A unified environment for modeling your asset's complete decarbonization lifecycle creating a single source of truth for your engineering and operations teams.
The unique ability to connect process simulation with real-time energy and emissions optimization gives your teams the comprehensive insights required to design and operate the net-zero asset of the future.
Our integrated approach enables you to:
Maximizing energy efficiency is a quick win for an organization to reduce operating costs and emissions, regardless of the carbon price. While this can motivate companies to optimize their operation's energy use, the reality is that emissions come from the combustion of any type of fuel. In order to reduce the carbon intensity (CI) of a liquid fuel, phased programs like co-processing to 100% processing of biofuels are underway.
Using the Best Technology Index tool in Petro-SIM for energy benchmarking leads to gap analysis, and will identify no-cost quick wins and capital-intensive projects to close any gaps.
Petro-SIM process simulation uses other KBC products, SuperTarget® and HX-Monitor, to analyze the energy vs yields trade-off to ensure that processes and energy work in tandem to provide users with the optimized option.
Auditable emissions reporting produces compliant reports for the authorities, and at the same time provides manageable actions to reduce emissions.
Balance the pressure and flow rates over the entire network, from capture, to transport, to injection in the reservoir. Evaluate the risks to the asset, the dehydration and compression requirements, and correct sizing of the facilities, as it changes over time.
The presence of impurities or traces of water may strongly affect the design and management of the facilities especially in hydrogen production, CCS, steam and energy management. Multiflash provides a consistent and rigorous thermodynamic modeling throughout, when and where it matters most.
Visual MESA Energy Real Time Optimization, in open or closed loop, is the leading real-time digital twin for energy systems optimization allowing industrial sites to save energy from operating the plant optimally.
