Thermal Oxidizers

Phased Methodology/Process

We utilize a phased approach to ensure precision and efficiency in every project. Our methodology breaks down the project into manageable phases, allowing for thorough review and feedback at each stage. This approach minimizes surprises and ensures alignment with customer expectations, ultimately leading to on-time delivery and superior project outcomes.

Complex Applications

Our expertise extends to handling the most complex applications in the industry. Whether it's ultra-low NOx emissions, chlorinated hydrocarbon systems, or specialized thermal oxidizers, we have the knowledge and experience to deliver customized solutions that meet and exceed regulatory requirements and customer expectations.

Engineered-to-Order Systems

Every project is unique, and our engineered-to-order systems reflect this reality. We collaborate closely with our clients to design and fabricate systems tailored to their specific needs. This bespoke approach ensures optimal performance and reliability, addressing every detail from initial design to final installation.

John Zink specializes in advanced VOC destruction technologies, with thermal oxidizers that meet stringent environmental standards for applications in VCM and chemical plants. Their systems achieve over 99.9999% VOC destruction efficiency, ensuring safety and performance.

John Zink is a proven leader in advanced combustion technologies, with extensive experience in minimizing carbon dioxide (CO2) emission and helping customers manage carbon dioxide (CO₂e) emissions using cutting-edge thermal oxidizer solutions. 

Our recuperative thermal oxidizers are designed to maximize the destruction removal efficiency (DRE) of hazardous industrial wastes, reducing the amount of fuel needed to complete an efficient oxidation process. Consequently, your CO₂ emissions are kept within acceptable industry limits, whether those are mandated by regulation or adopted as a part of your operating principles. 

In addition to solutions that help manage high impact CO₂e pollutants, our waste heat recovery systems are engineered to reclaim and reuse the heat generated during the thermal oxidation process. This may not only improve the energy efficiency of your TO operation but also significantly reduces plant-wide fuel consumption. The reclaimed heat can be converted into steam, offering a reliable and cost-effective source of energy for various industrial processes, while optimizing a plant's CO₂ footprint.

Our wholistic view of CO₂ management is backed by more than 50 years of experience and rigorous research and development. We ensure that our thermal oxidizer systems are optimized for performance, safety, and environmental compliance, making John Zink the ideal partner for your industrial waste management and energy recovery needs.