Sulfuric Acid Plant

Challenges

Retained as the engineering, procurement, and construction management (EPCM) contractor for a new sulfuric acid manufacturing plant in a remote southern province of the DRC.
Decided not to produce traditional mechanical, piping, or structural general arrangement drawings and instead use the live model for all production needs.
Moved engineering quality processed upstream using 3D modeling, enabling them to compress project timelines that would otherwise not have been possible using traditional drawing-based piping isometric quality processes.
Overcame geographical and logistical challenges to succeed in delivering the plant in under two years, from feasibility to start up.

Solutions

Succeeded in delivering a new sulfuric acid manufacturing plant in the DRC in under two years, from feasibility to start up.
Designed a complete, intelligent digital twin to manage and share information among its engineering offices in Canada, South Africa, India, Australia, and the DRC.
Instead of producing traditional drawings, the project team used the live model for all production needs.
Digital twin approach across the entire project enabled the elimination of traditional paper workflows and maximize the opportunities in data-centric procurement, speed up operational readiness, and improve the interaction with field activities in a remote location.

Approach saved months on the schedule, significantly increased return of investment by 20% by reducing CAPEX risks, earlier production, and getting the plant to full production capacity within one week of hot commissioning which is unprecedented in this industry.

Highlights

Given the high environmental risks of hauling acid to this remote area and constraints on supply, the client fast-tracked the project timeline.
Produced piping isometric deliverables in a continuous "follow-the-sun" progression with teams across three time zones.
Distributed project team able to choose from multiple procurement alternatives and allowed them to lower the cost of material supply and to streamline delivery, cutting months off the schedule.

Project numbers

Project cost: USD$245 million.
1,400tonnes-per-day manufacturing facility
20-megawattelectrical waste heat power generation system with a thermal cooling tower.
Increased return of investment by20%by reducing CAPEX risks.
10%to15%cost savings to the client in direct material requisitions.
All materials needed to be transported2,800 kmon roads with sections that are gravel.
Moving the quality processes upstream savedthree monthson the schedule.
Reducing production ramp up fromsix monthstoone weekafter completion of hot commissioning.