Paul Mueller Company
Mueller Energy Bank
Mueller Temp-Plate Energy Recovery Bank
Mueller Energy Bank
Mueller Temp-Plate Energy Recovery Bank

Temp-Plate® Energy Recovery Bank Assembly

    • Heat Transfer
    • Tank Components
    • Marine
    • Data Centers
    • Heat Transfer
    • Heat Recovery
    • Cooling & Chilling
    • Heating

  1. Features

    Benefits of Energy Recovery Bank Assemblies

    • High heat transfer rates lead to high return on investment
    • Lower maintenance expenses due to Temp-Plate's low-profile cross-section as compared to other higher fouling heat exchanger designs
    • Available in nearly any configuration or size
    • Installation can be planned for either vertical or horizontal exhaust flow

    Applications

    • Ethanol plant energy recovery
    • Pulp and paper plants (TMP)
    • Brew kettle exhaust
    • Other areas with high moisture content

    Easy Maintenance

    • Low fouling potential, even in challenging exhaust conditions.
    • Stays clean longer with less frequent cleaning required.
    • Open passageways allow for easy mechanical brushing or spray cleaning.

    Easy Installation

    • Adaptable to a wide range of energy recovery applications.
    • Custom-built to fit any configuration or size.
    • Narrow profile offers space-saving benefits while maximizing heat transfer surface area.

  2. Specifications

    Energy recovery bank assemblies are constructed with multiple Temp-Plate panels installed on common supply and return manifolds to simplify piping. The entire assembly is then encased within ductwork so that the exhaust air is directed to flow between the Temp-Plate panels. The exact panel size, spacing, material thicknesses, and heat recovery capacity depend on the energy available in the air stream. By working with Paul Mueller Company on your energy recovery needs, you will receive a custom, streamlined product ready for direct integration into your system.

    Material Types

    Energy Recovery Bank Assemblies are readily available in 304SS or 316SS; other alloys can also be supplied upon request. 

    Material Thickness

    Material thickness will be selected according to design parameters. 

    Energy Recover Bank Sizes & Capacities

    Individual Temp-Plate panels can be fabricated in sizes up to 60” x 240”. The conditions present in the exhaust air stream will dictate the number of panels required. Energy recovery loads can range from thousands of BTUs per hour to millions. Our sales and engineering team is dedicated to providing the most economical, compact solution based on the conditions of the exhaust air stream. 

    Design Pressure and Temperatures

    As a standard, Temp-Plate is ASME code rated to a 150psi design pressure at 400°F / -20°F. The exterior ducting of the bank assembly will be designed to meet the requirements of the exhaust air stream. 

    Qualifications

    • ASME code ‘UM’ or ‘U’ stamp
    • CRN
    • PED

  4. Financing Your Equipment Needs

    Are you getting ready to open a a new business or are you looking to replace or expand your existing footprint? Paul Mueller Company offers a large array of products from farm to pharmaceutical and everything in between. Equipment financing is a great way to get the funds you need now without using up your credit line or working capital.

    Why Finance?

    • Free up working capital
    • Gain tax advantages
    • Match payments to cash flow
    • 100% financing, including shipping and installation
    • Competitive Rates
    • Fast and liberal credit decisions
    • Simple online application
    • No obligation, no risk

    Contact Us

How Does Energy Recovery Work?

Temp-Plate Energy Recovery Bank Assemblies function as condensing economizers. Hot exhaust air flows through the ductwork surrounding the Temp-Plate bank, passing between the plates.

As water or glycol circulates inside the Temp-Plate panels, it absorbs heat from the exhaust air. Once the exhaust air reaches its dew point, moisture begins to condense out of the air, flowing down the external surface of the panels. This condensation process significantly boosts heat transfer efficiency—sometimes up to ten times greater than with dry air. By analyzing your exhaust air stream data, our sales and engineering teams can determine if sufficient moisture is present for effective heat recovery and provide a tailored solution that seamlessly integrates into your existing ductwork.

The Mueller Temp-Plate Advantage for Energy Recovery

Mueller Temp-Plate Energy Recovery Bank Diagram

Rising energy costs are driving industries to reevaluate their processes and seek more cost-effective ways to reduce energy consumption. In many operations, fuel costs make up a significant portion of total production expenses.

Traditional head exchangers often struggle in particulate-heavy environments or resinous exhaust streams, which leads to clogging, fouling, and increased maintenance. The Mueller Temp-Plate Energy Bank offers a proven solution: with large, open passageways and a low-profile cross section, our design reduces fouling and proves system reliability without sacrificing efficiency.

Mueller Temp-Plate Energy Banks are engineered to deliver substantial energy savings by recovering head from steam, air/water vapor mixtures, or other exhaust streams. Designed for performance, ease of use, and versatility, these energy banks provide a number of distinct advantages.

Return on Investment

  • High heat transfer rates maximize heat recovery.
  • Cost-effective solutions with short payback periods.
  • Lower maintenance expenses when compared to other higher fouling heat exchanger designs.
  • Reduces energy consumption without the high maintenance costs of traditional designs.
Energy Savings Formula Trust

How to Order

To receive a quotation for a Temp-Plate application, please use the design sheet linked below. Fill out as many details on your project as possible, and submit using our contact form. Our sales and engineering team is dedicated to contacting you promptly afterward to turn your vision into a reality.

Temp-Plate® Panel Design Form