Our Core Services

GinSan Solutions provides independent engineering and delivery support across the full lifecycle - focused on execution confidence, operability, governance, and performance outcomes.

• Stage-gated roadmaps and workstream plans
• Clear decision points and accountabilities (RACI)
• Integrated schedule and dependency mapping
• Risk/opportunity register with owners/actions
• Decision-support visuals and progress dashboards

• FEED verification and gap assessment
• Tender clarifications and deviation management
• Packaging strategy and constructability inputs
• Vendor technical bid evaluation support
• Requirements and compliance matrices

• Define guarantee basis and acceptance criteria
• Process plant performance guarantee support
• Model verification and performance reconciliation
• Performance test planning and readiness
• Debottlenecking and corrective actions

• Capacity and hydraulics verification
• Transient / surge review inputs
• Multiphase operability support
• Commissioning and acceptance readiness
• Upstream/downstream interface alignment

• CAPEX/OPEX trade-off assessments
• Value engineering workshops and screening
• Constructability and brownfield practicality
• “Minimum viable scope” definition
• Guarantee impacts of scope changes

• Integrated execution and readiness plans
• Stage-gate governance and reporting cadence
• Packaging and delivery pathway options
• Cost/schedule risk and mitigation plans
• Cross-discipline integration support

• Commissioning readiness governance
• Start-up stabilisation and ramp-up support
• Data capture and performance cadence
• Troubleshooting and constraint removal
• Test execution support (where applicable)

• Operating model and site governance
• Reliability and maintenance strategy uplift
• CMMS requirements and rollout governance
• Procedures, spares and competency readiness
• Operating envelopes aligned to constraints

• Debottlenecking and reliability improvements
• Brownfield change delivery under MOC
• Close-out discipline and handover quality
• Practical engineering to reduce downtime
• Performance monitoring and optimisation

• HAZOP/LOPA support and action close-out
• Operability safeguards and assumption checks
• ESD/isolation/relief philosophy alignment
• Targeted reviews for high-risk systems
• Interface and start-up risk reduction

• Package technical alignment for critical systems
• Review datasheets, curves and utilities needs
• Clarify battery limits and interfaces
• Guarantee and test-basis alignment support
• Vendor clarifications and follow-up actions