Sectors
Forward Thinking Experts Facilitating Successful Project Execution Across Global Energy Sectors
Oil & Gas
RedSky Energy has emerged as a dynamic and seasoned leader in the Oil & Gas sector, dedicated to ensuring operations that are safe, efficient, and cost-effective. With a team boasting over 25 years of global production, maintenance & operations experience, we offer a wide array of services including system completions support. Our commitment to innovation is reflected in our seamless integration of digitalization and analytics into our diverse range of solutions.
At RedSky Energy, we excel in delivering services that span the entire lifecycle of Oil and Gas assets. Our expertise includes System Completion life cycle from engineering, procurement, construction, commissioning, and operations management. We are driven by a commitment to growth, focusing on pioneering energy transition technologies such as carbon capture and storage, and decommissioning, positioning ourselves at the cutting edge of industry advancements.
Renewables
As renewable energy technologies continue to advance and financial incentives evolve, their viability will also change. RedSky stay at the forefront of technological developments and policy changes at both local and national levels. This enables us to provide not only current insights but also a long-term perspective, helping to shape economic and carbon reduction strategies for the future.
Our independent technical and commercial expertise spans a broad spectrum of renewable energy technologies. We have extensive experience monitoring various systems and leveraging data to enhance our projects. Our deep knowledge has facilitated the installation of many renewable energy projects, ranging from small-scale to large-scale implementations. We utilize both established and emerging renewable and low-carbon technologies.
- Solar concentrators
- Marine and Water Source Heat Pumps
- Hydro
- Geothermal
- Energy Storage
- Anaerobic Digestion plants
- Mine gas
- PV, Wind and battery storage
- Energy from Waste (EfW) plants
- Bio-liquid CHP
Hydrogen
Drawing on our extensive experience in process engineering and combined heat and power (CHP), we specialize in evaluating storage solutions and CHP generation using hydrogen, biomethane, and mixed gases. Our team has performed comprehensive assessments of fuel cell technologies for large-scale heat and power applications, as well as integrated CHP systems. Additionally, we have developed significant expertise in the intricate areas of gas storage and gas train systems for power generation.
- Our Services Include:
- Evaluations of CHP Technology
- Technology assessment and supplier selection
- Techno-economic modeling
- Compliance and Standards
- Compliance with CHPQA standards
- HAZOP studies and DSEAR compliance
- Grid and Electrical Considerations
- Grid connection and site electrical capacity analysis
- Power Purchase Agreements (PPA)
- Planning and Environmental Issues
- Planning and Environment Agency considerations
Data Centres
The commissioning process in data centers is essential for ensuring that all systems perform optimally. Traditionally, this process is divided into five levels, each with a specific focus:
- Level 1: Factory Acceptance Testing (FAT) – This initial stage involves testing individual components at the factory to ensure they meet specifications before being shipped.
- Level 2: Site Acceptance Testing (SAT) – Once the components arrive on-site, they are tested to confirm proper installation and functionality.
- Level 3: Pre-Functional Testing – At this stage, the integration of components into systems is verified.
- Level 4: Functional Performance Testing – This level ensures that all systems work together as intended.
- Level 5: Integrated Systems Testing – The final stage tests the entire data center as a cohesive unit to ensure everything operates smoothly.
Some methodologies extend this framework to include additional levels, from Level 0 to Level 7, providing even more points of validation:
Level 0: Design Review -Before construction begins, the design is thoroughly reviewed to ensure it meets all requirements.
Level 6: Reliability Testing -The system is tested under various conditions to ensure long-term reliability.
Level 7: Post-Occupancy Evaluation
By following this structured approach, RedSky can identify and address potential issues early, verify system functionality, and achieve a robust and efficient infrastructure. The complexity and scope of verification increase with each level, starting with individual components and culminating in the entire system.
As their viability changes, RedSky stay at the forefront of technological developments and policy changes at both local and national levels. This enables us to provide not only current insights but also a long-term perspective, helping to shape economic and carbon reduction strategies for the future.
Our independent technical and commercial expertise spans a broad spectrum of renewable energy technologies. We have extensive experience monitoring various systems and leveraging data to enhance our projects. Our deep knowledge has facilitated the installation of many renewable energy projects, ranging from small-scale to large-scale implementations. We utilize both established and emerging renewable and low-carbon technologies.
Nuclear
System Completion is indeed critical in the lifecycle of a nuclear facility or any new system, structure, or component within an existing facility. The process ensures that all elements are verified to comply with the design, made operational, and tested to meet expected performance criteria.
Key points to consider include:
Early Planning: Commissioning activities should be integrated early in the design and procurement stages. This ensures that acceptance criteria and test methods are well-defined, including those for tests conducted in vendor factories.
Verification and Testing: During commissioning, structures, systems, and components are rigorously tested to confirm they meet design specifications and performance expectations.
Role of System Completion Personnel: These individuals are crucial in bridging the construction and operational phases of a project. Their expertise ensures a smooth transition and operational readiness.
Human Resource Development: Planning for the development of System Completion staff is vital, especially in a nuclear power program. This includes training and preparing personnel to handle the complexities of commissioning activities.
At RedSky, we excel in every phase of nuclear projects, from initial feasibility studies and front-end engineering design to detailed engineering and project management. Our approach is defined by agility and innovation, leveraging cutting-edge digital technologies to boost project efficiency and significantly reduce costs. Partner with us to ensure your nuclear projects are executed with precision, on time, and within budget.