Business Streams
PIPELINE ENGINEERING GROUP Is actively involved in the design of the full range of subsea oil and gas facilities. The subsea skills and capabilities of the Pipeline Engineering Group encompass pipelines, risers, shore crossings, process simulation, protection and stabilization, tie-ins, subsea production equipment, rigid and flexible flowlines, dynamic and flexible riser systems. The group has taken responsibility for all phases of subsea projects, from conceptual design through to detailed design, analysis, installation, commissioning, operation and decommissioning.
Pipeline Engineering Management
Pipeline engineering management involves the strategic planning, design, construction, operation, and maintenance of pipeline systems for transporting fluids such as oil, gas, and water. It encompasses a multidisciplinary approach that integrates technical expertise, project management principles, regulatory compliance, and environmental considerations to ensure safe and efficient pipeline operations. Effective management includes risk assessment, budgeting, scheduling, and stakeholder communication, all aimed at optimizing performance while minimizing costs and environmental impacts. By employing advanced technologies and best practices, pipeline engineering management seeks to enhance system reliability and sustainability throughout the pipeline’s lifecycle.
Feed Engineering
Feed engineering refers to the process of designing and optimizing the input systems that supply fluids—such as oil, gas, or water—into pipelines. This involves analyzing the properties of the feed materials, including viscosity, density, and temperature, to determine the most efficient methods for transportation. Engineers must consider factors such as pressure requirements, flow rates, and the selection of appropriate pumping systems or compressors to ensure a consistent and reliable feed into the pipeline. Additionally, feed engineering encompasses the integration of safety measures and control systems to monitor flow and prevent issues like backflow or blockages, ultimately ensuring the smooth operation of the entire pipeline system.
Detail Engineering
Detail engineering involves the comprehensive design and specification of all components and systems required for the construction and operation of a pipeline. This phase translates conceptual designs into precise, actionable plans, including detailed drawings, material specifications, and construction methodologies. Engineers assess factors such as pipe diameter, wall thickness, material selection, and joint types, while also considering environmental impacts, regulatory compliance, and safety standards. Additionally, detail engineering encompasses the design of ancillary systems like valves, pumps, and instrumentation, ensuring that all elements function cohesively. The goal is to create a robust, efficient, and safe pipeline system that meets operational requirements while minimizing risks and costs.
Installation Engineering & Supervision
Installation engineering and supervision involve the planning, execution, and oversight of the pipeline construction process to ensure that it adheres to design specifications, safety standards, and regulatory requirements. This phase includes detailed site assessments, the development of installation procedures, and the coordination of resources such as equipment and personnel. Engineers and supervisors monitor the installation of pipes, fittings, and ancillary systems, ensuring proper alignment, welding, and pressure testing. They also address any issues that arise during installation, ensuring compliance with quality control measures and project timelines. Ultimately, effective installation engineering and supervision are crucial for the successful and safe deployment of pipeline systems.
Pre Commissioning
Pre-commissioning refers to the series of activities conducted before the actual commissioning of a pipeline system to ensure that all components are installed correctly and function as intended. This phase includes inspections, testing, and cleaning of the pipeline to verify its integrity and readiness for operation. Key activities may involve hydrostatic testing, where the pipeline is filled with water to check for leaks and structural integrity, as well as flushing to remove debris and contaminants. Additionally, pre-commissioning ensures that all safety and operational protocols are in place, facilitating a smooth transition to the commissioning phase, where the pipeline is officially put into service.
Maintanance & Repair
Maintenance and repair involve a systematic approach to ensuring the integrity, safety, and efficiency of pipeline systems throughout their operational life. This includes routine inspections, monitoring for leaks or corrosion, and performing preventive maintenance tasks to mitigate potential issues before they escalate. When problems are identified, repair activities may encompass a range of solutions, such as patching leaks, replacing damaged sections, or employing advanced techniques like internal inspections using smart pigs. Effective maintenance not only extends the lifespan of the pipeline but also minimizes environmental risks and operational downtime, ensuring that the pipeline continues to meet regulatory standards and deliver reliable service.
MAIN SOFTWARES
Pipeline Engineering Team
ANSYS Workbench
ABAQUS
Bentley AutoPIPE
ORCAFLEX
– riser systems: SCRs, TTRs, hybrids, flexibles, umbilicals, hoses ,br. – mooring systems: spread, turret, SPM, jetty, etc. – installation planning with capabilities across the full range of scenarios.
– towed systems: bundle dynamics, seismic arrays, towed bodies, etc.
– defence, marine renewables, seabed stability and many other types of system
OLGA
MIKE
ECE
LS-DYNA
Experiences
Independent Pipeline Engineering Consultants
Get in touch
LATEST CONTENT
Pipeline Engineering Group
Single Point Mooring (SPM)
Single Point Mooring (SPM) systems are critical components in the oil and gas industries. Their flexibility, efficiency, and capability to operate in shallow and deep water make them indispensable for safe cargo transfer. As technology continues to develop, SPM systems will likely become even more efficient and environmentally friendly, further enhancing their critical role in
-> Continue reading Single Point Mooring (SPM)
Pipeline FEA
ANSYS Has been used for finite element analysis