Stabilitas Lereng Highwall pada PIT B1 PT. Pancaran Surya Abadi Kabupaten Kutai Kartenegara
Guaranteeing the geotechnical stability of slopes is an absolute prerequisite for the sustainability of open pit mining operations, considering the potential for multidimensional l...
A New GTL Technology - Steam/CO2 Reforming and FT Synthesis with Novel Catalysts
A New GTL Technology - Steam/CO2 Reforming and FT Synthesis with Novel Catalysts
Abstract
Japan Oil, Gas and Metals National Corporation (JOGMEC), which is a former Japan National Oil Corporation (JNOC), has been developing natural gas to liqu...
A Comparison of the Stability Performance of Blends of Paraffinic Diesel and Petroleum-Derived Diesel, with RME Biodiesel Using Laboratory Stability Measurement Techniques
A Comparison of the Stability Performance of Blends of Paraffinic Diesel and Petroleum-Derived Diesel, with RME Biodiesel Using Laboratory Stability Measurement Techniques
In 2012, a new specification for synthetic fuels containing up to 7% biodiesel (FAME) was approved (CEN TS 15940). This specification allows the sale of neat paraffinic diesel, suc...
Employee ecological behavior through green transformational leadership: the mediating role of green HRM practices and green organizational climate
Employee ecological behavior through green transformational leadership: the mediating role of green HRM practices and green organizational climate
Purpose
The purpose of this study is to investigate how and when green transformational leadership (GTL) may be used to foster employee ecological behavior (EEB...

