International Law For Alternative Energy Fund

The willingness of parties to extend a coherent system of international laws can either keep conflict at bay. That was the purpose behind the United Nations and the existing system of maritime and even space law. The rule of international law is supported by military forces that usually occupy until compliance is reached in armed conflicts. International law will surely be tested in times of resource shortage. The atmosphere, like the polar regions, are governed by an international coalition.

One example is the poles which are currently designated for scientific research. Some areas that are now being exposed for the first time may contain valuable oil and minerals. Enough so that Russia has already laid claim to formerly uncontested areas of the Arctic.

International Cooperation For Alternative Energy Fund

The Montreal and Kyoto agreements were watershed developments in the governments of the world even trying to agree to do something about climate change. Pollutants and a few toxic chemicals have been successfully phased out of use worldwide, as in the case of DDT and Freon gas.

International agreements to change the behaviors and consumption across entire world populations would take a great deal of time. Changes that will stave off climate change and other man-made causes of calamity in the 21st century will have to be dealt with immediately instead of waiting until the problems can no longer be denied. The drafting of international agreements must occur faster.

Institutional Arrangements For Alternative Energy Fund

The agreements that are made (sometimes informally) and non-bindingly made between non-governmental organizations (NGOs) and other prominent institutions can create the synergistic partnerships that result in good research, decision-making and demonstration projects.

Universities are good examples of this. For instance, many future NASA projects that could result in the first steps towards fusion power and advances in electromagnetic field strength have been the result of partnerships between the space agency and Universities all over North America.

Research into problems with space flight results in enough innovation that there’s an entire yearbook of discoveries put out by NASA that include better solar panels, insight into small-scale nuclear power and clues from other worlds as to how ours works and has worked in the past.

Renewable Energy Company Base

Australia has a renewable energy industry base that predominantly delivers hydroelectricity into the national market. Australian government promotes the renewable energy source of hydrogen throughout Australia. The government aims to educate younger generation about the coming of hydrogen economy and promote this innovative use of renewable fuels in a way that is relevant to local environment.

This strong industry base provided the springboard for the delivery of new projects (including efficiency gains and refurbishment to existing infrastructure). The availability of biomass also enabled a range of generation projects to be developed at relatively small scales, which became viable with the incentives provided by the government.

Limitations On Renewable Energy Companies

Australia has a relatively small population and the development of other renewable energy technologies can only be commercialized at low quantity. This has become a barrier to market entry as the prices of new technology would not be competitive with existing technologies. Despite these limitations, there have been some renewable energy manufacturing successes, especially in the area of solar development and manufacturing plants.

Australia has one of the world’s best natural conditions for renewable energy production. Over the years Australia has nurtured some of the strongest intellectual capital in the field of renewable energy. However, the renewable energy industry has yet to turn good ideas into successful businesses. The opportunity remains to create the right policy and business context to support competitiveness and growth for the renewable energy companies.

Funds And Ventures On Renewable Energy Companies

Renewable energy companies need the establishment of a technology-neutral policy playing field to facilitate even competition between new renewable energy and fossil fuels. There is also strong need of increased private and public sector financial support for the commercialization and deployment of Australian renewable energy companies. Enhanced linkages between innovation and commercialization have to be established, with clear paths from invention to funding to commercialization.

Wave Power Revolution For Coastal Area

Most coastal areas have wind and surf in abundance. While wind power is well established, wave power actually has the potential to be one of the most profitable types of renewable energy generation.

There are two major types of wave power generator. The first and older type is like a bouy that bobs up and down in the water along a shaft. This type of wave power generator is generally sturdy, with the ability to catch only a fraction of the total power of each wave.

The newer type of wave power generator is named after a water snake because it’s actually several segments that move back and forth in the waves. This type of wave power generator performs extremely well, with the scability into large wave farms.

Funding On Renewable Ocean Energy

When wave and tidal power technologies reach commercial scale, they are expected to be able to provide thousands of megawatts of power to coastal communities dramatically green the energy portfolios and create thousands of new jobs.

Most recently an explosion of funding on research and development of wave power technologies has occurred. First commercial units are scheduled for year 2009 in Portugal and United States.

These researches confirm that wave power is a promising resource at about 10 miles off ocean beach. Technologies and environmental studies also prove it possible to ensure minimal impact on marine animals, fishing, shipping and recreational uses. Wave technology is advancing rapidly, promising great potential of clean and green energy.

Low Cost Renewable Energy

Technologies and concepts geothermal energy are not new. Geothermal energy uses proven binary power plants and proven drilling techniques used everyday in the mining industry. This allows geothermal energy to be made available on large scale at very short time. As one of the renewable energy, geothermal energy is cheaper than wind with lowest infrastructure costs. A scaled up plant is estimated to produce power at a cost as low as $40 per megawatt. With zero carbon emission, geothermal renewable energy source is the fiercest rival to conventional fossil fuels.

Traditionally the most dangerous part of a geothermal energy project is the installation of underground heat exchanger. Advancement in mining technology has allowed the installation of underground heat exchanger with minimum risk. Engineers are now able to install huge heat exchanger with maximum safety.

Creative Approach To Exploring Geothermal Energy

Instead of focusing on obtaining the highest temperatures, some companies are aiming to find hot dry rock at a depth less than 3.5 kilometers. Finding hot dry rock close to established infrastructure will save the cost substantially as compared to deep drilling to run transmission lines.

While many of the cavities start out with superheated water under pressure that is then replenished with groundwater, another option is to add water. Instead of diverting valuable water to simply be turned into steam, one creative way is to use the otherwise unusable sewage water. As soon as the sewerage water comes into contact with the super heated rocks, any bacteria that might be lingering around are instantly roasted. This highly sustainable practice allows the shaft cavities to be filled up with water again while getting rid of effluent.

Micro-Turbines For Homes

Micro-turbines have been around for decades for use on sailboats. They have gained increasing prominence in 1990s as their broader potential on land has become more widely known. A 300-watt micro-turbine was launched in 1995 by Southwest Windpower for home use. The debut of micro wind turbines brings the technology within reach of almost everyone. Since then the use of wind power is exploding, with growth rate of over 60% per year. Consumers all over the world are making their switch when they realized wind power is an excellent and cost-effective alternative.

Micro-Turbines As Supplementry Renewable Energy

Micro-turbines are so small that they can be purchased for less than $1000 and carried hands. They are quiet, efficient and reliable. An array of micro turbines can generate plenty of power for home use. Micro-turbines can be unobtrusively mounted in arrays that can supply a surprising amount of power. They also have the advantage of continuing to work in very light wind situations.

The increasing popularity of micro wind turbines has opened up new applications previously considered off-limits to wind energy, such as charging electric fences and powering remote telephone call boxes, once the sole domain of solar cells.

Integrating Wind And Solar Energy

With careful planning and site preparation, many home owners are able to install integrated solar and wind system. Micro-turbines, when coupled with readily available photovoltaic panels (solar cells), have revolutionized living in remote homes off-the-utility grid. By complimenting solar power with wind power, it is possible to produce cost-effective and reliable energy for home use. In many cases, there is even excess energy available for sales to the utility company.

Worldwide Escalating Demand For Energy

Discoveries of oil well worldwide certainly have not kept pace with the escalating demand. Alternative energies such as solar and bio-fuels are into their full speed of development and deployment.

There are two general types of bio-fuels: those that are grown from virgin crops and those that are recycled from used oils. Recycled bio-diesel was the preferred choice in the very early days of bio-diesel, when it was rarely seen outside of college town. Nearly all fuels were collected from fast food restaurants that were more than willing to get rid of used fry oil. Through a very simple chemical process, these fry oil can be converted into useful fuel.

Recycling Used Oils Is No Longer The Mainstream

However, now that everyone is seeing the true value of these used oils, many places will actually hold on to it and sell it to an oil dealer for a small profit. You still can pull up to restaurants and ask if they’re got any extra fry oil to get rid of. Even when you do manage to get the fry oil free of chunky bits and ready to burn, you will still run the risk of being queried by the road tax department on the levy on all petroleum fuels.

For this reason, the main research and application area on bio-fuels now is on virgin oils, though some used oil is mixed in at most facilities.

Possible GMO Contamination

One of the greatest threats from GMO crops is not often addressed: what happens when GMOs escape the confinement of their fields. Maize, for instance, is a wind-pollinated crop that is capable of spreading pollen 50 miles a day in a stiff wind. With plenty of stiff winds in the likely future, this threat to the centers of crop bio-diversity that traditional plant breeders rely upon is lost to GMO contamination.

More Impact Analysis Is Required

In the case of commodity crops, the use of GMOs does result in the use of fewer pesticide applications in a conventional system. What that statement fails to take into account is the use of energy intensive inputs that is required to grow crops in that same conventional system.

One might suspect that before the government of the US threw its weight behind mandatory ethanol blend and other compulsory acts of participation in such a grand scheme to divert crops away from the human food chain someone would have checked.