News & Insights

Introduction Efficient recycling of plastic waste means more than producing fuel it’s about recovering premium chemical streams that offer greater economic and environmental value. Sulzer’s distillation and BTX recovery solutions extract the full potential of purified pyrolysis oils, separating valuable fractions for direct industrial reuse. How Sulzer’s technology works Advanced fractionation & distillation Tailored Column Design: Sulzer distillation units use customized tra

Introduction Plastic pollution is a mounting global crisis, with millions of tons of waste entering landfills and the environment every year. Advanced chemical recycling especially pyrolysis offers a breakthrough path to convert even the most mixed and contaminated plastics into valuable resources. But the true transformation happens with Sulzer’s advanced purification technologies, designed to process pyrolysis oil (Pyoil) into market-ready, high-specification hydrocarbon st

Introduction With tightening global fuel standards and evolving market dynamics, refineries must produce low-sulfur, high-octane gasoline while having flexibility to convert gasoline to petrochemicals such as aromatics for the volatile market requirement. Sulzer’s GT-BTX PluS™ offers an advanced solution delivering both high-value petrochemicals and ultra-clean fuels in a single, efficient process. Why GT-BTX PluS™ is the one-step answer Simultaneous BTX Recovery and Sulfur R

Introduction As environmental standards tighten and market dynamics evolve, refineries need solutions that are both advanced and adaptable. Sulzer’s GT-BTX PluS™ stands out with a science-driven, distillation-based process designed for simultaneous recovery of high-value aromatics (benzene, toluene, xylenes - BTX) and sulfur removal from FCC gasoline. But what makes GT-BTX PluS™ technology truly unique? The answer lies in its technical features and engineering excellence. Wha

Introduction Refineries and petrochemical facilities today face intense pressure to comply with stricter environmental regulations, reduce operating costs, and maximize profits from every barrel. FCC (Fluid Catalytic Cracking) gasoline streams, while containing significant amount of valuable aromatics like benzene, toluene, and xylenes (BTX), also has sulfur compounds that must be removed for clean-fuel mandates without saturating the olefins that provides the octane value. S