Whitepapers

Improve refinery capital planning with early-stage physics-based simulation. Learn how LP + Petro‑SIM cuts FEL rework and boosts ROI in this expert whitepaper.

Discover how advanced polymer modelling, digital twins, and sensitivity analysis help polyolefin producers cut grade transition times and reduce off‑grade material.

The journey toward low-carbon competitiveness is a marathon of discipline, not a sprint of innovation. Discover how refinery profit improvement programmes (PIPs) can substantially increase margins and sustain real-time performance.

Explore solutions to optimize delayed coker units by increasing throughput and higher-value yields.

Explore the challenges of industrial scale deployment of green hydrogen and how advanced technologies can help operators to cross the chasm.

Learn how to maximize refinery performance and catalyst life with high-activity hydrotreating catalysts. Discover proven strategies for better utilization and efficiency.

Discover how a Profit Improvement Program for a refinery delivered $100M+ in gains, 6.5 vol% more middle distillates, and a 10% increase in energy efficiency while cutting emissions.

We examine the critical aspects of value chain optimization to make green hydrogen economically viable.

Explore how a corrosion-focused digital twin using Petro-SIM software gives refiners a real-time radar.

KBC shares how a refinery-wide digital twin was applied to evaluate more than 100 opportunities to assess potential improvements in energy use and carbon emission reduction.

In this paper we analyze the role of process simulation in advancing plastic-to-olefin (PTO) technologies.

The new reality for refining is lower emissions, smarter operations and sustainable growth. Unearth the role of digital twins, simulation and real-time data in achieving decarbonizing goals.