Heating and Cooling systems can be a major contributor to a homes energy costs and associated greenhouse gas emissions. For some homes, just keeping the place comfortable can mean leaving the heater or air conditioner on for the majority of the day - using a lot of energy in the process! Save energy and reduce your greenhouse gas emissions by: (more…)

One of the main benefits from future use of biofuels would be the reduction of greenhouse gases compared to the use of fossil fuels. Carbon dioxide, a greenhouse gas that contributes to global warming, is released into the air from combustion. Twenty-four percent of worldwide energy-related carbon emissions in 1997 were from the United States. Carbon and due to rising energy consumption, are expected to increase 1.3 percent per year through 2015. (more…)

The first step in categorizing potential benefits and costs is determining the relevant scope of the analysis. We have concluded that, at this level of analysis, it is appropriate to limit the scope to the benefits and costs associated with the types of electricity generation that offshore wind, waves, and ocean currents might be displacing. Therefore, we consider externalities associated with offshore alternative energy plus those associated with coal, natural gas, oil, nuclear, and conventional hydroelectric power. (more…)

Clean Development Mechanism or CDM in short, is an extension of Kyoto Protocol mechanism which objective is for encouraging transfer of technology from industrialized countries to developing countries. At first it is only in technology perspective, then it extend to transfer investments as well. It is expected that developed countries would invest projects to reduce gas emissions in developing countries. As a return, they get credits in Certified Emission Reductions —CER credits— which inline with emission restriction target and compliance with Kyoto Protocol standard to limit gas emission. (more…)

Renewable energy sources cannot run out and causes so little damage to the environment that its use does not need to be restricted. No energy system based on mineral resources is renewable because, one day, the mineral deposits will be used up. This is true for fossil fuels and uranium. The debate about when a particular mineral resource will run out is irrelevant in this context. Renewable energy sources are replenished continuously.

Renewable energy sources—solar, wind, biomass (under specific conditions), and tides—are based directly or indirectly on solar energy. Hydroelectric power is not necessarily a renewable energy source because large-scale projects can cause ecological damage and irreversible consequences. Geothermal energy heat is renewable but must be used cautiously to guard against irreversible ecological effects. (more…)