Efficient Heat Transfer with General Service Condensers

General service condensers are essential components in numerous industrial processes, designed to condense vapor into liquid by removing heat. We offer customized condenser units tailored to a variety of applications, from large overhead condensers for distillation columns to smaller knock-out condensers that efficiently remove minimal condensate from gas streams. Our designs accommodate the placement of the condensing medium on either the shell side or the tube side, depending on your specific requirements. For more complex mixtures, we utilize PPDS software to gather accurate vapor-liquid equilibrium data and physical properties, ensuring precise mean temperature difference (MTD) calculations. Each unit meets rigorous standards, including ASME Section VIII, Div 1, API specifications, and any customer-supplied requirements, and comes with both thermal and mechanical guarantees.

• Customization for All Applications: HeatX excels in designing units for all cases where condensing is required, ensuring versatility and customization for various industrial needs.
• Large Overhead Condensers: We provide large overhead condensers specifically designed for distillation columns, offering efficient and reliable performance.

• Knock-Out Condensers: For processes needing minimal condensate removal from gas streams, our knock-out condensers are the perfect solution.
• Compliance with Industry Standards: Our condensers are designed to comply with ASME Section VIII, Div 1, API specifications, and any specific customer-supplied specifications, meeting the highest industry standards. With a deep understanding of thermal and mechanical engineering, we provide units that are both efficient and durable, backed by expert engineering assurance.

• Thermal and Mechanical Guarantees: Every unit comes with comprehensive thermal and mechanical guarantees, ensuring reliability and performance. Employing PPDS software, we accurately obtain vapor-liquid equilibrium data and physical properties, leading to precise MTD calculations for mixed component condensation.
• Flexible Design Options: Depending on your requirements, the condensing medium can be placed on either the shell side or the tube side, offering flexibility and adaptability in design.