Canada-based Belgrave Oil and Gas Corporation, a private petroleum development company, is among a number of companies willing to invest between US$200 to US$300 million in T&T's energy sector. These estimates were given to the Business Guardian on Monday via e-mail by John Belgrave, president and chief executive officer of Belgrave Oil and Gas. "These investors are primarily oil and gas operating companies operating in Canada. Names cannot be given at this time until terms of engagement have been established with Trinidad. "I estimate that the initial foray into Trinidad would be in the US$200 million to US$300 million range. Understand that this opportunity has a very short shelf life as investment capital cannot remain idle," said the Trinidad-born Belgrave, a geologist.
"The investment would be capital coupled with technology transfer at all levels of implementation. Investment funds would be Canadian in origin and through Belgrave Oil and Gas Corporation," he said.
Belgrave spoke confidently of investors being interested in T&T's energy market. "We have had discussions with investment capital sources in Canada that have expressed a strong interest in investing in the upstream oil and gas sector in T&T. For your information, in North America, capital is deployed to in a modular fashion (to minimise inefficiency). Each module is designed to provide incremental oil production of 10,000 barrels per day," he said. Belgrave participated in the Geological Society of T&T's (GSTT) two-day conference two Tuesdays ago at Cara Suites, Claxton Bay.
He said Energy Minister Carolyn Seepersad-Bachan indicated at the conference a "strong sense of urgency" about turning around Trinidad's decline in oil production. "We have had preliminary discussions with the Ministry of Energy and Petrotrin. I have not directly spoken with the Trinidad Energy Minister. Our intention is to submit a proposal as soon as possible to Petrotrin for implementing enhanced oil recovery (EOR) onshore. For this to be feasible for us, our investment and return would have to meet certain thresholds. As I indicated to you, the usual starting point would be 10,000 barrels/day production increase, with an option for expansion," Belgrave said. As far as Belgrave is concerned, T&T's mature oilfields are ripe for investment.
"We believe that there are several opportunities to increase oil production in Trinidad's mature oilfields, and, at the GSTT conference, we presented some proven technologies that could be implemented."
T&T having been in the oil business for a long time has much to offer, Belgrave said. "Trinidad has a long history of oil production. The infrastructure is excellent and well suited for the implementation of EOR technologies. I started my career in T&T back in 1980 with Trinidad Tesoro and have a fundamental understanding of the hydrocarbon geological architecture. "There are proven high-impact technologies that are well suited to rehabilitating Petrotrin's mature oilfields increasing its oil production," he said.
Belgrave said his company and Petrotrin have signed a confidentiality agreement to investigate opportunities to increase oil production onshore. "Our primary focus is the application of high-impact improved/enhanced oil recovery technology (IOR/EOR) to increase oil and gas production, improve recovery and add reserves.
"The company was incorporated in the province of Alberta, Canada in July 2009. Its corporate head office is located in the Sunlife Plaza, downtown Calgary," he said. Reiterating what he said in his presentation at last week's GSTT conference, Belgrave said more oil and gas does not mean a larger operational or environmental footprint. "There are profitable greenhouse gas sequestration opportunities in both oil and gas reservoirs. Flue gas injection with steam has improved both downhole steam quality and oil steam ratio during cyclic steam stimulation (CSS). Enhanced gas recovery from natural gas reservoirs has proven to be viable by flue gas injection," he said. Belgrave said recent field trials have shown that the addition of small quantities of light hydrocarbons to injected steam can improve oil recovery factor by as much as 30 per cent in CSS. "Per barrel of oil recovered, this translates into a significant reduction in capital and operating costs, water and natural gas usage and the quantity of C02 from steam generation that goes in to the atmosphere," Belgrave said.
Projects
On May 1, 2011, Belgrave Oil and Gas Corporation was contracted by Statoil Canada to develop air injection EOR technology.
The company currently has several technical service agreements in Canada and Colombia. In Colombia, the company is in the advanced stages of implementing and air injection pilot in a heavy oil reservoir 8,500 feet deep. This project is intended to demonstrate the feasibility of exploiting seven billion barrels by this method. Belgrave Oil and Gas also has a memorandum of understanding in Colombia, which gives it access to a team 70+ engineers, geologists and geophysicists.
• On September 13, 2010, the company signed a memorandum of understanding with the Colombian company, Petrolabin Ltda, to jointly acquire and exploit hydrocarbon assets in Colombia and South America.
In Canada, the company recently completed the design an alkaline-surfactant-polymer flooding, which will be implemented in 2011. The company is also presently engaged to by two companies to design and execute cyclic-steam stimulation (CSS) and expanding-solvent SAGD (ES-
SAGD) pilots.
Belgrave Oil and Gas is to announce this month that it has been engaged to develop air injection intellectual property for a growing consortium of some of the largest oil and gas companies in Canada.
• On February 18, 2010, it signed a technical partner services and joint venture agreement with Terrex Energy Inc, a Calgary-based junior oil company that specialises in the application of proven EOR methods to improve oil production from mature pools.
About the company:
Belgrave Oil and Gas Corporation's primary focus is the application of high-impact improved/enhanced oil recovery technology (IOR/EOR) to increase oil and gas production, improve recovery and add reserves. Conventional primary and secondary recovery methods will produce only about one-third of the oil discovered. Under current economic conditions tens of billions of barrels of additional oil could be recovered in North America alone, with the successful application of existing EOR technology. Application of proven high-impact EOR methods, however, has been limited for the most part because of steep learning curves in their design, implementation and operation.
For example, air injection continues to remain esoteric and out-of-favor despite the fact that it has been economically successful over a broader range of reservoir types than any other EOR process. Its effectiveness is not constrained by oil type, rock permeability, reservoir depth, pressure, temperature or connate water salinity. Recovery factors in the range 50 per cent to 90 per cent of the original oil-in-place have been achieved where reservoir dip was significant and used to advantage. Properly engineered, air injection is capable of commercially rehabilitating depleted watered-out light-oil and steamflooded heavy oil pools.
Today, implementation of high-impact recovery technologies is critical due to:
• increasing demand for oil
•difficulties in finding new major deposits
• pressing requirements for lower environmental impact and capital conservation that will come from extending the producing lives of known accumulations.
Raphael John-Lall
raphael.lall@guardian.co.tt
About Dr John Belgrave...
Dr John DM Belgrave is a petroleum/reservoir engineer with 30 years' diverse oil and gas experience.
He has successfully created value in a variety of technical, project management and managerial capacities in Trinidad, Canada, Columbia, Brazil, United States, Kazakhstan and Libya, involving conventional oil, heavy oil, bitumen, and gas operations.
Belgrave began his career as a heavy oil petroleum/reservoir engineer in Trinidad working on cold production and steam injection projects. Subsequently, Belgrave joined BP Canadaís Oil Sands Technology Development Group in Calgary, Alberta, where he was involved with the planning and optimisation of the Marguerite Lake cyclic steam and air injection demonstration satellites. From 1989 to 1996, Belgrave served as a tenured associate professor at the University of Calgary, where he published several novel papers on air injection technology. Belgrave then worked in a variety of advisory and management capacities in Kazakhstan, Libya and Canada.
In Kazakhstan, Belgrave was a director and vice-president petroleum engineering for Nations Energy Company. He designed the development plan and prepared the technical bid to the Kazakhstan Government and private investors, which resulted in the successful acquisition of the Karazhanbasmunai Joint Stock Oil Company for US$55 million. This company was later sold for US$2 billion.
In Libya, Belgrave was responsible for reservoir management and production optimisation of the largest oil field in Africa, Sarir, producing 200,000 barrels of oil per day.
In Canada, Belgrave designed and executed a US$100+ million heavy oil capital development programme for Petrovera Resources, which doubled production in two years. At EnCana, he was involved with the development and implementation of air injection as a follow-up process to steam-assisted gravity drainage (SAGD), and then led the successful development of an enhanced ignition technique for EnCanaís gas-cap air injection process (EnCAID).
Belgrave has a bachelor of science in petroleum engineering (1980) from the University of the West Indies, a doctorate of philosophy in chemical engineering (1987) and certificate of strategic management (2004) from the University of Calgary, and a Master of Business Administration from Lansbridge University (2007).
