Skip to main content

Pacific Future Energy to build ‘world’s greenest refinery’

Published by , Digital Assistant Editor
Hydrocarbon Engineering,


Pacific Future Energy has announced its has submitted a proposal to BC First Nation governments regarding the build of what the company is claiming as ‘the world’s greenest bitumen-to-fuels refinery’. The projected value of the build is CAN$15 billion, and the suggested site is the Dubose Flats, located approximately 30 km south of Terrace BC.

“This is the start of our public conversation as we work to build our economic future and protect our coast in Northern BC, while recognising and respecting First Nations rights and title,” said Samer Salameh, Executive Chairman of Vancouver-based Pacific Future Energy.

“Not only would our proposal provide a value-added way to get Canadian oil to growing world markets, but it would also protect both Canada’s land and marine environments from the effects of a heavy oil or bitumen spill,” said Robert Delamar, CEO of Pacific Future Energy. “Our plan would take full advantage of the opportunity for Canada by building a ‘near net zero carbon emissions’ refinery with the world’s most advanced technology. That will ensure an environmentally superior refinery that is also financially and economically sound.”

Edited from press release by

Read the article online at: https://www.hydrocarbonengineering.com/clean-fuels/21012016/pacific-future-energy-to-build-worlds-greenest-refinery-2230/

You might also like

The Hydrocarbon Engineering Podcast - Education and training for every phase of the insulating system design process

In this episode of the Hydrocarbon Engineering Podcast, Brandon Stambaugh, Owens Corning Director for Technical Services, joins us to discuss engineers’ demand for education and training to support the critical phases that affect the performance and longevity of insulating systems.

Tune in to the Hydrocarbon Engineering Podcast on your favourite podcast app today.

Apple Podcasts  Spotify Podcasts  YouTube

 
 

Embed article link: (copy the HTML code below):