Production performance depends on how wells, fluids, equipment, and surface facilities work together. We help clients identify practical interventions and align production priorities with integrity, maintainability, and operational constraints.
Production performance depends on how wells, fluids, equipment, and surface facilities work together. Deltarion supports the assessment and coordination of these elements, helping clients identify practical interventions and align production priorities with integrity, maintainability, and operational constraints.
Our approach connects subsurface understanding with surface delivery — from completion design and artificial lift selection through to flow assurance, chemical optimisation, and surface-facility integration. Each recommendation is tested against reliability, operability, and lifecycle cost, not just initial investment.

From production enhancement studies through to surface-facility integration and operational readiness — one coordinated team across the production value chain.
Structured reviews of well and facility performance to identify practical interventions, debottlenecking opportunities, and optimisation pathways — aligned with integrity and operating constraints.
Data-driven performance assessments covering well productivity, artificial lift efficiency, facility throughput, and operating cost — with clear recommendations and benchmarking.
Evaluation of flow behaviour across the production system — hydrates, wax, scale, slugging, and multiphase flow — supported by monitoring and mitigation planning.
Selection, qualification, and optimisation of production chemicals — corrosion inhibitors, scale inhibitors, demulsifiers, and flow improvers — with laboratory and field verification.
Completion design support aligned to reservoir, well integrity, and production objectives — coordinating specialists, equipment, and field services for reliable execution.
Selection and optimisation of artificial lift systems — ESP, gas lift, rod pump, and PCP — matched to well conditions, production targets, and lifecycle cost.
Planning and coordination of well intervention, workover, and maintenance activities — with clear scope, risk assessment, and interface management.
Well testing, production allocation, and data evaluation to support performance assessment, reservoir management, and operating decisions.
Design and integration of surface production facilities — separation, treatment, metering, and export — coordinated with subsurface and operations teams.
Readiness reviews, reliability planning, and operational support to prepare assets for dependable start-up and sustained performance.
Our production approach combines standardisation where it adds value with project-specific engineering where it matters. Options are evaluated against safety, operability, maintainability, and lifecycle cost — supporting sound investment decisions.
Each stage produces the information the next team needs — reducing gaps between engineering intent, construction completion, and operations.
Objectives, scope, and risk
Fit-for-purpose scope and baselines
Standardise and qualify suppliers
Control interfaces and changes
Handover and optimise performance
End-to-end engineering and EPC coordination across process, mechanical, civil, electrical, and instrumentation disciplines.
Practical training programmes that build capability across HSE, technical disciplines, operations, and leadership.
We integrate pollution prevention, competent personnel, quality plans, and risk-based assurance with client requirements. Standardisation reduces avoidable complexity, while value engineering tests options against lifecycle cost, reliability, and maintainability.
Progress dashboards, decision logs, and lessons learned connect performance reporting with corrective action. Top-quartile delivery is pursued through agreed objectives, appropriate benchmarking, and continuous improvement across safety, quality, cost, schedule, and readiness.
Defined scope, clear governance, and timely decisions. Progress reviews focus on remaining work, emerging constraints, and actions needed to protect the delivery plan.
International experience combined with project-specific insight. Delivery arrangements take account of location, regulations, logistics, and stakeholder interfaces.
Engineering and commercial priorities coordinated from the outset. Specifications, supplier commitments, and site needs are checked against the same delivery objectives.
Fit-for-purpose scope and measurable objectives. Options are evaluated against safety, operability, maintainability, and lifecycle cost.
Talk to our production specialists about flow assurance, artificial lift, well intervention, or surface facility integration.
Contact Production Team View All Services