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Sulphur: A Key Ingredient to Photosynthesis
and All other Green Things We Admire |
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Photosynthesis type 1 and 2 are rotated
to produce Hydrogen from algae.
Algae is possibly the only cost-effective, sustainable
and viable bio fuel.
The production of the algae only requires light, water,
and air. In addition to bio fuel, oil derived from the
algae can also be used in foods, feed stocks, pharmaceutical
supplies, and beauty products. |
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The algae production system has several advantages
over traditional bio fuel and biomass crops and production:
- the process burns no fossil fuel
- exponentially less acreage is used in production
than traditional bio fuel crops like soy, palm oil and corn
- doesn't require arable land or compete with food
crop growth
- requires limited supplies of water (closed loop
system)
- high yield
- much lower cost than traditionally biomass crops
- no pollution from fertilizers or pesticides
Production of algae also aids in reducing greenhouse gases
produced by other companies. When the algae is produced near
certain power plants, manufacturers, and refineries, the algae
will absorb the CO2 emitted by those facilities.
Algae is possibly the only cost-effective,
sustainable and viable bio fuel |
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Algae oil production video removed
due to lack of supporting evidence proving viability.
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Some facts not to be
dismissed in the fog of skeptics fueled by
scam merchants and quite likely funded by
the traditional oil industry.
Total estimated carbon credit trading in 2008
was about 72 billion dollars, and is expected
to reach 32 Trillion dollars by 2020. The
byproduct left over after extracting the oil
can be used in cattle feed, vitamins, pigments,
cosmetics, etc. Algae can also be used to
clean up waste water. The business sector
has been cultivating algae for many years
in huge quantities for the production of algae
based vitamin supplements. If an algae culture
medium is deprived of sulphur it will switch
from the production of oxygen (normal photosynthesis),
to the production of hydrogen. If algae biodiesel
farms can also produce valuable hydrogen,
the economics of the algae farms would soon
become even more viable. |
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Change in carbon dioxide concentrations since the start
of the Industrial Revolution 200 years ago is unprecedented
in the millions of years of known geological history. Sulphur
light is probably the best for the micro-algae based
(phytoplankton) process to continuously harvest bio-mass from
Photo-Bio Reactors to further produce: Electricity (Direct
Alcohol Fuel Cell) Fuel (M/Ethanol & Bio diesel) Coal
(Hydrothermal Carbonization) Animal Feed (Protein Residue)
…. And all in a carbon dioxide neutral way!
Like Many plants, algae convert CO2(carbon dioxide) to organic
material in photosynthetic reactions. Electrons from this
reduction reaction
ultimately come from water, which is converted to oxygen and
protons. The energy for this process is provided by sun-light,
which is absorbed by pigments (primarily chlorophyll's and
carotenoids). Fresh and salt water species of phytoplankton
can be cultivated. |
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Under optimal conditions the biomass
of algae may increase four fold within 24 hours and
therefore a much higher yield compared to crop based
bio-mass production can be achieved. |
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The process is linearly scaleable. Highly
efficient algae resistant surface technology fabrication techniques
virtually eliminate maintenance requirements.
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not so far into the future! |
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| Let's allow ourselves a little speculation now
with some predictive images of fuel and food harvesting in the
future. Powered by the Sun during the day and powered by Plasma
International Lighting Systems (PILS) during the night. |
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| Fields in the Desert and Towers in
the City. Converting CO2 into carbon based matter and Oxygen. |
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Sulphur
Plasma - Application |
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Continuous
Full Spectrum Light (CFSL)
Circadian Rhythms -Natures
Time Keeper |
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Light
Pipe
Large and small light
pipes and light distribution tubes that can be illuminated
by Sulphur. |
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Horticulture
Growth Under Metal Halide
and Microwave Powered Sulphur Lamps |
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Aquaculture
Reversing the spread
of hunger is one of humanity’s paramount challenges.
It will mean overcoming the fatalistic belief that chronic,
persistent hunger is inevitable. |
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Photography
& Projection
Excellent colour rendering,
high lumen levels and continuous operation with no degradation
in quality. |
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Commercial
Demonstration and Assessment
of a Sulphur Lamp Retrofit Lighting System at Hill Air
Force Base, Utah |
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Gallery
Sulphur Plasma Lighting
Installations
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Horticulture
Sulphur Fertilizer
Application in Crop Production
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