| Here are many ideas for science fair projects that are | | | | countries. |
| geared toward environmental awareness, renewable | | | | Green Rooftops - Build a green rooftop and |
| energy and sustainable living. | | | | demonstrate the value in food/plant production and |
| Wind Energy Demonstration - Build a wind tower with | | | | energy savings. |
| small electric motor which generates power to do | | | | Waste Biomass to Energy - Research and conduct a |
| work or charge a battery. Use an external fan or hair | | | | survey of local agricultural or industrial processes that |
| dryer to simulate wind. Supply supporting information | | | | generate unused biomass that could be diverted to |
| from major wind energy manufacturers. | | | | energy production through burning or ethanol |
| Renewables Survey - Conduct a study on the best | | | | production. Contact the waste stream generators and |
| renewable energy sources to use in your area, and | | | | interview to understand their issues and the status of |
| identify the opportunities and challenges to | | | | biomass reuse. |
| implementing such a plan. Interview providers, agencies, | | | | Cellulosic Ethanol - Demonstrate the process and |
| landowners. | | | | effectiveness of various process or substances used |
| Hydrogen Generation - Build a solar powered water | | | | to break down cellulose to fermentables for ethanol |
| hydrolyzer. Use a solar cell to split water into Hydrogen | | | | production. Ferment a control and various experimental |
| and Oxygen. Supporting information would describe | | | | settings and compare the quantity of ethanol |
| the Hydrogen Economy and fuel cell powered devices. | | | | produced. |
| Hydroelectric Power - Build a hydroelectric generator. | | | | Clean Water - Measure the water quality of various |
| Small scale to have falling water turn a turbine which | | | | water sources such as ponds, lakes and streams. |
| generates electricity. Research and document the | | | | Note the quality variations of several samples from the |
| environmental tradeoffs of hydropower. | | | | same source over time and from various locations, |
| Biodiesel - Create biodiesel from discarded fryer oil. | | | | such as upstream and downstream of an industrial |
| Show the reactions and the issues around using | | | | site. |
| biodiesel in conventional diesel vehicles. Research new | | | | Landfill Gas Power - Demonstrate the generation of |
| developments in biodiesel generation. | | | | energy from landfill gases. Build a sealed landfill with |
| Concentrated Solar Power - Create a working model | | | | organic material. Capture and show the methane |
| of a concentrated solar power (CSP) station. Discuss | | | | generated and describe applications of landfill gas used |
| hot fluid flow and storage, load leveling. | | | | to produce electricity. |
| Composting - Perform an analysis of various waste | | | | Animal Waste Power. Demonstrate the generation of |
| streams to understand the potential reduction from | | | | energy from animal waste. Similar to above but a little |
| composting (cafeteria, home, restaurant, etc.). | | | | higher on the "gross" scale! Gather statistics on total |
| Supporting evidence on uses of compost or organic | | | | mass of beef, pork and poultry waste generated in |
| matter in biofuels. | | | | your country in one year and calculate the potential |
| Cheapest / Greenest Batteries - Calculate the life | | | | MWh per year of electricity which could be generated. |
| cycle cost of various types of batteries in typical | | | | Convert to currency. |
| applications. For example, how many alkaline, | | | | Automobile Mileage Studies. Measure the impact of |
| rechargable NiMH or Lithium AA would be required to | | | | various mileage improvement strategies. It helps to |
| operate a digital point-and-shoot for 1 hour per day for | | | | have a vehicle with a reliable instantaneous MPG |
| 1 year. Calculate the extended cost per year and | | | | calculator. Maintain strict controls on ambient |
| measure the landfill and toxic metal contribution in | | | | temperature, warmup, elevation change, wind and |
| addition to the total cost. Will require calculating life of | | | | other nonvariables, and vary tire pressure, acceleration |
| various battery types in various applications. | | | | rate, vehicle speed, total vehicle weight and other |
| Energy Audits - Create and execute an energy audit | | | | factors. Run multiple nonsequential trials for each and |
| in various settings and attempt to measure the impact | | | | show variability within and across variable groups. |
| of various changes. Obtain electric bills or other usage | | | | Make conclusions on effectiveness of each variable. |
| metrics and do before/after data analysis. Focus on | | | | Predict a target MPG from the combination of several |
| specific areas such as compact fluorescent (CF) | | | | factors and then experiment to see how close the |
| lighting or setback thermostats. | | | | actual values came to your predictions. |
| Smart Power Strips - Some devices are sold that will | | | | Electric Vehicle Charging Station. Design a solar |
| measure electricity consumption on specific outlets. | | | | powered electric car recharging station. Using current |
| Consider using them to calculate the effectiveness of | | | | equipment specifications, calculate how large the |
| smart power strips, and calculate the payback period | | | | station would need to be to recharge a current |
| of a strip compared to the annual electricity usage | | | | production electric vehicle. Estimate the cost of |
| avoided. | | | | construction and years of operation to calculate cost |
| Carbon Footprint - Calculate the carbon footprint of | | | | per kWh and compare to conventionally-purchased |
| various people you know. Suggest ways for them to | | | | electricity. |
| lower their footprint. Explain the concept and compare | | | | These are just a few ideas for combining Green with |
| footprints of your users to those in various places | | | | your next Science Fair project. Do Well! |