ATSI, Inc.

Value-added engineering during critical development stages, combining first-principles engineering with conceptual design to establish economic viability and prepare projects for detailed engineering.

• FEL-1: Conceptual Engineering & Feasibility

  Initial engineering phase to establish basic project feasibility and define supportive equipment. Deliverables include conceptual block diagrams, process flow diagrams, preliminary equipment lists, and capital cost estimates with ±30-50% accuracy.

• FEL-2: Planning & Specification Development

  Refining specifications, project schedules, and utility requirements. Supports site permitting and provides cost estimates with ±20-30% accuracy.

• FEL-3: Project Definition

  Comprehensive project documentation for management approvals, investor packages, and EPC engagement. Delivers detailed P&IDs, 3D facility models, process hazard analyses (PHA), and equipment quotes to achieve ±10-20% cost accuracy.

Full-spectrum project delivery integrating detailed engineering, equipment procurement, and construction management to complete industrial capital projects on schedule and within budget.

• Detailed Engineering

  Finalizes all construction and field-ready design documentation, integrating constructability factors and early procurement of long-lead equipment.

• Procurement Management

  Global and domestic equipment and material acquisition. Includes bid package development, vendor pre-qualification, technical and commercial evaluation, and on-site receiving coordination.

• Construction Support & Management

  On-site field support and oversight, offering contractor selection, construction scheduling, site safety monitoring, compliance inspections, rigging plans, and outage planning.

• Investigation & Evaluation Services

  Specialized field evaluations including structural load capacity analysis and structural distress evaluations.

Operational analysis improves efficiency in active industrial facilities.

• Bottleneck Identification

  Analysis identifies constraints that limit plant throughput or reliability.

• Efficiency Improvements

  Improvement planning targets measurable process and operating gains.

• Process Enhancements

  Enhancements are implemented within active industrial operations.

Engineering and design services tailored for aging industrial infrastructure to maintain safe, efficient, and continuous operations.

Risk reduction work helps process plants operate safely and meet applicable codes.

• Code Compliance Support

  Compliance support addresses applicable process safety requirements.

• Hazard Evaluations

  Formal evaluations identify and document process hazards.

• Risk Reduction Planning

  Planning translates hazard findings into practical risk controls.

Engineering support for adding new production lines, extending existing plant configurations, or establishing new greenfield sites from concept to construction.

Technical representation protects client interests during project delivery.

• Project Phase Representation

  Representation supports clients across design and construction phases.

• Engineering Churn Reduction

  Technical review helps reduce avoidable rework and engineering churn.

• Cost Overrun Avoidance

  Project oversight helps avoid unnecessary cost growth.