Matapal is bpTT’s second subsea development and is comprised of three wells, which tie back into the existing Juniper platform. It is located approximately 80 km off the south-east coast of Trinidad and approximately 8 km east of Juniper, in a water depth of 163 m.
Matapal will deliver gas into the Trinidad gas market from resources discovered by the Savannah exploration well, drilled in 2017. The initial production from this development is expected to be in the range of 250-350 million standard ft3/d, once all wells are fully ramped up.
Claire Fitzpatrick, president bpTT, said: “Natural gas will play an important role in the energy transition and to the economy of Trinidad and Tobago for decades to come. This is why our team at bpTT has worked diligently to safely start up our Matapal project which we successfully achieved both under budget and ahead of schedule. We are committed to a strong energy future in Trinidad and Tobago and this project plays a critical role in delivering that.”
Fabrication work on Matapal began in 2019. The project required modification to the existing Juniper platform as well as the construction and installation of new subsea equipment. The majority of fabrication work required to adapt the Juniper platform for new production was completed locally. Hydrocarbons from Matapal will be transported to the Juniper platform via two 9 km flexible flowlines.
Read the latest issue of Oilfield Technology in full for free: Issue 3 2021
Oilfield Technology’s third issue of 2021 starts with a report from Wood Mackenzie focusing on the upstream industry’s fortunes in Asia-Pacific. The rest of the issue is dedicated to features covering offshore engineering, coiled tubing, frac technology, completion technologies, water management, well placement and much more.
Exclusive contributions come from Wild Well Control, Cudd Pressure Control, TMK, NOV, Archer, Tendeka, TETRA Technologies and more.
Read the article online at: https://www.oilfieldtechnology.com/offshore-and-subsea/20092021/bps-matapal-project-achieves-early-first-gas/