News & Insights

ResourceCycle explains the four-step chemical recycling process for polyester fiber (polyester textile) waste — pre-treatment, methanolysis depolymerization, DMT and ethylene glycol separation — producing polyester-grade raw materials with purity ≥99.9% from discarded textiles.

ResourceCycle and the Zhejiang University Green Carbon Joint Research Center have developed a disruptive process that completes PET chemical depolymerisation at 64.5 °C atmospheric reflux — achieving 99.2% PET conversion, 99.5% DMT selectivity, 99.75% product purity, 60%+ capex reduction, 45-50% energy savings, with kiloton-per-year commercial operation.

Global brands are moving material decisions upstream to the polyester monomer level. With high-purity DMT production, methanolysis R&D and closed-loop material platform capabilities, ResourceCycle is positioned for exclusive joint development programs and long-term pre-purchase agreements.

An in-depth analysis of the 2026 DMT global supply-demand landscape transformation — from macro market outlook, PX-DMT cost transmission mechanisms, and PTA substitution dynamics to China's integrated advantages and low-cost sourcing strategies, providing supply chain executives with a strategic and actionable intelligence guide.

This article comprehensively dissects DMT physical properties, purity indicators (>99.9%), matching scenarios for three physical forms (solid flake/briquette/liquid), PBT downstream application conversion chains, and COA and MSDS supplier review mechanisms, providing systematic reference for procurement engineers.

This article provides an in-depth analysis of DMT, comparing its process differences with PTA, and detailing its irreplaceability in high-value-added application fields with high purity and optical requirements, such as PBT, special PET films, and medical-grade PETG.