Enabling truly integrated decision making ….
Dr Adrian Johnson joins the FEESA team to provide managerial and technical support for our key UK based projects, including the deepwater Appraisal/Select developments for BP Angola. Adrian has over 25 years of engineering experience working on numerous Appraise, Select, FEED, detailed design and start of construction of major global projects such as the Baku–Tbilisi–Ceyhan Pipeline Project
New Training Course Case Studies
These are available to explain some more of the specialist features in Maximus, including;
10. Characterising a Composition with Wax
11. Modelling a Production System with Wax and Hydrates
12. Generating Output for other Disciplines
Launch of the new FEESA Website
Welcome to the new FEESA website where you’ll find a fresh look at the services we provide to projects and our state of the art Integrated Production Modelling and Flow Assurance tool, Maximus. Return soon to find even more features to the website.
FEESA IPM takes a stand at DEVEX
FEESA is proud to be a Bronze sponsor of this year’s DEVEX conference on 12th and 13th May at the Aberdeen Exhibition and Conference Centre (http://www.devex-conference.org/). Come and see us at stand 8, register for our pre-conference course ran on 11th May 2010 entitled "Integrated Production Modelling for Integrating Design Teams”. Click here for more information about the course
MARCH 2010
Come and see us at AOG, Perth
Reflecting the demand for our services in Perth, FEESA will launch its Perth office at this year’s Australasian Oil and Gas Exhibition and Conference on 24th to 26th March.Come and see us at stand M27 (http://www.aogexpo.com.au/)
OLGAS three phase now available
OLGAS three phase version 6.3 is available to use alongside a range of published mechanistic models for multiphase flow in Maximus. OLGAS three phase provides the most detailed model for predicting water slip and hold-up in gas/hydrocarbon/water systems. Combined with Maximus’ unique adaptive stepping methods for multiphase pipeline integrations, this is especially useful for predicting where water holds up in gas condensate lines at low flow rates. It is also compatible can be used in combination with Maximus’ hydrate and wax slurry models.