Registration is now open for the 21st Multiphase Production Technology Conference – Multiphase 2025
About our Sponsors
We are delighted to present our loyal sponsors for their continued support for the Multiphase Production conference series.
Sponsors play a crucial role in the success of a conference. Their financial support helps cover essential costs, allowing the event to maintain high standards and keep delegate fees accessible.
Sponsors also contribute to the conference’s reach and engagement. Their presence adds content and diversity to the programme, fostering dialogue between industry and academia.
Since 1995, ESSS O&G has been offering solutions to help energy companies save millions of dollars by optimizing production and mitigating flow assurance
Based on a robust proprietary multiphase simulator, ESSS O&G unique Digital Twin platform enables users to manage, contextualize, simulate and analyze production data within a unified digital environment. The solution automates simulation workflows and recurring analyses, allowing for production monitoring and simulation of hundreds of scenarios to enhance production efficiency. This cloud-enabled technology orchestrates proprietary microservices through dedicated scripting and a process management module, helping to identify threats and opportunities to optimize production while maintaining well integrity within safe margins.
Over many years, we have partnered with major companies to deploy flow assurance technologies for monitoring 690+ wells, delivering US$ +120 MM in savings related to well integrity and 1% production increase by automated optimization process (Source: Petrobras).
Find out more at
https://library.esss.co/alfasim-alfatwin
For over 40 years, our flow simulators have been the industry standards for comprehensive and rapid model building, in-depth analyses and optimization. The Pipesim™ steady-state multiphase flow simulator, our flagship well and network modeling software for steady state simulation, incorporates advanced production engineering workflows for designing oil, gas and water production and injection assets, including artificial lift completions, advanced well configurations and network optimization.
Our Olga™ dynamic multiphase flow simulator models transient flow for both planning and operations phases, helping to predict system dynamics, such as time-varying changes in flow rates, fluid compositions, temperature, solids depositions and operational changes. The Olga simulator is the industry reference for transient modeling utilized in wells, networks, and pipelines, encompassing the entire production system from the bottom hole to the production facilities, and recently upgraded for CCS modeling.
Our flow assurance simulators support complex field operations, fast simulation runtime and parametric studies, backed by deep science, experienced subject matter experts, and a global footprint of support personnel.
Find out more at
www.slb.com/pipesim
www.slb.com/olga
With global energy demand on the rise, upstream production will continue to play an important role in providing energy security. But the future of hydrocarbons will be guided by an increased focus on lower carbon and digitally enabled operations.
At Wood, we partner with our clients to secure sustainable economic recovery from existing infrastructure, optimising assets and extend productive field life whilst accelerating the move towards net zero by decarbonising existing assets and producing ‘cleaner’ energy.
Our decades-long track record in upstream is exceptional. We design, engineer, build, operate and maintain the most complex assets in the world, in the harshest of environments, providing solutions across the asset life cycle from concept to decommissioning.
Find out more at
www.woodplc.com
LedaFlow®
The Advanced Transient Multiphase Flow Simulator
LedaFlow is a software solution designed to optimize continuous flow assurance for oil, gas, CO2, hydrogen, and steam, prioritizing safety, economic efficiency, and environmental sustainability.
LedaFlow’s physics-based approach solves the fundamental conservation equations (mass, energy, and momentum) for each phase (oil, gas, and water), providing high-resolution multiphase flow simulations. This accuracy is crucial for simulating critical transient events, leading to a deeper understanding of fluid dynamics and improved scalability for complex systems.
Highlights:
Advances accuracy and usability in multiphase flow simulation
Widely used by operators and their service companies
Routinely employed for flow assurance and production engineering
Directly integrates with K-Spice for enhanced process simulation
Used across multiple dynamic simulation and production platforms
CO2LINK integrating flow and reservoir simulators for CO2 injection
Cloud-native access with Kognitwin® Simulation
All-inclusive software, proven since 2011