Binary fluid ejector desiccation system and method of utilizing the same

A system for thermally drying materials comprising:

• a power source;
• a first thermodynamic cycle comprising indirect-contact heated-air facilitated by a heat pump, and means for vapor compression;
• and
• a second thermodynamic cycle including a gas phase ejector configured to facilitate gas phase ejector refrigeration.

A system for thermally drying materials comprising:

• a power source;
• a first thermodynamic cycle comprising direct-contact heated-air facilitated by a heat pump, and means for vapor compression;
• and
• a second thermodynamic cycle including a gas phase ejector configured to facilitate gas phase ejector vapor recompression.

A system for thermally drying materials comprising:

• a power source;
• a first thermodynamic cycle comprising indirect-contact heated-air facilitated by a heat pump, and means for vapor compression;
• and
• a second thermodynamic cycle including a gas phase ejector configured to facilitate gas phase ejector vapor recompression.

A system for thermally drying materials comprising:

• a power source;
• a first thermodynamic cycle comprising direct-contact heated-air facilitated by a heat pump, and means for vapor compression;
• and
• a second thermodynamic cycle including a binary fluid ejector configured to facilitate binary fluid ejector refrigeration.

A system for thermally drying materials comprising:

• a power source;
• a first thermodynamic cycle comprising indirect-contact heated-air facilitated by a heat pump, and means for vapor compression;
• and
• a second thermodynamic cycle including a binary fluid ejector configured to facilitate binary fluid ejector refrigeration.

A system for thermally drying materials comprising:

• a power source;
• a first thermodynamic cycle comprising direct-contact heated-air facilitated by a heat pump, and means for vapor compression;
• and
• a second thermodynamic cycle including a binary fluid ejector configured to facilitate binary fluid ejector vapor recompression.

A system for thermally drying materials comprising:

• a power source;
• a first thermodynamic cycle comprising indirect-contact heated-air facilitated by a heat pump, and means for vapor compression;
• and
• a second thermodynamic cycle including a binary fluid ejector configured to facilitate binary fluid ejector vapor recompression.

A system for thermally drying materials comprising:

• a power source;
• a thermodynamic cycle including a gas phase ejector configured to facilitate gas phase ejector refrigeration;
• and
• means to capture, re-circulate and reuse a fraction of thermal energy produced by said thermodynamic cycle to facilitate an evaporative drying of subject materials.

A system for thermally drying materials comprising:

• a power source;
• a thermodynamic cycle including a binary fluid ejector configured to facilitate binary fluid ejector refrigeration;
• and
• means to capture, re-circulate and reuse a fraction of thermal energy produced by said thermodynamic cycle to facilitate an evaporative drying of subject materials.

A system for thermally drying materials comprising:

• a power source;
• a thermodynamic cycle including a gas phase ejector configured to facilitate gas phase ejector vapor recompression;
• and
• means to capture, re-circulate and reuse a fraction of thermal energy produced by said thermodynamic cycle to facilitate a vapor recompression evaporative drying of subject materials.

A system for thermally drying materials comprising:

• a power source;
• a thermodynamic cycle including a binary fluid ejector configured to facilitate binary fluid ejector vapor recompression;
• and
• means to capture, re-circulate and reuse a fraction of thermal energy produced by said thermodynamic cycle to facilitate a vapor recompression evaporative drying of subject materials.