Introduction: engineering excellence in aromatics extraction solvents Sulzer’s Techtiv™ solvent family represents a landmark in solvent technology designed specifically for benzene, toluene, and xylene (BTX) extraction in refining and petrochemical industries. Backed by decades of research and operational data, Techtiv™ solvents set new benchmarks in selectivity, thermal stability, and safe handling while optimizing refinery performance. Proprietary chemical formulation for s

Introduction: the urgency of decarbonization in refining and petrochemicals The drive to reduce carbon emissions and energy consumption is reshaping the future of the refining and petrochemical industries. As global standards and regulations tighten, operators must seek solutions that deliver both environmental and operational performance. Sulzer, a leader in separation technologies, has developed the Techtiv™ Solace solvent - a next-generation drop-in solution for BTX extrac

. Introduction: next-level BTX extraction efficiency Refining and petrochemical operations are under increasing pressure to maximize aromatics recovery, reduce operational costs, and cut environmental impact. Sulzer’s innovative Techtiv™ and Techtiv™ Solace solvents redefine performance standards for BTX (benzene, toluene, xylene) extraction, setting new benchmarks for selectivity, stability, and cost-effectiveness. Superior selectivity and ultra-high purity Sulzer’s Techtiv™

Introduction: raising the bar in BTX extraction As the refining and petrochemical industries march toward sustainability, energy savings, and higher value recovery, the need for next-generation solutions is clear. Sulzer, a global leader in separation technology, introduces Techtiv™ Solace: a powerful new solvent engineered to set a higher standard in BTX (benzene, toluene, xylene) extraction. Building on decades of operational and R&D experience, Sulzer’s Techtiv™ solvent fa

Introduction: redefining excellence in BTX extraction Refineries and petrochemical producers face growing pressure to maximize yield, purity, and sustainability for aromatics like benzene, toluene, and xylene (BTX). With global markets demanding cleaner, higher-value products and operational efficiency, the choice of extraction solvent is now a critical competitive advantage. Sulzer, a recognized leader in separation technology, introduces Techtiv™ solvent - a breakthrough so

Introduction Sustainability is now a key performance measure for refiners and petrochemical producers worldwide. Sulzer’s GT-BTX™ technology responds to this challenge by delivering industry-leading aromatics recovery with a focus on minimized environmental impact, energy efficiency, and future-ready compliance. By integrating advanced extractive distillation and proprietary solvent technology, GT-BTX™ not only enhances product yields and profitability but also allows operato

Introduction In today’s rapidly evolving refining landscape, flexibility is essential to meet changing market demands, regulatory requirements, and feedstock variations. Sulzer’s GT-BTX PluS™ technology offers unmatched adaptability, making it the ideal choice for refineries planning new units, retrofits, or capacity expansions. This comprehensive solution integrates easily into diverse refinery configurations, enabling operators to optimize aromatics recovery and sulfur remo

Introduction At the heart of Sulzer’s GT-BTX™ technology is the proprietary Techtiv™ solvent a breakthrough innovation in extractive distillation for aromatics recovery. This article explains why Techtiv™ delivers superior separation, sustainability, and process reliability for benzene, toluene, and xylenes (BTX) extraction. What makes Techtiv™ unique? Highest Selectivity Techtiv™ is a special blend of solvents, engineered and commercially-proven to outperform all single-comp

Introduction Sulzer’s GT-BTX™ technology stands at the forefront of cost-efficient aromatics extraction. By advancing extractive distillation methods and leveraging cutting-edge solvent technology, it enables refineries and petrochemical plants to achieve superior product yields, operational flexibility, and significant financial savings. Key cost-saving advantages Lower Capital Investment GT-BTX™ utilizes a simple yet highly effective two-column extractive distillation syste

Introduction Modern refineries and petrochemical plants demand advanced, cost-effective ways to maximize the value of every process stream. Sulzer’s GT-BTX™ technology redefines aromatics extraction through innovative extractive distillation with top-performing Techtiv™ solvent, enabling operators to efficiently recover benzene, toluene, and xylenes (BTX) from reformate, pyrolysis gasoline (pygas), or coke oven light oil (COLO) while cutting costs and improving sustainability

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