Datacor acquires MySep to expand engineering software portfolio

Key Takeaways

• Datacor, Inc. has purchased MySep, a Singapore‑based simulation tool for process‑separator design.
• The deal adds a dedicated separator‑modeling engine to Datacor’s existing suite (CHEMCAD, Applied Flow Technology, GoldSim).
• MySep’s user base spans upstream oil & gas, gas‑processing, LNG, refining, and petrochemical plants, strengthening Datacor’s footprint in Asia‑Pacific and the Middle East.
• The combined portfolio now offers end‑to‑end chemical‑process design, dynamic flow simulation, risk analysis, and rigorous separator performance prediction.

Datacor’s Strategic Move

Why the acquisition matters

Datacor, a global provider of engineering software, announced the acquisition of MySep, a niche developer of separator‑simulation technology. By integrating MySep’s capabilities, Datacor can now deliver a “one‑stop‑shop” for engineers who need to model everything from reaction networks to the final liquid‑vapor split in a plant. The move also positions Datacor to capture more projects in regions where MySep already has a strong market presence—particularly Southeast Asia, the Middle East, and the broader Asia‑Pacific corridor.

Timeline and background

• 2013 – MySep founded in Singapore, focusing on separator design for oil & gas.
• 2024 (Q3) – Datacor announces the acquisition, citing portfolio expansion and geographic reach as primary drivers.

Expanded Engineering Portfolio

The table highlights how MySep fills a functional gap—rigorous separator modeling—that was previously addressed only through custom scripts or third‑party add‑ons.

Market Impact

• Geographic reach – MySep’s headquarters in Singapore gives Datacor a direct foothold in the fast‑growing Asia‑Pacific market, where oil & gas capital expenditures are projected to exceed US$150 billion through 2028 (source: IEA).
• Customer base – MySep’s software is deployed in more than 120 major oilfield projects across the Middle East, Malaysia, and Indonesia, providing Datacor with immediate cross‑sell opportunities.
• Technology synergy – Combining MySep’s separator physics (e.g., multiphase flow, vortex‑induced droplet entrainment) with CHEMCAD’s reaction and heat‑integration models enables a fully integrated “design‑to‑risk” workflow.

What This Means for Engineers

1. Reduced tool fragmentation – Engineers can now perform upstream process synthesis, separator sizing, and downstream risk assessment within a single vendor ecosystem.
2. Improved data consistency – Shared component databases and unified licensing simplify version control and audit trails.
3. Faster project delivery – Preliminary separator sizing can be completed in hours rather than days, thanks to MySep’s pre‑validated correlation libraries.

Bottom Line

Datacor’s acquisition of MySep marks a decisive step toward a comprehensive, end‑to‑end engineering software suite. By adding a proven separator‑simulation engine, Datacor not only broadens its technical capabilities but also deepens its market penetration in high‑growth regions. The combined portfolio now equips process engineers with a seamless workflow—from steady‑state design in CHEMCAD, through dynamic flow analysis in AFT, to risk quantification in GoldSim, capped by accurate separator performance predictions from MySep. This integration promises to accelerate project timelines, cut licensing overhead, and deliver more reliable, data‑driven designs for the global process‑industry community.