News & Insights

Introduction Capital expenditures (CAPEX) are a major consideration for any chemical recycling project. High equipment costs can delay returns on investment and slow the adoption of advanced recycling technologies. Sulzer’s PyroCon™ quenching technology is engineered to address this challenge, offering a unique design that minimizes CAPEX while delivering reliable, high-performance operation for pyrolysis plants. The CAPEX challenge in pyrolysis Traditional quenching systems

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 Fouling is one of the most persistent and costly challenges in pyrolysis and chemical recycling plants. When solids accumulate in quenching systems, they can cause blockages, disrupt operations, and lead to frequent shutdowns for cleaning and maintenance. Sulzer’s PyroCon™ technology offers a breakthrough solution, specifically engineered to prevent fouling and keep your plant running smoothly and profitably. The problem: fouling in traditional quenching systems

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