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The Latest Technology: Combating Stratification Tony Roper 02 June 2015

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Page 1: Southampton energy partnership

The Latest Technology:

Combating Stratification

Tony Roper02 June 2015

Mobile: 07706 211264Email: [email protected]

Page 2: Southampton energy partnership

What is Stratification?

The Formation Of Different Layers Of Temperature Within Your Building

• Heat From Ground Level Rises, Heating The Ceiling• The Hot Air Gathers Where It Is Not Desired Or Used• Increased Temperature Difference From Inside to Outside (Delta T) Accelerates Heat Loss From Building• The Cool Air Populates The Lower Levels Where Heat Is Most Desired• Poor Heating and Cooling Efficiencies Cost £££’s• More Heat = More CO2 Emissions

Page 3: Southampton energy partnership

Radiators; Possibly the most well known heating system

Good for heating low ceiling buildings such as • domestic • smaller office spaces

Not good for large spaces as output is insufficient

What is Stratification?

Page 4: Southampton energy partnership

The most common form of heating for large spaces.

Vents are angled to provide direction for air movement

Powerful fans push the air in to room

The heat rises when it runs out of velocity

What is Stratification?

Page 5: Southampton energy partnership

An expensive addition to Gas Fired heating to install and run

Vents are angled to provide airflow direction

Provides the heat to more areas within building

Heat again rises when it runs our of velocity

Uses a significant amount of additional energy to drive warm air around ducting

What is Stratification?

Page 6: Southampton energy partnership

What is Destratification?

Temperature Equalisation

• Reaches Thermostat Set Point Quicker• Maximises Heating and Cooling Efficiencies• Maintains a Comfortable Environment • Reduces Delta T – Maximising The Buildings Efficiency• Reduces Energy Consumption• Reduces CO2 Emissions• Saving £££’s

Page 7: Southampton energy partnership

Different Types Of Destratification

Pro’sCon’s Localised destratification Poor circulation creates

hot and cold spots

Inexpensive to purchase High blade speed causes

turbulence ZZZZZ

Blade Fan

Page 8: Southampton energy partnership

Different Types Of Destratification

Pro’sCon’s

Directional veins aid airflow direction Expensive to runCan be linked into BMS Noisy Minimum maintenance

Box Fan

Page 9: Southampton energy partnership

• Award Winning Design • Patented stator vein technology

• Removes turbulence

• No need for additional ducting

• Super energy efficient

• Compliments current HVAC system

• Consistent, tight slow moving column of air

• Virtually silent operation

• High grade controllers

• 12+ Year lifespan

• Rated to IP55

• EBM papst motors

• Supplied any colour*

*Subject to cost

Different Types Of Destratification

Page 10: Southampton energy partnership

• Modern Contemporary Design

• Patented stator vein technology

• Rated To IP55

• EBM Papst Motors

• Powder coated aluminium case

• Supplied any colour*

• Can be made into any shape to suit surroundings

*Subject to cost

Page 11: Southampton energy partnership

• PHI (Photohydroionisation) light cell

• Continuous air purification & odour control

• Kills over 99% airborne bacteria and viruses

• Clean and healthy care environment

• Reduces gases, VOC’s & vapours by over 90%

• Reduces odours

• Reduces mould

• Increases staff productivity

• Reduces sick building syndrome

• Established proven technology

Page 13: Southampton energy partnership

Questions?