News & Insights

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 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 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 Solvent recovery and waste reduction are top priorities for modern industrial plants. Efficient management of solvents not only cuts costs but also reduces environmental impact and supports regulatory compliance. Sulzer’s EvapCare™ film evaporators provide a robust and reliable solution for maximizing solvent recovery and minimizing waste across a wide range of industries - including chemicals, pharmaceuticals, food, and biotech. How EvapCare™ film evaporators wo

OptimEXT™ by Sulzer maximizes solvent recovery and sustainability in industrial processes, helping you reduce waste, lower costs, and achieve your green manufacturing objectives.

Introduction In the race to decarbonize and optimize industrial operations, fired heaters and furnaces are often the largest contributors to both energy consumption and carbon emissions in refineries and petrochemical plants. Traditional heater designs are limited by sulfur dew point corrosion and fouling, capping efficiency at maximum 89-92% and driving up fuel costs, maintenance, and emissions. Sulzer’s 95+™ Heater Technology is transforming this landscape, enabling plants

Introduction As the world accelerates its transition to low-carbon energy, LNG terminals face mounting pressure to minimize greenhouse gas emissions. Boil-off gas (BOG) the vaporized LNG generated during transport, storage, and handling represents both a loss of valuable product and a significant source of emissions if not managed efficiently. Sulzer’s zeroBOG™ recondensation technology delivers a proven, compact solution for LNG terminals seeking to cut their carbon footprin

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

As the chemical industry faces increasing demands for energy efficiency and sustainability, innovative technologies like Sulzer’s VoltaSplit™ are gaining attention. But how does VoltaSplit™ perform in real-world industrial settings? This case study explores the successful implementation of VoltaSplit™ in a chemical plant, highlighting the impressive results in energy savings, emissions reduction, and operational flexibility.

Introduction - VoltaSplit™ decarbonization The global chemical industry is under increasing pressure to reduce its carbon footprint and transition to more sustainable operations. Traditional distillation, a core process in chemical manufacturing, is one of the largest sources of energy consumption and greenhouse gas emissions in the sector. Sulzer’s VoltaSplit™ technology is emerging as a powerful solution, enabling significant decarbonization of chemical processes. Discover

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?