News & Insights

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 Addressing plastic pollution demands solutions that are both sustainable and profitable. Sulzer’s MaxFlux™ hydrotreating technology offers operators a practical, advanced way to convert waste plastic pyrolysis oils (PPO) into valuable, ultra-clean products, all while improving carbon footprint and operational costs. Environmental benefits Energy and Resource Savings MaxFlux™ eliminates the need for large hydrogen recycle gas loops by dissolving hydrogen directly

Introduction Sulzer’s GT-DWC™ (Dividing Wall Column) technology is reshaping distillation operations across refineries and petrochemical facilities globally. By integrating advanced column design with expert engineering, GT-DWC™ achieves consistent gains in energy savings, project cost saving, capacity, product purity, and overall operational efficiency. Real-World success stories Major Petrochemical Plant Upgrade A leading petrochemical plant in Saudi Arabia worked with Sulz

Introduction Sustainability has become a critical driver in the evolution of industrial processing. Sulzer’s GT-DWC™ Dividing Wall Column technology sets new standards, allowing chemical plants and refineries to intensify processes, significantly reduce energy usage, and minimize their environmental footprint all while maintaining, or even improving, production efficiency and product quality. Key environmental and sustainability benefits Energy Conservation GT-DWC™ reduces en

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 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 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 Energy efficiency is a top priority for modern pyrolysis and chemical recycling plants. With rising energy costs and increasing sustainability demands, operators are seeking solutions that optimize thermal management and reduce utility bills. Sulzer’s PyroCon™ quenching technology stands out by integrating advanced heat recovery, enabling plants to maximize energy efficiency and profitability. The energy challenge in pyrolysis Pyrolysis processes require rapid co

Introduction Chemical recycling is a cornerstone of the circular economy, offering a path to transform plastic and bio-waste into valuable raw materials. However, one persistent challenge in pyrolysis the process at the heart of chemical recycling is effective quenching. Traditional quenching systems often struggle with fouling and inefficient cooling, which can compromise product quality and plant profitability. Sulzer’s PyroCon™ quenching technology is changing the game, de

Introduction In today’s competitive industrial landscape, companies are constantly seeking ways to reduce costs and improve efficiency. Distillation is one of the most energy-intensive processes in the chemical, petrochemical, and related industries. Sulzer’s VoltaSplit™ technology introduces electrified distillation, which offers significant economic advantages and enables CO₂-neutral operation when powered by renewable electricity - helping plants achieve both financial and

Distillation is a fundamental process in industries such as chemicals, oil & gas, pharmaceuticals, and food & beverage. While conventional distillation has been used for centuries, it is energy-intensive and often relies on fossil fuels. Electrified distillation, as pioneered by Sulzer’s VoltaSplit™ technology, is transforming this essential process. But what exactly is electrified distillation, and how does VoltaSplit™ make it possible? Let’s break down the science behind th

The chemical and process industries are facing mounting pressure to reduce energy consumption and carbon emissions. Traditional distillation, a cornerstone of industrial separation processes, is notoriously energy-intensive. Enter Sulzer VoltaSplit™—a ground-breaking electrified distillation technology that promises to revolutionize the industry. But what exactly is VoltaSplit™, and how does it set a new standard for efficiency and sustainability?