Ethylene Glycol Recovery System
Deep Ocean was contracted to provide detailed engineering for a new Ethylene Glycol Recovery System within an existing chemical processing plant. The brownfield nature of the project required careful integration of new process equipment and piping networks into a highly congested existing spatial environment. Process engineering parameters were established to optimize recovery efficiency.
Services Provided
Project Scope
Process validation, 3D laser scan integration, intelligent 3D modeling of new distillation columns, heat exchangers, and associated piping networks. Full thermal stress analysis of recovery loop piping.
Key Deliverables
Project Highlights
- •Integrated dense point cloud data to navigate millimeter-accurate brownfield tie-ins
- •Optimized heat exchanger positioning to minimize pressure drop in the recovery loop
- •Successfully modeled and analyzed extreme thermal gradients across the distillation columns
- •Provided clash-free installation sequences for tight access areas
Outcome
The newly engineered system integrated flawlessly with existing operations, maximizing glycol recovery rates while preventing any unplanned downtime during the tie-in phase.
8+
Years
Engineering Experience
150+
Projects
Delivered Successfully
13+
Countries
Client Base Worldwide
100%
Quality
On-Time Delivery
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