Digital Transformation

RAG Digital Capability

RAG has recently set up a digital applications business unit to help businesses and individuals navigate the complexities of digital technologies for their assets. RAG team will guide the clients through the design, development, implementation, and optimization of digital applications, ensuring they meet business objectives and user needs. The services include the implementation of our partners software and associated engineering services. We are also working with universities to identify specific industry problems and develop efficient solutions to achieve net zero targets.

  • Ri Connect: RFID Based Critical Asset Software
  • ASKELOS: Structural Performance Management Software
  • CENOSCO: Asset Integrity Management Software

RAG Digital Capability

RAG Engineers Limited is committed to playing a key role in the global transition to net zero through digital transformation. Our focus is on assisting energy companies in adopting advanced digital technologies to enhance efficiency, productivity, and sustainability. By aligning with global energy trends, RAG Engineers Limited helps businesses reduce costs, increase operational flexibility, and transition towards more sustainable energy practices.

We have partnered with cutting-edge digital asset software to offer bespoke solutions that support companies in realizing their net zero goals. Our in-house team of data science engineers ensures the seamless integration of this software alongside associated engineering services, driving innovation and sustainable progress.

  • Ri connect: RFID Based Critical Asset Software
  • ASKELOS: Structural Performance Management Software
  • CENOSCO: Asset Integrity Management Software
  • VEUNEX: Exceptional AI tool for Empowering HSE, Turning Data into Assets and Accelerating Risk assessment

Repair Orders (Onshore and Offshore)

These are the directives to fix or replace damaged or degraded equipment, infrastructure, or systems that could compromise safety or operational efficiency. Construction and Fabrication led design activities are carried out to meet the TA and Site operation team requirements during the development of the design. We undertake design “FIT FOR PURPOSE” and modelling activities involving and considering other disciplines requirements. The design is carried out considering the ease of construction, fabrication, transportation and lifting. Due consideration is given to the availability of local materials (to reduce carbon footprint) in the design process. Be it spool replacement or pipe support or handrails/gratings or anything as required for integrity and sustainable operation, RAG provides (not limited to) the following services to meet the project requirements.

  • We undertake holistic analysis based on the inspection reports and site surveys to sequence/prioritise the repair areas. CTR is developed for the identified repair works and submitted to client to budget the cost including fabrication, construction and installation.
  • Investigation of existing survey data, inspection reports, drawings and scanned Data to identify any complexity and impact on existing system.
  • Quality checks of the fabrication (OUR APPROVED FABRICTORS) and responses to TQ/SQ.
  • All other activities associated with from start to finally installed in place.

Decommissioning (Offshore)

Our experienced team of engineers and designers support the safe decommissioning of the assets. Activities include (not limited to): FEASIBLITY studies, structural assessment of the existing Deck and Steel beams, LOLER lifting plans, Lifting design, Approval of Contractor design and documents, modelling, VIRTUAL HSE services and Application of AKSELOS software.

Decarbonisation & Emissions Reduction

Flare and Power Decarbonisation are critical components in the broader effort to reduce greenhouse gas emissions and mitigate climate change, particularly within the energy and industrial sectors. Government of UK have directed the operators/duty holders to reduce the carbon emissions of the live platforms by 2030. Emissions due to POWER and FLARE contribution more the 70% of the carbon emission of the platform.

  • Decarbonising of Flare can be achieved by various strategies such Gas Capture and Utilisation, Improving infrastructure, Gas recovery technologies, Government stricter regulations etc.
  • Decarbonization of power at offshore platforms, such as those used for oil and gas extraction, is a crucial step in reducing the carbon footprint of the energy industry. Offshore platforms traditionally rely on gas turbines or diesel generators for power, which contribute significantly to greenhouse gas emissions. Decarbonizing these platforms involves transitioning to cleaner energy sources, improving Energy Efficiency, Electrification, Energy Storage Solutions, CCS, Hybrid Power System, Policy and Collaborations, Waste Heat Recovery etc.

By implementing these strategies, offshore platforms can significantly reduce their carbon footprint, contributing to the broader goal of decarbonizing the energy sector. The transition to cleaner energy sources and more efficient operations will not only help mitigate climate change but also position the industry for a more sustainable future. RAG is working with Process Safety partners (https://www.ors-consulting.com) to identify the possible solutions to Decarbonise.