Artificial Photosynthetic Devices

Several molecular systems have been constructed that mimic various aspects of photosynthesis. Two of these utilize molecular systems that are derived from natural photosynthesis but that incorporate chemically based modifications to produce artificial photosynthetic devices. These devices use artificial photosynthetic pigments to drive chemical reactions across lipid bilayers or use noble metal catalysts to change the function of the photosynthetic process to produce hydrogen and oxygen instead of sugars ethanol and oxygen. Neither of these systems are sufficiently robust to be operated for extended periods of time as energy unit conversion devices, but they have shown that it is possible to produce artificial photosynthetic assemblies that function well in a laboratory setting. (more…)

Hydrogen: The Fuel of the Future

hydrogen fuel
Most production systems try to become first full-scale production begins as small toys and devices of concept. The Horizon hydrogen car is an example.

Many people are aware of the need to reduce carbon dioxide emissions. One of the main culprits, of course, are emissions from automotive. (more…)

The Future of Solar Energy Through Photosynthesis

solar energy photosynthesis
In the mid-1880s, Charles Fritts built the first solar cell formed by selenium coated with a thin layer of gold and with an energy efficiency of 1%. However, it was not until 1954 that Bell Labs discovered accidentally that would be the first commercial solar cell, with silicon as the base. (more…)

Easy Tips For Choosing a Home Solar Energy System

choosing home solar energy system
A home solar energy system can save you a lot of money on your household electric, gas and other bills. The sunshine is not only good for giving you a glowing tan in the summer, you can also enjoy the benefits of solar power in your home.

The resources we have been using for so many years are now running low by resources I am talking about fossil fuels. (more…)