Future Analysis
Using our modeling approach we have
determined that our
analysis of algae farming in Lake Mendota has provided evidence that
such a
design is able to be created in Lake Mendota. However
a much more thorough analysis needs to be
completed. Future analysis should focus on
these areas
to ensure a quality design is developed.
Areas of Future Analysis
Computer modeling
of the design.
Computer models
should be developed utilizing finite element theory to analyze the flow
characteristics of the system and how algae blooms and nutrients will
travel
within the system
A new physical model should
be constructed, one that take into account physical conditions of the
lake and
can model algae growth and nutrient levels.
A model that replicates the entire algae farm but on a smaller scale
could be very helpful in determining the overall effect of the algae
farm. Such a model should include the area
of Lake
Mendota not included in the Algae farm. This
would allow data to be collected in regards to the
reduction of
algae. A model of this nature would be
rather expensive but could save a lot of money if the design is proved
to be
ineffective.
Exploration of
predicted production rates of algae and consumption rate of phosphorus
by algae.
Knowledge of these rates would be crucial
for the design of the model above, but in addition the knowing these
rates would
significantly increase the understanding of the production that would
occur
from this system. Therefore allowing the
engineers to predict how much biodiesel could be generated.
A cost/benefit
analysis of the design.
Due to the
massive nature of this project and the number of people who live very
close to
the project, many financial factors will influence the final cost. An extensive analysis should be completed to
determine if such a project can be deemed financially possible The analysis should consider public factors,
construction costs, operating costs, revenue/costs created by algae
reduction
in Lake Mendota, and other factors.
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