| Building an Absorption Freezer / Fridge that can operate on multiple power sources with no moving parts is a different ball game. These Multi Power Source Freezers can run on: Gas / Propane / LP Electricity 220volt Electricity 110volt Electricity 12volt (dc) - Optional Conversion - Paraffin / Kerosene Natural Gas |
HOW IT WORKS
Our absorptive refrigeration uses a source of heat to provide the energy needed to drive
the cooling process.
A familiar example is human sweating. The water in sweat evaporates and is "absorbed"
into air, carrying away heat from the body. However, absorptive refrigerators differ in that
they regenerate their coolants in a closed cycle, while people need to keep replacing their
lost water (evaporated sweat) through drinking.
The classic gas absorption refrigerator sends liquid ammonia into a hydrogen gas. The
liquid ammonia evaporates in the presence of hydrogen gas, providing the cooling. The
now-gaseous ammonia is sent into a container holding water, which absorbs the ammonia.
The water-ammonia solution is then directed past a boiler, which boils ammonia gas out of
the water-ammonia solution. The ammonia gas is then condensed with a heat exchanger
into a liquid. The liquid ammonia is then sent back through the hydrogen gas, completing
the cycle.
Our absorptive refrigeration uses a source of heat to provide the energy needed to drive
the cooling process.
A familiar example is human sweating. The water in sweat evaporates and is "absorbed"
into air, carrying away heat from the body. However, absorptive refrigerators differ in that
they regenerate their coolants in a closed cycle, while people need to keep replacing their
lost water (evaporated sweat) through drinking.
The classic gas absorption refrigerator sends liquid ammonia into a hydrogen gas. The
liquid ammonia evaporates in the presence of hydrogen gas, providing the cooling. The
now-gaseous ammonia is sent into a container holding water, which absorbs the ammonia.
The water-ammonia solution is then directed past a boiler, which boils ammonia gas out of
the water-ammonia solution. The ammonia gas is then condensed with a heat exchanger
into a liquid. The liquid ammonia is then sent back through the hydrogen gas, completing
the cycle.
| THAT’S WHY IT’S SO VERY IMPORTANT TO KEEP YOUR FREEZER / FRIDGE LEVEL |
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