To transform businesses in the process industries and help our clients achieve operational excellence by delivering innovative and sustainable solutions. To become one of UK's most distinguished provider of chemical engineering consultancy, supporting corporate energy performance by providing trusted and best-in-class solutions. Integrity We embrace trustworthiness and uphold the highest standards of professionalism in all our actions.
Creativity and Innovation We continually improve our technologies and solutions so that we may deliver higher levels of service. Quality and Excellence We aspire to exceed our clients' expectations in driving consistent operational excellence. People and Customer-Focused Culture We invest in our people to be world-class leaders in their fields and train them to identify customers' needs.
We listen and communicate with clients as their success are our success - together we thrive. Flexibility and Collaboration Through effective teamwork we have the power and knowledge to solve seemingly persistent problems.
Creativity and Innovation We continually improve our technologies and solutions so that we may deliver higher levels of service. Quality and Excellence We aspire to exceed our clients' expectations in driving consistent operational excellence. People and Customer-Focused Culture We invest in our people to be world-class leaders in their fields and train them to identify customers' needs.
We listen and communicate with clients as their success are our success - together we thrive. Flexibility and Collaboration Through effective teamwork we have the power and knowledge to solve seemingly persistent problems.
Services
Based on PIL's i-Steam software application, i-Steam Online is a real-time monitoring and optimization software for utility systems.
This application determines the best strategy to manage steam, electricity and fuel systems efficiently and reliably in real-time.
Additionally, i-Steam Online optimizes utility systems while accounting for operational, economic and environmental constraints.
It provides quick and accurate advice on daily decisions such as setting cogeneration targets, optimal driver selection and power management for import and export.
This application determines the best strategy to manage steam, electricity and fuel systems efficiently and reliably in real-time.
Additionally, i-Steam Online optimizes utility systems while accounting for operational, economic and environmental constraints.
It provides quick and accurate advice on daily decisions such as setting cogeneration targets, optimal driver selection and power management for import and export.
Results implemented on-site verify the power inside i-CDU to simultaneously optimize product yields and energy consumption for profit maximization.
By optimizing distillation units and heat exchanger network together, i-CDU maximizes the separation and energy efficiency of the column and mitigates operational problems such as column flooding and energy bottlenecks.
Identifies major trade-offs between key performance indicators and provides valuable insights to the decision-making process.
Hundreds of variables with thousands of scenarios can be viewed.
By optimizing distillation units and heat exchanger network together, i-CDU maximizes the separation and energy efficiency of the column and mitigates operational problems such as column flooding and energy bottlenecks.
Identifies major trade-offs between key performance indicators and provides valuable insights to the decision-making process.
Hundreds of variables with thousands of scenarios can be viewed.
With i-H2, our clients have been able to improve the economic benefits of both grassroots and existing H2 systems by integrating recovery revenue, operating costs and capital costs through advanced mathematical modeling techniques and a highly efficient optimization algorithm.
Identify the potential of purge streams and increase your H2 system profitability typically by 0.008 - 0.024 $/bbl.
Refineries and petrochemical plants lose millions of dollars per year of hydrogen and light hydrocarbons in off-gas streams.
Identify the potential of purge streams and increase your H2 system profitability typically by 0.008 - 0.024 $/bbl.
Refineries and petrochemical plants lose millions of dollars per year of hydrogen and light hydrocarbons in off-gas streams.
For existing installations, i-Heat can analyze the network performance and find operational and retrofit modifications that maximize energy recovery and profitability.
The software's ability to capture detailed stream properties, heat exchanger geometries and space/process limitations, even at the conceptual design stage, allow the software to deliver practical solutions and accurate estimates of costs and energy savings.
Identify the best operating conditions by exploiting degrees of freedom such as flows in stream-splits, typically providing energy savings of 0.009 - 0.023 $/bbl.
The software's ability to capture detailed stream properties, heat exchanger geometries and space/process limitations, even at the conceptual design stage, allow the software to deliver practical solutions and accurate estimates of costs and energy savings.
Identify the best operating conditions by exploiting degrees of freedom such as flows in stream-splits, typically providing energy savings of 0.009 - 0.023 $/bbl.
Hydrogen is used to hydrotreat product fractions for removal of sulphur and nitrogen in fuel products.
Hydrogen management is becoming increasingly popular among refiners due to stringent regulations on allowable levels of sulphur and nitrogen content in products.
Refiners are investing in hydrogen imports or additional hydrogen unit to meet the tightened fuel specifications that provides a challenge to efficiently use and recover hydrogen.
PIL studies the interaction of hydrogen with various processes and proposes new hydrogen sources, guidelines on optimal operations and online monitoring & optimization tool to maintain optimal operating conditions.
Hydrogen management is becoming increasingly popular among refiners due to stringent regulations on allowable levels of sulphur and nitrogen content in products.
Refiners are investing in hydrogen imports or additional hydrogen unit to meet the tightened fuel specifications that provides a challenge to efficiently use and recover hydrogen.
PIL studies the interaction of hydrogen with various processes and proposes new hydrogen sources, guidelines on optimal operations and online monitoring & optimization tool to maintain optimal operating conditions.
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