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Dr Andy Pearson to present new research on refrigeration technology innovations and energy efficiency at the Herrick Conferences 2024

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As part of Star Refrigeration’s commitment to advancing industry standards through innovation and collaboration, Group Managing Director Dr Andy Pearson will present two papers, chair a session, and participate in a plenary session discussion panel during the three-day event.

WEST LAFAYETTE, Ind., July 11, 2024 /PRNewswire-PRWeb/ — Dr Andy Pearson is set to play a significant role at the prestigious Herrick Conferences 2024, which will take place from 15th –18th July 2024 in West Lafayette, Indiana. The event encompasses the 27th International Compressor Engineering Conference, the 20th International Refrigeration and Air Conditioning Conference, and the 8th International High Performance Buildings Conference.

“Our focus will be on sharing technical research and presenting real-world examples of how our engineering work has significantly improved the efficiency and sustainability of cold stores and process refrigeration plants.”

Hosted by the Ray W. Herrick Laboratories at Purdue University and co-sponsored by The International Institute of Refrigeration, the conference promises to be a key event for industry professionals worldwide.

With over 800 industry experts from 30 countries meeting at Purdue University to present cutting-edge research, exchange ideas, and network, the conference offers an unparalleled opportunity for practitioners, government officials, educators, and industry researchers to find solutions to the global challenges facing society today.

Dr Andy Pearson, said, “I am delighted to be returning to Purdue to participate in this year’s Herrick Conference. By presenting our latest research and developments and collaborating with leading experts in the field, we hope to share valuable insights and contribute to the advancement of sustainable cooling and heat pump technologies.”

“Our focus will be on sharing technical research and presenting real-world examples of how our engineering work has significantly improved the efficiency and sustainability of cold stores and process refrigeration plants.”

Leveraging his extensive expertise and in-depth knowledge of the industrial refrigeration and heat pump market, Dr Pearson will facilitate discussions and share research findings with the global community through multiple roles, including presenter, session chair, and panellist.

On the first day of the conference, Monday 15th July at 2:00 pm (EDT), Dr Pearson will present the paper entitled ‘Validation of Performance for a Novel Compressor-Expander Concept’ during the session on Novel Compressors (C-02). This groundbreaking research introduces a dual-function mechanism that can be adapted for use as a compressor or as an expander. The novel concept combines the benefits of both reciprocating and screw compressors and expanders and offers significant advancements over traditional models. The paper is co-authored with engineers from FeTu Ltd, the developers of the FeTu Turbine.

The results of detailed modelling of performance in both modes will be presented in the form of graphs of isentropic and volumetric efficiency plotted against pressure ratio and pressure difference. These will also be compared and contrasted with equivalent graphs for conventional types of compressor.

Additionally, the validation of the model results against performance data measured on a test cell designed to enable rapid testing across a range of operating conditions will be discussed. The presentation will also cover how the comparison has been used to fine-tune the model, enabling other configurations of compressor and expander to be simulated.

Finally, the presentation will include proposals for future development plans and possible new applications for this innovative technology.

On the following day, Tuesday 16th July from 4pm – 6pm (EDT), Dr Pearson will chair the High-Temperature Heat Pump session (R-16), which will cover a range of topics, including maximum achievable temperatures, their role in decarbonising buildings and industry and performance outcomes of water-ammonia, R-1336mzz(Z) and butane heat pump systems.

On Wednesday 17th July, starting at 8:30 am (EDT) in the Loeb Theatre, Dr Pearson will participate as a panellist alongside Dr Brian Fricke, Dr Min Soo Kim, and Dr Jason Woods in the Refrigeration Conferences Plenary Panel. The panel will focus on the ‘State of the Art and Global Outlook of Refrigeration, AC, and HP Compressors’ which is set to offer an overview of current trends and innovations in refrigeration technology as well as valuable insights into the future of the industry.

Later that day, at 1:20 pm (EDT), Dr Pearson will reveal his findings from his six years of research on ‘Refrigeration system performance assessment for food processing and storage’ during the session on Commercial & Industrial Refrigeration (R-22).

His paper focuses on work conducted since 2018 and investigates the measurement and presentation of cold store and process refrigeration plant efficiency. It highlights the massive variation in cold store performance across notionally similar facilities, the significant amount of energy wastage, and the opportunities for improvement. His presentation will reflect on the stark contrast between best in class and worst performing facilities in terms of energy use, with discrepancies as high as a factor of 10. Moreover, the discrepancies appear to be even greater in process freezing and chilling equipment.

The objective of this research work is to provide facility owners and operators with a mechanism for assessing plant performance and benchmarking it against past performance and other facilities. Dr Pearson will introduce a method for forecasting the annualised effect of performance improvement interventions and provide case study examples of successful improvements.

Additionally, he will outline a roadmap for adopting these techniques and a method of expressing the results in financial terms in order to aid capital investment planning. He will also introduce a new business model, designed to overcome the barriers to the adoption of this methodology.

Star Refrigeration’s participation at the Purdue Refrigeration Conference, led by Dr Andy Pearson, is part of the company’s wider commitment to disseminating knowledge, fostering innovation and collaborating on international events to contribute to the sector’s progress and sustainability.

The Herrick Conferences are a global gathering of the top minds in compressor engineering, refrigeration, air conditioning and high-performance buildings.

To find out more information about the Herrick Conferences 2024 and to register, visit 2024 Conferences – Ray W. Herrick Laboratories – Purdue University

To learn more about Star Refrigeration, visit http://www.star-ref.co.uk

About Star Refrigeration:
Star Refrigeration is an industry leader in sustainable refrigeration and heat pump engineering. Known for its pioneering approach to the development of efficient and low life cycle cost solutions, the company has a team of dedicated researchers and engineers who are committed to pushing the boundaries of innovation to meet the cooling and heating needs of its customers.

Media Contact

Astrid Prado, Star Refrigeration, 01416387916, aprado@star-ref.co.uk, www.star-ref.co.uk

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IBM Unveils Its Most Advanced Quantum Computer in Chicago, Marking a Milestone for Illinois’s Quantum Future

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Hosted by the University of Chicago, IBM Quantum System Two is now operational at Hyde Park Labs and will be a prominent fixture of Illinois Quantum and Microelectronics Park (IQMP) upon the site’s completion.

IBM’s first quantum computer in Illinois extends the company’s industry and academic partnerships across the state, enabling the Illinois ecosystem and beyond to scale quantum algorithms and applications.

CHICAGO, Nov. 6, 2026 /PRNewswire/ — IBM (NYSE: IBM), the University of Chicago, the State of Illinois, and Illinois Quantum and Microelectronics Park (IQMP) today unveiled an IBM Quantum System Two in Chicago, IBM’s first quantum computer in Illinois and the company’s most advanced system available. Initially located at Hyde Park Labs and hosted by the University of Chicago, the system is fueled by IBM Quantum Nighthawk, the most powerful quantum chip IBM has ever built.

Today, organizations across Illinois are already working with IBM to explore how quantum computing can scale to computationally difficult challenges. The new system aims to catalyze the state’s robust ecosystem of scientists, universities, national laboratories, startups, and enterprises, many of whom are collaborating with IBM in Chicago within IQMP’s National Quantum Algorithm Center (NQAC) to develop the next generation of algorithms and applications. As the anchor system of NQAC, which was established in 2024 by Illinois Governor JB Pritzker with IBM as a leading member, the new quantum computer will ultimately be moved to IQMP, a first-of-its-kind campus in Chicago currently being built to develop and scale quantum technology and microelectronics innovation.

“IBM is proud to deploy our first quantum computer of IQMP — an IBM Quantum System Two. Today, it can deliver scientifically useful results to organizations across the state of Illinois and beyond,” said Arvind Krishna, Chairman and CEO, IBM. “As IBM’s first quantum computer in Illinois, the system’s deployment marks a milestone for Illinois’ quantum community and builds on IBM’s partnerships across the state as we expand quantum research across academia and industries.”

“I want the next generation of breakthroughs to happen in Illinois and the jobs and opportunity that come with them to benefit the people of Illinois,” said Governor JB Pritzker. “With the unveiling of IBM’s Quantum System Two in Hyde Park, we are giving researchers and businesses the tool to turn big ideas into real-world solutions. With our growing partnership with IBM, we are building an industry that will give Illinoisans more career opportunities and build a future right here at home.”

“The presence of IBM’s first quantum computer in Illinois, the company’s most advanced system available, is a testament to what’s possible when partners across government, industry and academia work together toward a shared vision,” said Harley Johnson, CEO of the IQMP. “Today reflects the unique strength of Illinois’ quantum ecosystem. We’re thrilled to see IBM Quantum System Two at Hyde Park Labs while the Park is under construction, and we’re more energized than ever to welcome it to the IQMP, where it will anchor the National Quantum Algorithm Center and further establish Illinois as the global destination for quantum innovation.”

“The deployment of IBM’s Quantum System Two represents the culmination of a years-long partnership that brought together academia, government, and private industry to usher in a new generation of discovery. I am delighted that this machine is being unveiled here in Hyde Park, where our neighbors and community will have a view into the future,” said University of Chicago President Paul Alivisatos.

“IBM Quantum System Two brings another critical capability to Illinois’ growing quantum ecosystem and showcases the collaboration that makes our state such a draw,” said Illinois Economic Development Corporation President and CEO Christy George. “For companies developing quantum technologies and applications, access to advanced computing systems, leading researchers, and industry partners in one place is a powerful advantage. This investment strengthens Illinois’ position as a destination for companies looking to innovate, grow, and help shape the future of quantum computing.”

This new IBM Quantum System Two advances IBM’s mission to bring useful quantum computing to the world and extends the company’s commitment to advancing Illinois as a global epicenter for quantum innovation.

Since NQAC’s founding, IBM has helped grow the center into a hub within Chicago where industry leaders work side-by-side with IBM researchers to build quantum applications that can scale alongside technical progress in the field. This includes NQAC Grand Challenge participants Deloitte and AbbVie, who are working with IBM and Northwestern University to build quantum molecular simulation approaches for researchers engaging in drug discovery.

Other Grand Challenges participants working with IBM include EPRI and the University of Illinois Urbana-Champaign (U. of I.) to explore how quantum optimization algorithms could lead to more efficient power grids.

Additionally, research institutions and national labs such as Fermilab are working with IBM in Illinois to accelerate high-energy physics research with quantum and advance technologies for distributed quantum computing. 

IBM is also teaming with leading universities such as the University of Chicago and U. of I. to push technological progress in quantum computing. For example, IBM and the University of Chicago recently demonstrated quantum advantage over leading classical methods using an approach with guaranteed correctness.

Now, IBM’s quantum computing technology is being brought physically into Chicago. Through NQAC, the new quantum computer will empower Illinois’ quantum community to develop new algorithms and applications that will translate to real-world impact. And it will serve as a catalyst for developing Illinois’ current and future quantum workforce. Earlier this year, IBM announced it would establish the FutureNow Chicago center at the IQMP in partnership with City Colleges of Chicago, to bring 750 jobs to the region across AI, cybersecurity, data science, quantum computing and other technologies. 

With the arrival of IBM Quantum System Two, Chicago and the State of Illinois will be cemented as a leading destination for quantum innovation, industrialization, and workforce development.

Supporting Quotes

“IBM’s continued partnership and the unveiling of IBM Quantum System Two mark an exciting moment for the industry and our state’s quantum ecosystem,” said Brad Henderson, CEO of P33. “Deepening collaboration between industry, our universities, national labs, and state government is what sets us apart and further cements Illinois as a global leader in quantum technology.”

“We are proud to contribute the University of Illinois Urbana-Champaign’s expertise and decades of leadership in supercomputing alongside our higher education and corporate partners,” said Illinois Chancellor Charles L. Isbell, Jr. “As a public-serving university, Illinois’ mission is to advance education, research, and economic opportunity across the state, and we’re excited to engage in work that translates the brilliance of Illinois faculty into tangible, real-world impact that affirms the state of Illinois and Chicago as the epicenter of the next generation of technological progress.”

“This is a significant milestone in advancing Illinois’ quantum economy and turning our state’s world-class research capabilities into real-world economic opportunity,” said Illinois Department of Commerce and Economic Opportunity Director Kristin Richards. “Through the State’s leadership and strategic investments in quantum, we are building an ecosystem for long-term industry growth, new business investment, and high-quality jobs.”

About IBM

IBM is a leading global hybrid cloud and AI, and business services provider, helping clients in more than 175 countries capitalize on insights from their data, streamline business processes, reduce costs and gain the competitive edge in their industries. Thousands of governments and corporate entities in critical infrastructure areas such as financial services, telecommunications and healthcare rely on IBM’s hybrid cloud platform and Red Hat OpenShift to affect their digital transformations quickly, efficiently and securely. IBM’s breakthrough innovations in AI, quantum computing, industry-specific cloud solutions and business services deliver open and flexible options to our clients. All of this is backed by IBM’s legendary commitment to trust, transparency, responsibility, inclusivity and service. 

For more information, visit https://research.ibm.com. 

Media contacts: 

Brittany Forgione
IBM
Brittany.forgione@ibm.com

Erin Angelini
IBM
Edlehr@us.ibm.com

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SOURCE IBM

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Parliamentary Secretary Rochefort to participate in a milestone event

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HUNTSVILLE, ON, Nov. 6, 2026 /CNW/ — Pauline Rochefort, Parliamentary Secretary to the Secretary of State for Rural Development, on behalf of the Minister of Energy and Natural Resources, the Honourable Tim Hodgson, will take part in a forestry milestone event. Media availability will follow.  

Date: Monday, November 9, 2026

Time: 9 a.m. ET

All accredited media are asked to pre-register by emailing media@nrcan-rncan.gc.ca. Details on how to participate will be provided upon registration.

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SOURCE Natural Resources Canada

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IDP Introduces Agent-Native System of Action, Unifying Humans and AI Agents in One Enterprise Workspace

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Powered by proprietary Universal Agent Protocol™ (UAP), IDP unifies AI agent development, reasoning, orchestration, customer intelligence and enterprise execution. Tim Dahle and Red Rock Auto Group report 2X the appointment conversion rate of traditional BDC operations.

CAPE CORAL, Fla., Nov. 6, 2026 /PRNewswire/ — IDP (ID Privacy AI), an agentic AI technology company, today introduced its Agent-Native System of Action, a unified enterprise platform that enables human employees and AI agents to share customer intelligence, coordinate workflows and execute business tasks across existing enterprise systems.

Powered by its proprietary Universal Agent Protocol™ (UAP), IDP combines AI agent development, intelligent reasoning, multi-agent orchestration, persistent customer intelligence and enterprise execution in one operating environment. 

Through MyIDP.app, employees and AI agents collaborate within a shared workspace while existing CRM, DMS, scheduling and communication platforms remain in place.

To learn more about IDP, its platform and solutions, visit https://www.tryidp.com. 

The announcement is supported by customer-reported results from Tim Dahle and Red Rock Auto Group, where Josh Worthington, Vice President of Operations, reports a 12% appointment conversion rate compared with approximately 6% through traditional BDC operations, representing twice the reported conversion rate.

“The difference with IDP has been incredible,” said Worthington. That’s double the conversion rate, and we’re accomplishing it with technology designed to actually execute the work.”

Solving Decades of Enterprise Fragmentation

“For decades, automotive software has been fragmented, leaving dealerships with disconnected data and workflows,” says Albert Thompson, Founder and CEO of IDP. “Adding standalone AI agents to this broken infrastructure only compounds the chaos. Instead of more disjointed tools, IDP’s Agent-Native System of Action connects existing investments through a universal execution layer.”

From AI Conversations to Completed Business Outcomes

For automotive retailers, the difference between conversational AI and operational execution is particularly visible in service scheduling.

An AI agent may successfully answer a customer’s call, but completing the request requires access to customer records, dealership policies, scheduling availability and operational systems.

When those systems remain disconnected, employees must manually complete or verify the work.

“Automotive AI providers often fail to connect customer conversations with execution,” Worthington noted. “Our previous platform couldn’t schedule appointments or generate tasks, forcing employees to manually review every interaction. Instead of eliminating work, it just created another system for them to babysit.”

IDP’s approach prioritizes completed business outcomes, including confirmed appointments, coordinated follow-up, exception handling and operational visibility.

Systems of record preserve business information. IDP’s System of Action coordinates the work.

Dealer Leadership Perspective: The Future of Automotive AI

As automotive retailers evaluate AI adoption, dealer leadership is increasingly focused on technologies that connect existing investments, support employees and deliver measurable operational value.

Paul Sansone Jr., Founder, Sansone Jr Auto Group 

“My advice to operators is simple: the train is already moving, and it’s moving fast. I really believe the dealerships that figure out how to combine great people with great technology are going to have a significant competitive advantage over the next several years.”

The Technology Behind IDP’s Agent-Native System of Action

IDP’s platform combines five complementary capabilities designed to support the lifecycle of enterprise AI agents, from development and deployment through reasoning, orchestration, execution and human collaboration.

Agent Studio: AI Agent Development and Management. IDP’s Agent Studio enables businesses to configure, deploy and manage AI agents across voice, SMS, email and web channels. Reusable agent configurations support business-specific workflows, operating policies and escalation requirements.Intelligent Reasoning and Multi-Agent Orchestration. IDP’s reasoning and orchestration capabilities are designed to interpret customer intent, apply shared context, coordinate multi-step workflows and delegate supported actions between agents and employees. Business rules and human oversight help govern execution.Universal Agent Protocol™ (UAP): Enterprise Execution. UAP is IDP’s proprietary business-action abstraction, orchestration and execution framework. It is designed to translate business objectives into authorized actions across supported CRM, DMS, scheduling and enterprise applications. Unlike connectivity protocols that primarily expose tools to AI applications, UAP addresses the additional requirements of coordinating business workflows, applying permissions, managing exceptions and verifying outcomes.Context Graph: Unified Customer Intelligence. IDP’s Context Graph connects available customer identity, vehicle relationships, website signals, communication history and operational events across supported systems. By combining existing records with available real-time signals, it creates a continuously enriched customer context that employees and agents can use throughout sales, service and ownership lifecycle interactions.MyIDP.app: The Human-Agent Enterprise Workspace. MyIDP.app provides a shared working environment where employees and AI agents can review conversations, coordinate tasks, guide agent behavior and manage exceptions. Employees can direct supported agent workflows and customer engagement while maintaining visibility into operational activity, using: Teach to provide guidance to agentsTell to direct supported actionsBlasts for configured customer outreach

“The future isn’t humans versus AI,” Thompson said. “It’s humans and AI working as one team. Employees should be able to teach agents, delegate work, understand what’s happening and step in when their judgment matters.”

Built in Automotive. Designed for Enterprise.

IDP’s technology has supported more than 130,000 booked automotive appointments, providing operating experience across customer engagement, scheduling and dealership workflows.The company has developed its platform within an automotive ecosystem that includes dealership groups, enterprise software integrations and OEM certification programs involving Nissan, INFINITI and Mitsubishi.IDP’s architecture is designed to support both its own AI agents and compatible third-party agent technologies, creating opportunities for enterprises and software partners to use shared intelligence and execution capabilities without replacing existing systems of record.The company is exploring applications beyond automotive, including retail, hospitality and home services, where fragmented software, customer engagement and workforce coordination present similar challenges.

Automotive retail provides a demanding proving ground for agent-native execution, with customer interactions spanning multiple systems, departments and communication channels.

“Automotive is where we’re building and proving this model, but the problem exists in almost every industry,” Thompson said. “The next major shift in enterprise software isn’t another CRM, another dashboard or another AI assistant. It’s a System of Action where humans and AI agents share the intelligence, authority and infrastructure to actually get things done.”

To learn more about IDP and the System of Action, visit https://tryidp.com. You can see the system in action, listen to sample calls, and work with an IDP AI agent to schedule a demo.

About IDP

IDP (ID Privacy AI) is an agentic AI technology company developing an Agent-Native System of Action for automotive retail and enterprise operations.

Its platform combines AI agent development, intelligent reasoning, multi-agent orchestration, proprietary Universal Agent Protocol™ (UAP), persistent customer intelligence through Context Graph, and human-agent collaboration through MyIDP.app.

IDP connects AI-powered voice, SMS, email and web engagement with existing enterprise systems and supported business workflows.

Headquartered in Cape Coral, Florida, IDP is advancing an operating model in which humans and AI agents share intelligence, coordinate actions and complete measurable business work.

Website: https://tryidp.com 

Media Contact:
Albert Thompson
Founder & CEO, IDP
albert@idprivacy.ai
443-370-9143

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SOURCE ID Privacy, Inc.

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