Everyone is talking about industry 4.0, an environment where machine learning will predict equipment failures and technologies such as the Industrial IoT and AI offer huge potential for the oil sector. But harnessing this opportunity has been complicated by COVID-19, market volatility and zero-carbon goals. Nevertheless, digital technologies are addressing these challenges.
The global oil and gas industry has faced difficult times before, but the situation it is confronting in 2021 is unpredictable. The outlook remains challenging with the demand weakened by COVD-19 and faltering oil prices all on the back of the carbon-neutral agenda.
Currently, oil and gas are responsible for three per cent of the UK’s greenhouse gas emissions, the industry has responded by committing to reduce operational emissions in half by 2030 and achieving net-zero by 2050. Digitalisation can help companies to reconfigure their operations for greater efficiency and help them meet safety and sustainability goals.
Common targets for lowering emissions from production offshore include; reducing incomplete flaring of gas from oil processing to stemming unintended leaks of methane at points such as compressors, pumps and valves through enhanced maintenance. Better control of flaring can be improved energy efficiency and reliability. For example, digital workflow software like WorkfloPlus, combined with wearables such RealWear’s head-mounted tablets (HMT-1) that connect offshore technicians to global experts via can video can help drive better maintenance decisions.
But despite the challenges brought on by COVID-19 and ever closer scrutiny of the oil industry’s environmental impact, inertia still persists. This is due largely to a combination of the complexity of operations, costs and confusion over the range of transformative technologies that are available from the Internet of Things (IoT) to artificial intelligence (AI) and augmented reality (AR)
What Is Industry 4.0?
Industry 4.0 is an umbrella term for the adoption of IoT and associated technologies which include new digital communication ‘tools’ and smart manufacturing capabilities. It basically hinges on the connection of physical production and operations with machine learning and big data.
It’s where IoT systems collect process data in a transparent, comprehensive and interactive way. It provides real-time visibility into physical assets and equipment, quality of the process and plant resources. It’s much easier to visualise the entire process digitally.
Starting The Digital Journey
But many oil companies are unsure of how to harness the benefits digitalisation can provide. It helps to identify specific business problems to apply digitisation to, or they may risk wasting time, effort and money. They need to prioritise the process that will deliver maximum values.
There is a huge pressure right now to reduce costs and improve efficiencies - this is the major driver for digitalisation. We have already seen advancements in the supply chain that have been made with AI performing automated checks and machine learning for example, but there is still much to be done as there is a huge amount of inefficiency, usually from using paper - from audits to changeovers and machinery reporting that is impossible to analyse with any accuracy.
Done digitally, however, anybody from the worker, to the supervisor or auditor can see the characteristics of check-in in real-time, the impact it has and provides digital evidence, such as pictures or data, to know it is done correctly - all in a fraction of the time.
Oil companies can use digitalisation to help achieve these goals with automated workflows integrated with mobile and wearables to more advanced solutions such as ‘digital twins’ that create a virtual replica of a component or process that allows analysis of operational data to help optimise the process and reduce costs without disrupting real-world processes.
AI, IoT technology, sensors and data analytics can all work together to enable accurate and timely assessments of when machinery will require maintenance. The previous methods revolved around planned maintenance, where the machinery undergoes regularly scheduled maintenance based on hours it’s been in operation, which can sometimes lead to over maintenance reducing the asset’s lifespan.
With predictive maintenance, convergent technologies can detect when machinery is in need of repair. This can result in fewer episodes of downtime as the asset lets you when attention is required, rather than a fixed schedule.
It’s about gaining a granular view into operations; digital technologies provide access to better supporting information for strategic decision making. By taking data from various sources, operations can analyse it to help predict failures based on historical trends which can make a huge difference when it comes to limiting downtime.
Partnering With Petrofac
In November 2020 Petrofac announced its partnership with Intoware to develop and deploy our workflow automation software. By combing the use of its digital twin and connected worker technology alongside WorkfloPlus, Petrofac has digitalised more than 1,500 North Sea inspections to drive up to a 200 per cent increase in offshore productivity.
WorkfloPlus converts existing paper-based and human processes into easy to follow, step-by-step digital work instructions that are accessible through desktop, mobile and wearable devices. When integrated with mobile technology it delivers enhanced productivity, as the time is taken to resolve issues offshore is significantly reduced with the benefit of improved traceability without compromising on risk or worker safety
Steve Johnson, Vice President of Digitial, Petrofac, comments: “This digital ‘tool’ is proven to optimise work preparation and planning, prior to execution of maintenance and inspection. In one case, work preparation activities that previously took several hours to complete can now be completed in a matter of minutes. This kind of use case has fungibility across various areas of industry that have a requirement to maintain and inspect plant equipment, machinery or infrastructure.”
The oil industry faced considerable challenges to its efficiency and sustainability even before the pandemic. With prices having collapsed and recovered slowly this year, the need to monitor, predict and optimise operations through the adoption of industry 4.0 ‘tools’ will become ever more urgent, if they are to achieve a more efficient, net-zero future.