In our efforts to build a new
energy economy based upon
renewable technologies we
must not forget that WATER
is our most precious
resource and intrinsically
linked to energy
.
energy economy based upon
renewable technologies we
must not forget that WATER
is our most precious
resource and intrinsically
linked to energy
.
In his book ..........................
The Dream of the Earth,
Thomas Berry profoundly
writes:
"Any progress of the human at
the expense of the larger life
community must ultimately
lead to a diminishment of
human life itself."
Perhaps we can change......
The Dream of the Earth,
Thomas Berry profoundly
writes:
"Any progress of the human at
the expense of the larger life
community must ultimately
lead to a diminishment of
human life itself."
Perhaps we can change......
Spiralcat harvests water and energy using multiple technolgies
Spiralcat, Inc.
 | |  | |  | |  |
Water, Energy, Fuels,
are interconnected
are interconnected
| Technologies: TFLARE and CPARE |
~ TFLARE: Transportable Field Latrine and Renewable Energy
Applications: sewage, septic, expeditionary latrines
~ CPARE: Contamination Prevention and Renewable Energy
Applications: manure, food wastes, meat processing wastes
high moisture wastes, Animal Production Operations
~ Bioaerosol mitigation and carbon sequestration
Applications: Sequestration /mitigation of greenhouse gas
emissions ( carbon emissions, oxides of nitrogen, oxides
of sulfur, oxides of chlorine emissions)
Bioaerosols: including dusts, pollens, pathogens
~ Renewable Energy technologies:
Applications: gasification, pyrolysis, converting waste into
energy, other novel energy applications utilizing advanced
composites and systems
~ Separation technologies:
Applications: Nutrient, hormone, antibiotics, metal recovery
utilizing new technologies developed with collaboration
by University of Maryland, Chemical and Biochemical
Engineering Department
Applications: sewage, septic, expeditionary latrines
~ CPARE: Contamination Prevention and Renewable Energy
Applications: manure, food wastes, meat processing wastes
high moisture wastes, Animal Production Operations
~ Bioaerosol mitigation and carbon sequestration
Applications: Sequestration /mitigation of greenhouse gas
emissions ( carbon emissions, oxides of nitrogen, oxides
of sulfur, oxides of chlorine emissions)
Bioaerosols: including dusts, pollens, pathogens
~ Renewable Energy technologies:
Applications: gasification, pyrolysis, converting waste into
energy, other novel energy applications utilizing advanced
composites and systems
~ Separation technologies:
Applications: Nutrient, hormone, antibiotics, metal recovery
utilizing new technologies developed with collaboration
by University of Maryland, Chemical and Biochemical
Engineering Department