Integrated Engineering & Wellsite Solutions 

Tasman’s integrated approach extends beyond equipment supply and system integration. We support customers across the full lifecycle of a well operation, helping reduce risk, improve execution quality, and apply lessons learned to future programs.

• Training & Knowledge Transfer – Practical training and tool familiarisation for customer engineers and supervisors to ensure correct use and expectations are understood before mobilisation.
• Pre-Planning, Tool Selection & Program Review – Early engagement to review objectives, constraints, and operating conditions so tools, surface systems, and workflows are aligned before execution.
• Risk Mitigation & Contingency Planning – Identification of credible operational risks and development of practical contingencies, including backup tools and surface system readiness.
• Engineering Support During Execution – Onsite and office-based engineering support during critical operations to assist with decision-making and troubleshooting.
• Post-Job Review & Continuous Improvement – After-action reviews to capture lessons learned and improve execution on future drilling, intervention, and abandonment programs.

Drilling operations involve multiple systems operating simultaneously at surface and downhole. Misalignment between these systems often leads to delays, rework, or unnecessary downtime.

• Drilling rental tool selection and configuration
• Surface fluid storage and handling integration
• Workshop preparation and assembly of drilling strings
• Interface planning with drilling contractors and rig systems

By integrating these elements early, Tasman helps drilling teams maintain momentum and reduce non-productive time.

Fishing and well intervention operations often require rapid response under challenging conditions. Success depends on having the correct tools, surface systems, and execution plan aligned from the outset.

• Fishing and milling tool selection and configuration
• Thru-tubing intervention planning
• Surface fluid handling and solids management integration
• Workshop preparation and functional verification

This approach improves recovery success rates and reduces the escalation and downtime commonly associated with reactive intervention operations.

Plug and abandonment programs often involve complex sequencing, multiple barriers, and extended surface handling requirements. Poor integration can result in delays, re-handling, and cost escalation.

• Selection and preparation of isolation and barrier equipment
• Integration of surface fluid handling and containment systems
• Sequencing of intervention and abandonment operations
• Workshop preparation and verification of critical components

By coordinating these elements early, Tasman helps operators execute P&A programs more efficiently and predictably.

Wellsite performance is often constrained by interfaces between tools, equipment, and services supplied by different parties. Integrated engineering focuses on reducing these interfaces.

• Drilling rental tools and BHAs
• Fishing, thru-tubing, and completion equipment
• Frac tanks, mud mixing, pumps, hoses, and manifolds
• Pressure control and flowback equipment

Engineering these systems together reduces surface congestion, simplifies logistics, and improves execution certainty.

Integrated engineering relies on equipment being correctly prepared and verified before mobilisation. Tasman’s Oilfield Engineering & Workshop Solutions underpin this process by ensuring tools are assembled, inspected, tested, and preserved to specification.

Workshop preparation supports integrated engineering by removing uncertainty at the wellsite and enabling smoother execution across drilling and intervention operations.