Breathe In, Breathe Out
TechnoGadget — June 20, 2008 — Autos
References: poisson.me.dal & nextbigtrends
Everybody is whining over the prices of gasoline and petroleum. It is fact one of the world's most pressing concerns. Because of that, people are looking for alternatives to be used in powering vehicles.
Aside from electricity and water, air seems to be a potential source of power for automobiles. This was shown by the project developed by mechanical engineering students from Dalhousie University, Canada.
The study was about using compressed O2 to run a go-kart. Based on the test runs that were done, the air powered go-kart performs as good as electric powered go-karts.
The air powered vehicle was able to finish three rounds in the test laps with the speed of 43 km/h by 2 minutes using two tanks containing equal amounts of air.
The mechanical engineering students used a 40-year old snowmobile engine and modified it for the project. They made the compressed air ran through its engine so it can produce power similar to a gas engine. The engine was then attached to a revamped go-kart.
Two scuba tanks were used to contain the compressed air and by means of a standard scuba fitting with a high-flow regulator, the air was released and it went through the tubing leading to a ball valve connected to the foot pedal and throttle.
The project still has a long way to be completely furnished. If it pushes through, it will really be a convenient choice for motorists since AIR is just around us. We don't actually see it but it's there and it comes FREE of charge.
Aside from electricity and water, air seems to be a potential source of power for automobiles. This was shown by the project developed by mechanical engineering students from Dalhousie University, Canada.
The study was about using compressed O2 to run a go-kart. Based on the test runs that were done, the air powered go-kart performs as good as electric powered go-karts.
The air powered vehicle was able to finish three rounds in the test laps with the speed of 43 km/h by 2 minutes using two tanks containing equal amounts of air.
The mechanical engineering students used a 40-year old snowmobile engine and modified it for the project. They made the compressed air ran through its engine so it can produce power similar to a gas engine. The engine was then attached to a revamped go-kart.
Two scuba tanks were used to contain the compressed air and by means of a standard scuba fitting with a high-flow regulator, the air was released and it went through the tubing leading to a ball valve connected to the foot pedal and throttle.
The project still has a long way to be completely furnished. If it pushes through, it will really be a convenient choice for motorists since AIR is just around us. We don't actually see it but it's there and it comes FREE of charge.
Trend Themes
1. Air-powered Vehicles - The use of compressed air as a potential source of power to run vehicles presents an opportunity for disruptive innovation in the automotive industry.
2. Alternative Fuel Sources - The search for alternatives to gasoline and petroleum offers opportunities for disruptive innovation, particularly in the energy sector.
3. Engine Modifications - The modification of existing engines to run on new fuel sources such as compressed air presents an opportunity for disruptive innovation in the automotive industry.
Industry Implications
1. Automotive Industry - The potential of air-powered vehicles and alternative fuel sources presents opportunities for disruptive innovation in the automotive industry.
2. Energy Industry - The search for alternative energy sources presents opportunities for disruptive innovation in the energy industry.
3. Mechanical Engineering - The modification of engines for new fuel sources is an opportunity for disruptive innovation in the mechanical engineering field.
3
Score
Popularity
Activity
Freshness
