GREEN3 Technology

About GREEN3 Technology

“Any sufficiently advanced technology is indistinguishable from magic”

Arthur C. Clarke


MSP®Presents GREEN3 Technology

The Next Generation of Green Dehumidification

The United States Green Building Council defines a green product as fulfilling one or more of the following five categories:

  • Indoor environmental quality
  • Energy efficiency
  • Water savings
  • Materials selection
  • Sustainable site development

The MSP® Dehumidifying Coil fits comfortably into three of these categories:

  1. Indoor environmental quality (IAQ): The MSP® Dehumidifying Coil provides adequate ventilation and controlled humidity, giving building occupants a comfortable and healthy environment.
  2. Energy efficiency: The MSP® Dehumidifying Coil consumes significantly less energy than baseline products.
  3. Water savings: Water runoff from condensation is significant and can be used for irrigation and flush water.

The subscript in the term “GREEN3” describes the number of categories that are eligible for green building points. MSP’s wrap-around plate dehumidifier offers the industry’s highest efficiency and lowest energy consumption, whether it is used for dehumidifying makeup air or recirculated air, and is eligible for USGBC LEED®* credits in at least 3 of the above mentioned categories. * LEED is the nationally accepted benchmark for the design, construction and operation of high performance green buildings.


How It Works

MSP® Patented Dehumidification Technology

STEP 1: Warm, humid incoming air  (T1) flows through the first pass of the plate heat MSP ILLUSTRATIONSexchangers for initial pre-cooling, condensation and dehumidification. This is accomplished by regenerative thermal exchange with the cooler air that is leaving the heat exchanger. (See step 3)

Advantage: 80% Pre-cooling, condensation and dehumidification by regenerative thermal exchange is “free” and involves no additional equipment.  MSP has no moving parts and is driven by either chilled water or refrigeration systems.

Comparison: Traditional Dehumidifiers “require” a refrigeration system and has no precooling and therefore no energy savings.

STEP 2:  Pre-cooled air (T2)  then passes twice over conventional cooling coils for final cooling, condensation and dehumidification.

Advantage: Pre-cooling reduces the energy load on the cooling coil so condensation and dehumidification are achieved at a low rate of energy consumption, using smaller compressors that require as little as one-half the power.

Comparison: Traditional dehumidifier has no precooling and therefore no energy savings.

STEP 3: The cool, condensed and dehumidified air (T3)  is drawn through the opposite side of the heat exchanger where it is heated by transfer with incoming air (see step 1) and advances to the building’s HVAC system.

Advantage: No heating coil—and no energy penalty—needed to heat the dehumidified air before it enters the conditioned environment. Heating, dehumidification and water generation are accomplished with the lowest possible operating cost.

Comparison: Traditional dehumidifier uses hot gas reheating which requires a refrigeration system.  MSP, on the other hand will operate effectively with chilled water or refrigeration.


Why Specify MSP

Specify MSP® Components in Your Air Handling System

MSP Technology’s patented heat exchangers and dehumidifying coils are designed to provide every benefit that you could possibly offer building engineers and owners:

  • Up to 50% lower energy savings
  • Lower capital costs – Fast ROI
  • Low Maintenance
  • Versatile dimensions and airflow configuration
  • Compatibility with existing equipment
  • Compact, packaged units
  • Pre-engineered for high performance, guaranteed

Compared to competing designs, MSP Technology achieves the highest possible capacity per unit of energy consumed with the lowest air pressure drop. The difference is in the multiple small plate (MSP) heat exchanger, not exotic materials or additional machinery.

MSP dehumidifying coils and MSP heat exchangers are compact units, providing versatile configurations to fit virtually any cabinet size and airflow configuration. Components are competitively priced and pre-engineered for high performance, guaranteed.