Emissions estimation
and
management
The opportunity
Reducing atmospheric emissions of greenhouse gases and other pollutants is one of the most serious challenges the energy industry is currently facing. We believe that the Oil & Gas sector has an opportunity to increase efficiency while reducing emissions. Our approach is built on synergies between process engineering and data management systems that leverage regulatory compliance efforts to identify opportunities for process optimization.
Go Beyond Compliance
How we add value to your company
Streamlined data management
All data and models in a unified, integrated system
Simplified workflows
Expert support
Accurate engineering calculations
Efficient change management-track changes
Business model
Sample projects
Process engineering
and
simulation
The Opportunity
To stay competitive in the oil and gas industry, producers must operate as efficiently as possible. To fully optimize operations, you must consider every component of the facility using a holistic approach wich can be a very complicated task
Harness the power of advanced process simulation models to optimize your operations
Our Approach
Our team has developed a powerful simulation
software that is specifically designed to adapt to
your unique operational situation and can help
identify actions to significantly reduce
inefficiencies in your operations.
Working as partner, we help you develop an
accurate and detailed roadmap to optimize your
facilities, while keeping track of KPIs such as
CapEx, OpEx and GHG emissions.
By modelling and simulating multiple scenarios,
Process Ecology can help you identify critical
solutions and key bottlenecks on how to optimize
your facilities and reduce emissions and costs.
What Makes Us Different?
We use applied high-fidelity modelling to provide highly-detailed and constructive results for even the most complex situations
-
1
Honest feedback
-
2
Reliable results
-
3
Future-proof solutions
-
4
Fast problem solving
-
5
Ongoing relationship
Featured Projects
Hydrogen Blending for Compressor Engines
Hydrogen Blending for Compressor Engines
Challenge
Determine the amount of hydrogen that can be safely blended into a fuel gas system and the emissions reduction potential in a compressor fleet.
Solution
Develop a high fidelity process simulation model with special attention to thermodynamic behaviour.
HYSYS-OLI Integration for SAGD Facilities
HYSYS-OLI Integration for SAGD Facilities
Challenge
Engineers in SAGD need multiple software tools to model their facilities which leads to inefficient workflows.
Solution
Build an integrated model that has water chemistry calculations embedded in HYSYS.
Cost-effective GHG emissions reductions in SAGD
Cost-effective GHG emissions reductions in SAGD
Challenge
Determine the best, low CapEx opportunities to reduce greenhouse gas emissions from the Hangingstone facility.
Solution
The facility was evaluated using a high fidelity, integrated simulation model to rank all available solutions by techno-economic feasibility.
Looking to optimize?
Book a free consultation with our experts
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Decision support
software
The opportunity
A sustainable oil & gas industry requires decision-support systems to optimize operations, maximize energy efficiency and reduce the environmental footprint in a cost effective manner. Process Ecology has developed the “Xtrema Engine”, a powerful, multi-purpose framework that delivers best available science and engineering methods via flexible cloud-based software tools that help identify opportunities to improve economic and environmental performance
How we add value to your company
Our software tools deliver fit-for-purpose solutions to the oil & gas sector. These tools have been co-designed with end-users to solve specific problems that currently available tools cannot handle.
Our web-based simulation and optimization tools are unique in the market with both great UX design and powerful calculation algorithms.
Reduce the time and effort required to explore alternative scenarios and new
technologies and identify optimal process configurations while considering multiple
dimensions: technical, economic, environmental.
Drive down cost and maximize efficiency.
