DecarbonX has concluded groundbreaking research into the use of AI in industry, bringing a new level of autonomy to industrial processes and enabling critical equipment to self-diagnose issues. The milestone marks a major shift in the efficient monitoring and maintenance of refinery infrastructure, empowering the petroleum industry to reduce emissions.

 

HEX Care, a DecarbonX innovation, utilises AI to enable heat exchangers to autonomously identify issues and then verbally communicate with staff at petrochemical plants, alerting them to maintenance needs. Integrating the technology into heat exchangers, a vital cog in petrochemical plants, will ensure the monitoring of fouling is proactive, rather than reactive. 

 

The AI software allows heat exchangers to communicate regular health updates to engineers, processing masses of data to self-diagnose fouling, de-risking operations and streamlining maintenance. 

 

Intelligent heat exchanger 

Eduard Cherednik, Executive Director of the DecarbonX programme, highlighted: “Our intelligent heat exchangers have shown remarkable capability to communicate with plant and laboratory personnel about their health, effectively discussing advanced maintenance strategies and operational adjustments. This is a significant step towards realizing the full potential of autonomous production, where equipment actively engages in its upkeep and seamlessly interacts with human teams.”

 

The experiment used data taken from existing refineries, combined with advanced AI software, to simulate the ability for heat exchangers to communicate between themselves and self-diagnose maintenance issues. In 2024, DecarbonX plans to scale this trial and conduct a full pilot project. Utilising the findings from the pilot project, DecarbonX aims to integrate the technology into an existing petrochemical plant by the end of 2024.

 

The process ensures that fouling can be prevented quickly and with minimal operational disruption. Fouling, where the build-up of deposits impacts heat exchangers efficiency, and leads to increased energy consumption, is a significant contributor to global CO2 emissions. This new process further enhances the broader adoption of machine intelligence and autonomy in industrial operations, showcasing the positive impact AI can have in increasing operational efficiency, and ultimately, reducing harmful emissions.

 

Emissions reductions

The announcement comes as the world seeks to rapidly accelerate emissions reductions in vital economic sectors to meet net zero targets. At COP28, held in Dubai, global leaders agreed on the need for urgent action over the next decade. The summit also recognised the need to reduce global emissions by 43% by 2030. However, a recent report by the UN found the world is significantly off-track, with emissions set to fall by just 2% by 2030, below 2019 levels. 

 

This only heightens the necessity of finding efficient and easily integrated decarbonising technologies that can have an immediate impact on emissions from industrial practices. DecarbonX, an Angara initiative, has been leading the call for urgent action from the petroleum industry to tackle the issue of fouling. 

 

Alex de Valukhoff, Chief Executive Officer at Angara, said: “Embracing advances in AI will streamline industrial practices and help make heavy industry fit for purpose in an era of decarbonisation. Self-diagnosing heat exchangers are just the beginning, the petroleum industry must do more to reduce emissions and innovation must be a key part in the drive to decarbonise. 

 

“With less than a year until the next global climate conference, COP29, I’m conscious of the sheer scale of emissions that could be abated in that time by refineries simply adopting energy efficiency technology. Our analysis shows up to 400 million of tonnes of CO2 can be abated per year, globally. Now is the time to take act.”--TradeArabia News Service