News & Insights

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 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 Industrial decarbonization is a top priority for refineries and chemical plants worldwide. Fired heaters are among the largest sources of CO₂, SOₓ, and NOₓ emissions in these facilities, and traditional technologies have struggled to deliver significant improvements. Sulzer’s 95+™ Heater Technology is changing the landscape, enabling operators to achieve heating efficiencies of 95% or higher while dramatically reducing harmful emissions even in existing units. Th

Introduction Decarbonizing fired heaters and furnaces is a critical step toward achieving sustainability goals in the refining, petrochemical, and chemical industries. Traditional fired heaters typically operate at thermal efficiencies capped between 89% and 92% at best, limited sulfur dew point corrosion and fouling. Sulzer’s patented 95+™ Heater Technology breaks through these barriers, delivering unparalleled heating efficiency of 95% or higher. This breakthrough not only

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

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.