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User sustainable empowerment
1. User:Sustainable empowerment
Azolla Gold MIne is all about a sustainable empower-
ment working masterplan that can uplift the livelihood
of it’s end~users in a positive and simple manner.
1
2. 2
more especially widows are advocated to join the band-
wagon towards improving their earning power and
spiritual nurturing in lieu of short term expeditious
ventures that end up marooning one in financial limbo.
Endophytic micro-organisms are and have proved capa-
ble of incremental income generation once undertaken
in an enterprenewal level or trial.
[[
The advantages of Azolla that makes it a high-potential
crop:
1. Azolla lives in symbiosis with a nitrogen-fixing bacte-
ria, Anabaena Azollae, which fixes nitrogen from the air.
This is beneficial in two ways.
Because of this symbiosis, Azolla does not depend on ni-
trogen fertilization, which makes it a cost-efficient crop.
Less fertilizer use greatly reduces the environmental im-
print of Azolla agriculture compared to other crops.
2. Azolla is an aquatic fern. As such, it can be grown in
a closed system. This has several advantages.
A closed cropping system means no nutrients are leaked,
and are therefore used efficiently. Azolla agriculture has
no competition to conventional arable crops because the
closed systems can be placed on marginal lands Closed
systems can be built in industrial regions where waste
streams from the industry can be used most efficiently
3. Azolla is a fern, therefore its genetic optimal growth
condition is under limited light intensities. No extra arti-
ficial light is needed for optimal growth
4. Azolla is ubiquitous. It can be grown from high to low
latitudes.
5. Azolla produces a very special kind of biomass.
Protein production yields from Azolla (10-20
tons/acre/year) largely exceeds that of soy bean. It
produces a high amount of long-chain functionalized
lipids, including the Azolla specific omega20-diols
Azolla makes a special mixture of polyphenols, caffeic
acid and many platform chemicals for the chemical
industry
Azolla biomass conversion: cradle to cradle
Upscaling
Now is the time to explore cost, efficiency and optimal
setup for large-scale Azolla biomass production. The sub-
sequent conversion of this biomass must be arranged so
that a cascade of products arise, from proteins via high-
value lipids and polyphenol extraction to biochar.
]]
3. 3
1 Text and image sources, contributors, and licenses
1.1 Text
• User:Sustainable empowerment Source: https://commons.wikimedia.org/wiki/User%3ASustainable_empowerment?oldid=235258172
Contributors: Sustainable empowerment
1.2 Images
• File:Women_and_Religion_Edit-a-thon_4.jpg Source: https://upload.wikimedia.org/wikipedia/commons/4/4c/Women_and_
Religion_Edit-a-thon_4.jpg License: CC BY-SA 4.0 Contributors: The University of Edinburgh School of Divinity Original artist:
Alexander Chow
1.3 Content license
• Creative Commons Attribution-Share Alike 3.0
![2
more especially widows are advocated to join the band-
wagon towards improving their earning power and
spiritual nurturing in lieu of short term expeditious
ventures that end up marooning one in financial limbo.
Endophytic micro-organisms are and have proved capa-
ble of incremental income generation once undertaken
in an enterprenewal level or trial.
[[
The advantages of Azolla that makes it a high-potential
crop:
1. Azolla lives in symbiosis with a nitrogen-fixing bacte-
ria, Anabaena Azollae, which fixes nitrogen from the air.
This is beneficial in two ways.
Because of this symbiosis, Azolla does not depend on ni-
trogen fertilization, which makes it a cost-efficient crop.
Less fertilizer use greatly reduces the environmental im-
print of Azolla agriculture compared to other crops.
2. Azolla is an aquatic fern. As such, it can be grown in
a closed system. This has several advantages.
A closed cropping system means no nutrients are leaked,
and are therefore used efficiently. Azolla agriculture has
no competition to conventional arable crops because the
closed systems can be placed on marginal lands Closed
systems can be built in industrial regions where waste
streams from the industry can be used most efficiently
3. Azolla is a fern, therefore its genetic optimal growth
condition is under limited light intensities. No extra arti-
ficial light is needed for optimal growth
4. Azolla is ubiquitous. It can be grown from high to low
latitudes.
5. Azolla produces a very special kind of biomass.
Protein production yields from Azolla (10-20
tons/acre/year) largely exceeds that of soy bean. It
produces a high amount of long-chain functionalized
lipids, including the Azolla specific omega20-diols
Azolla makes a special mixture of polyphenols, caffeic
acid and many platform chemicals for the chemical
industry
Azolla biomass conversion: cradle to cradle
Upscaling
Now is the time to explore cost, efficiency and optimal
setup for large-scale Azolla biomass production. The sub-
sequent conversion of this biomass must be arranged so
that a cascade of products arise, from proteins via high-
value lipids and polyphenol extraction to biochar.
]]](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)