Introduction Reliable, high-performance distillation is pivotal for chemical and refinery operations. At the core of Sulzer’s GT-DWC...

Introduction Reducing costs and energy use in distillation is a top priority for today’s chemical and refining facilities. Sulzer’s...

Introduction Scaling up a film evaporation process from laboratory trials to full-scale industrial production is a critical step for any...

Introduction Purifying compounds with high molecular weight or extreme heat sensitivity is a significant challenge in many industries,...

Introduction Solvent recovery and waste reduction are top priorities for modern industrial plants. Efficient management of solvents not...

Introduction Processing heat-sensitive and viscous products presents unique challenges in industrial separation and purification. The...

Introduction Achieving high product purity is a critical challenge for industries such as chemicals, pharmaceuticals, and food...

Introduction In the race to decarbonize and optimize industrial operations, fired heaters and furnaces are often the largest contributors...

Introduction Industrial operators are under increasing pressure to decarbonize and improve efficiency, whether upgrading existing fired...

Introduction Industrial decarbonization is a top priority for refineries and chemical plants worldwide. Fired heaters are among the...

Introduction Sulfur dew point corrosion is a major challenge that limits the efficiency and lifespan of traditional fired heaters and...

Introduction Decarbonizing fired heaters and furnaces is a critical step toward achieving sustainability goals in the refining,...

Introduction In today’s competitive industrial landscape, companies are constantly seeking ways to reduce costs and improve efficiency....

Introduction As industries worldwide shift towards renewable energy, the need for flexible and adaptable processes has never been...

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.

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

Introduction - VoltaSplit™ Decarbonization The global chemical industry is under increasing pressure to reduce its carbon footprint and...

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?

Sulzer VoltaSplit™ electrified distillation solution Sulzer is proud to announce the global launch of VoltaSplit, its new electrified...