ADI modeled global demand for HDPE and specialty metallocene-based grades, including mLLDPE, POE, and POP, across diverse density ranges. The study analyzed the performance trade-offs of Chromium, Ziegler-Natta, and metallocene catalysts in bimodal HDPE production for pipe and blow molding applications. Significant uncertainty regarding the share of recycled HDPE (rHDPE) was addressed by evaluating regional ESG mandates and the technical viability of chemical recycling.
The client
Global diversified chemical producer
The situation
Decision risk surrounding investment in metallocene-based production capacity versus conventional Chromium-based HDPE.
ADI’s contributions
Catalyst technology assessment
Analyzed the activity loss of metallocene at high densities to determine its limited viability for unimodal commodity HDPE.
Recycling impact modeling
Forecasted the penetration of rHDPE into virgin markets based on regulatory tax credits and consumer brand sustainability pledges.
Application deep-dive
Quantified POE demand for solar PV encapsulants by modeling global GW power output against plastic component weight ratios.
Proprietary grade analysis
Benchmarked over 100 competitor grades to identify underserved niches in rotomolding and machine directional oriented (MDO) films.
Key outcomes
- Enabled evidence-based decisions on catalyst switching and prioritized high-growth segments like solar encapsulants and PE100 pipe.
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