Bharat Petroleum Corp. Ltd. selects multiple lummus technologies for project in India
Published by Poppy Clements,
Assistant Editor
Hydrocarbon Engineering,
The project is part of BPCL’s Bina Petrochemicals and Refinery Expansion Plan. Once complete, the expansion will produce polymer-grade ethylene and propylene to supply downstream polymer production units, with a capacity of 1 200 000 tpy of ethylene and 550 000 tpy of propylene.
“This award integrates Lummus’ industry-leading light olefins technology and the water treatment technology we recently added to our portfolio,” said Leon de Bruyn, President and CEO, Lummus Technology. “The comprehensive and integrated offering will ensure sustainable water treatment solutions, drive reliable and efficient light olefin production, and reduce greenhouse gas emissions. These benefits align with BPCL’s goal of strengthening its position in India’s petrochemical market.”
BPCL will license Lummus’ ethylene, low pressure recovery, total C4 hydrogenation, pygas hydrogenation and wet air oxidation technologies, plus Sulzer’s extractive distillation technology. Lummus’ scope also includes heater detail engineering, advisory engineering services and training.
Read the article online at: https://www.hydrocarbonengineering.com/petrochemicals/15082024/bharat-petroleum-corp-ltd-selects-multiple-lummus-technologies-for-project-in-india/
You might also like
Hydrocarbon Engineering Podcast
Leakhena Swett, President of the International Liquid Terminals Association (ILTA), and Jay Cruz, Senior Director of Government Affairs and Communications, join us to consider the key role that industry associations have to play in the sectors that they serve.
Wood Mackenzie's Global Refinery Closure Outlook to 2035
Although global oil demand is expected to grow, the long-term outlook for many refineries is uncertain. Wood Mackenzie’s latest global refinery closure threat analysis reviews 420 sites worldwide, identifying those most at risk by 2035. Rising carbon cost, shifting demands and lack of petrochemical integration are key factors shaping future viability.