Joint Venture Petrolera Kaki

It is a Venezuelan joint venture in charge of the exploration and production of oil in the Kaki, Bucaral, Santa Fe and Cantaura fields
Petrolera Kaki

Joint venture Petrolera Kaki

The mixed enterprise Petrolera Kaki S.A., established in 2007 as part of the migration process of the operating agreements, is the operator of the Kaki, Bucaral, Santa Fe, and Cantaura oil fields. These fields were discovered in 1953 by Mene Grande Oil Company and in 1958 by Socony Vacuum Oil Company, respectively. The fields were managed and exploited separately until the nationalization of the oil industry in 1976, when PDVSA’s subsidiaries operated both fields as a single area known as Kaki.

In 1997, during the Third Round of Operating Agreements, the consortium formed by Arco, Inelectra, and Polar won the bid to operate the Kaki and Maulpa fields, and the company Inemaka, S.A. (Inepetrol) was established as the operator. In 2001, Arco withdrew and Inemaka assumed its stake. Between 1997 and 2005, the partners of the Operating Agreement made the necessary investments to develop the Kaki, Bucaral, Santa Fe, and Cantaura fields. The total investment amounted to US $162.34 million, which included: 3D seismic, 22 wells (BUV-13 to BUV-28, KG-18 to KG-21, KM-8 and KM-9), the KTM-2 production manifold, the BEF-1 and KEF-3 flow stations, and the Kaki compressor plant. “The total investment amounted to 162.34 million dollars.

Oil and Gas
The Kaki, Bucaral, Santa Fe, and Cantaura field fields have proven reserves of 35 million barrels of light oil with a gravity of 45° API and extractable reserves of natural gas liquids (NGL). C3, C4, and C5 are estimated at 3.5 million barrels.
Joint Venture
Petrolera Kaki S.A is a mixed company created in 2006. The property is divided between the Venezuelan Petroleum Corporation (CVP) with 60%, Inepetrol with 22.67%, and Inversiones Polar with 17.33%.
Development Plan
The development strategy is based on the comprehensive exploitation of crude oil, natural gas, and natural gas liquids (NGL). This involves extracting NGL using a dedicated plant and reinjecting methane gas into the S2-KG1 field to maintain pressure and optimize long-term resource recovery.