AFPM 2021 Summit October 5-6, 2021
Update from AFPM: Nothing is more important to our industries than safety, and in evaluating the COVID-19 situation in New Orleans, along with the effects of Hurricane Ida on Louisiana,…
Update from AFPM: Nothing is more important to our industries than safety, and in evaluating the COVID-19 situation in New Orleans, along with the effects of Hurricane Ida on Louisiana,…
The AFPM Annual Meeting, the world’s premier refining meeting, assembling key executives, decision-makers, and technical experts from refining businesses, technology providers, contracting and consulting firms, and equipment manufacturers around the…
Part of the Energy Transition Series, this AFPM webinar will focus on leveraging the flexibility of the FCC for processing biogenic feedstocks. Main topics will include: Big picture and economic…
ERTC is Europe’s largest and most senior meeting place for the world’s downstream leaders, bringing together refineries and technology providers to address the short, medium and long term issues affecting…
Asian Refining Technology Conference (ARTC) is Asia’s number 1 event focusing on core refining & petrochemical technologies and applications. Attracting only the most relevant delegates, who are all looking to…
The Latin American Refining Technology Conference (LARTC) is the No.1 downstream event in Latin America. Join us and a vast range of attendees from the region’s most influential network of…
ERTC: Ask the Experts is the chance to collaborate directly with process engineers of Europe’s major refineries. The industry is at a crossroads and refiners are on the hunt for…
Hydrocarbon Processing has announced CPFD Software’s Barracuda Virtual Reactor as the 2020 winner of the Best Software Technology Award.
TechnipFMC and Suncor Energy‘s recent article, “Modelling ensures a successful revamp”. This article describes how CPFD Software’s proprietary software, Barracuda Virtual Reactor, is used to confirm the adequacy of the proposed hardware changes, fine-tune the design, and evaluate the performance to minimize risks on start-up.
This study by Cesar Medina-Pedraza and Hugo de Lasa of the University of Western Ontario reports a numerical hybrid cluster CPFD simulation of a downer reactor unit.