Build a Solar-Tracking Robot
[E]
Microbial fuel cells: food waste as a sugar source
[P]
Increasing the Useful Lifetime of Solar Panels
[E]
It is possible that by using natural nitrogen depletion a significant increase in algae�s lipid per cell content will result in order to lower the cost of creating biofuel from algae.
[P]
[P]
Build and demonstrate a homemade fuel cell.
[E]
[E]
[E]
Demonstrae The Energy Stored Inside A Peanut
[E]
What temperature, humidity level and wind speed are the best for drying clothes?
[P]
[P]
Determine if all kinds of food waste produce the same amount of methane.
[P]
[P]
Determine if the energy in a biofuel is equivalent to the energy in the same amount of nonrenewable fuel.
[E]
Find out whether micro-algae can produce bio-oil which can be turned into bio-diesel.
[P]
[P]
Blade Variable (number of blades, length, size and area of the blades, degree of pitch) Effects on Windmill Efficiency?
[E]
[P]
[P]
[P]
[P]
Construct and explain the operation of a solar cooker.
[E]
From trash to gas: Compare the amount of biogas that is produced from different types of biomass.
[E]
Sushi Power: Making Solar Cells from Seaweed and Squid Ink
[E]
Which method of creating cellulosic ethanol through mature lignocellulosic material would be the most effective and feasible in terms of timeline, cost, and procedure?
[P]
[P]
Which will give more heat energy: green or dry wood?
[E]
Learn How to Disinfect Contaminated Water With the Sun
[E]
Investigate how adding urine to a microbial fuel cell changes its power output.
[E]
Water turbine gear ratio that delivers the optimum efficiency
[P]
