Trinity is a modern company led by a compact yet highly experienced team of professionals, capable of delivering comprehensive Project Engineering and Project Management services to the Oil and Gas industry.
Engineering activities begin with process design, supported by a wide range of in-house processes, technologies and tailored solutions. In addition, Trinity has access to partner engineering companies and specialist resources with proven track records, offering a diverse selection of process options to meet project-specific requirements.
All supporting engineering disciplines follow the process design, including rotating equipment, mechanical, piping, structural and civil, instrumentation and control, and electrical engineering, and so on. Together, these provide a complete, integrated engineering capability fully aligned with current industrial plant design standards and regulations.
Project Management services are equally flexible, ranging from high-level consultancy to detailed planning, scheduling and progress control.
Engineering Services
Feasibility study
Design concept Basic process design Preliminary cost estimate (AACE Class 5)
Pre-FEED
Main design solutions based on performance guarantees Updated cost estimate (AACE Class 4)
FEED
3D model, focusing on parametric components and interoperability Equipment datasheets, layout optimisation Detail cost estimate (AACE Class 3)
Detailed design (EPC stage)
Detailed design, final equipment datasheets, MTOs Equipment selection Construction
Commissioning
Supervision, commissioning and field engineering Preparation of start-up procedures, start-up loops Process optimisation
Oil & Gas Portfolio
Removal of mechanical impurities
Dehydration by glycol or solid desiccant adsorption
Low temperature separation
Heavy ends stabilisation
Regeneration of hydrate inhibitors
Deep dehydration
Amine sour gas treatment, removal of target components by solid adsorption
Cryogenic distillation
Fractionation
Sulphur gas recovery
Medium to Large scale mixed refrigerant LNG plants
Spiral wound (SWHE) and Plate fin (BAHE) Cryogenic heat exchangers