Industries
Advanced Process Integration Limited helps clients to increase the sustainability and profitability of industrial processes through innovative operational improvements and design changes.
Oil & Gas
Operational improvements and digital transformation for oil and gas companies. We guide oil and gas businesses towards more efficient and sustainable growth and ultimately net-zero carbon. We help companies to develop novel growth strategies and operational excellence through creative application of digital technologies.
Enhances Operational Reliability - Utility systems, encompassing water, electricity, gas, steam, and compressed air, are integral to process industries. Successful Utility System Management ensures their efficient operation, minimizing downtime and ensuring continuous processes.
Boosts Energy Efficiency and Cost Effectiveness - In process industries, where utility systems are vital, Effective Utility System Management optimizes their efficiency, resulting in reduced downtime and significant cost savings.
Minimizes Fuel Consumption and CO2 Emissions - Utility systems, crucial for process industry operations, are efficiently managed to curtail downtime and maintain continuous processes, contributing to reduced fuel consumption and lower CO2 emissions.
Enhances Situational Awareness for Desired Outcomes - Utility systems, fundamental to running machinery in process industries, are efficiently managed for minimal downtime and continuous operations, contributing to heightened situational awareness and driving desired outcomes.
We offer a wide range of solutions:
Conceptual design for world-class projects with yield maximum efficiency and profits
Performance optimization to reduce operating costs and increasing profit margins
Energy optimization to reduce energy consumption across production plants
Chemicals & Petrochemicals
Optimizing process operations, performance, and growth for a resilient future. We create process improvements in distillation systems, process flowsheets and utility networks that produce increased profit margins and greater sustainability.
Optimizing process operations, performance, and growth for a resilient future. We create process improvements in distillation systems, process flowsheets and utility networks that produce increased profit margins and greater sustainability.
We offer a wide range of solutions:
• Conceptual design for world-leading projects with yield and maximum profit improvements
• Performance optimization in distillation systems • Improve profit margins
• Achieve increased profitability by reducing energy costs and emissions and maximising product recovery
Power Generation
Solving the energy trilemma of the low-carbon, affordable and the secure supply of energy will require a complete rethinking of future energy systems. Maximising the sustainable provision of energy requires that energy systems should strive to satisfy human needs in an economically viable, environmentally benign and socially acceptable way. Given the major uncertainties facing future energy systems, there is a need to establish flexible solutions to allow for the local supply and demand of energy, future changes in supply and demand, and technology developments. Primary energy sources that are currently dominated by the use of fossil fuels need to switch to renewables and waste-to-energy systems.
Solving the energy trilemma of the low-carbon, affordable and the secure supply of energy will require a complete rethinking of future energy systems. Maximising the sustainable provision of energy requires that energy systems should strive to satisfy human needs in an economically viable, environmentally benign and socially acceptable way. Given the major uncertainties facing future energy systems, there is a need to establish flexible solutions to allow for the local supply and demand of energy, future changes in supply and demand, and technology developments. Primary energy sources that are currently dominated by the use of fossil fuels need to switch to renewables and waste-to-energy systems.
Enhance Profitability Through Operational Optimization and Retrofit - We work with clients to improve the efficiency of current power generation systems through the use of operational optimization, both offline and online. Performance improvements can be enhanced through the use of retrofit, either low cost retrofit or more significant investment.
Strategic Planning for a Sustainable Future - The long term development of power generation systems requires the creation of road maps to plan the strategic evolution of power generation systems from the current designs through to the more sustainable designs required for the future, and eventually to net zero carbon emissions.
We offer a wide range of solutions:
• Energy transition and decarbonisation
• Reduce energy usage and emissions • Performance improvements
• Accelerate the transition to low-carbon energy sources and technologies
Process Utility Systems
Process utility systems are the largest consumers of energy on most processing sites, resulting in also being the largest sources of greenhouse gases. A significant component of process utility systems is power generation. However, on most processing sites typically 60% of the energy is required in the form of heat, rather than power. This brings significant differences between the objectives of stand alone power generation systems and process utility systems. Like power generation systems, the performance of utility systems can be improved through operational optimization that can be offline or online, and possibly retrofit to improve the performance further. However, the challenge of achieving net zero carbon emissions requires a complete paradigm change.
We offer a wide range of solutions:
Short Term Cost Saving With Low or No Capital Expenditure - APIL works with clients to create improvements in utility systems through operational optimization and retrofit. Combining industry expertise with optimization tools, we help to maximize profitability and energy security, while advancing sustainability targets.
Roadmaps to Achieve Net Zero Carbon Emissions at Minimum Cost - We provide long term planning to achieve the target of net zero carbon emissions at minimum cost. Road maps are used to create strategies that shape and accelerate the sustainable evolution to net zero carbon, while enhancing capital productivity and implementing operational reforms.
• Energy transition and decarbonisation
• Reduce energy usage and emissions • Performance improvements
• Accelerate the transition to low-carbon energy sources and technologies