On the afternoon of October 14th, People's Committee of Hanoi discussed with the Chairman of the New Energy and Industrial Technology Development Organization (NEDO) of Japan and theMinistry of Natural Resources and Environment about preparing for the implementation of the project "Building a system to treat waste of power industry" in an area of 1 ha of Nam Son Waste Disposal Complex, Soc Son district.

A new discovery at Rutgers University looks likely to lead to the creation of efficient and inexpensive solar cells made of plastic. The researchers discovered that excitons - energy-carrying particles generated by packets of -can travel on the order of a thousand times farther in organic semiconductors than previously thought.

It’s known from high school that aluminum can split water in hydrogen and oxygen, with aluminum hydroxide as byproduct. A team of Purdue University researchers has developed a mechanism that uses this reaction between aluminum, water and a liquid alloy to extract hydrogen directly from seawater and use it in boats and ships.

Getting the real prototype built has been a challenge. Kitegen Research had to abandon the initial plans of building the first prototype near the town of Berzano, not far from Torino, in Italy, after almost a year of trying to persuade the local NIMBY contingent. That has generated almost one year of delay; since everything had to be moved to the new site and a completely new set of permits had to be obtained.

In honor of Blog Action Day on the topic of water, here is a bit of good news about a new low-cost, energy efficient method for purifying drinking water without the use of chlorine. Scientists at Stanford University have developed a new kind of water filter that uses a combination of silver, cotton, and electricity to kill up to 98 percent of E. coli bacteria in contaminated water. The system was recently described in the American Chemical Society journal.

With rapid industrialization, the world has seen the development of a number of items or units, which generate heat. Until now this heat has often been treated as a waste, making people wonder if this enormous heat being generated can be transformed into a source of electric power. Now, with the physicists at the University of Arizona finding new ways to harvest energy through heat, this dream is actually going to become a reality.

The world's largest consumer product maker announced Monday that it has set ambitious long-term targets for cutting the waste it produces and improving its energy efficiency. Procter & Gamble said it eventually will use only renewable energy to power its factories and only recycled or renewable materials to make and package its products.

Eurostar has today announced a planned £700m investment in its rolling stock that will result in the rail operator running some of the greenest trains on the planet from 2014. The company revealed it is to buy 10 new trains and refurbish its existing 28-strong fleet as it looks to further build on its position as a low-carbon alternative to short haul flights.

After renewing the house, Mr Hieu and his wife decide to reuse the decorative since they thought it is still very new. However, being put into use, the chandelier has caused a complicated problem as it consumes a lot of electricity and is very hot. The chandelier has three tiers, with about 26 40W bulbs, so it consumes 1.040W per lighting hour. Then the chandelier has been“retired” once again after a month.

In devising the myriad events, "we just wanted to put it on people's radar to think about things" when it comes to conserving, said Stephanie Ciccarello, the town's energy conservation coordinator. "There's always more that people can do."

In the middle of November 2010, Vietnam Chamber of Commerce and Industry (VCCI), in collaboration with the Ministry of Planning and Investment and the Ministry of Industry and Trade, will host the Business forum for sustainable development with the theme: "Promoting and strengthening the participation of related parties in the process of implementing sustainable development. "

Thị trường phong điện Trung Quốc đang chiếm ưu thế hơn Mỹ nhờ khung chính sách hỗ trợ rõ ràng, Steve Sawyer, Tổng thư ký Ủy ban năng lượng gió toàn cầu (Global Wind Energy Council - GWEC) cho biết.Theo bản báo cáo mới nhất của GWEC, năm 2009, Trung Quốc xếp thứ hai trong việc phát triển nguồn phong điện và là nhà khách hàng mua công nghệ gió lớn nhất thế giới.

Ông Steven Chu, Thư kí Năng lượng Mỹ đã công bố dự án xây dựng chuẩn tiết kiệm năng lượng mới cho tủ lạnh và tủ đá. Theo dự tính, chuẩn này có khả năng tiết kiệm được 18,6 tỉ đô la trong vòng 30 năm. Đây là một phương pháp được ưu tiên hàng đầu, giúp các hộ gia đình và doanh nghiệp Mỹ tiết kiệm chi phí và năng lượng.

The management of the exploration and exploitation of natural resources should be strengthened to preserve valuable assets for younger generations, according to attendants of a conference in Ha Noi last week. This idea was put forth by experts from several sectors to discuss the draft of the amended law on mineral resources exploitation.

West Virginia has recently discovered, though a project funded by Google, that it is lying on top of a major resource: geothermal power. The finding is even more significant taking in consideration the state’s high dependence on fossil fuels.

U.S. Energy Secretary Steven Chu announced the release of a new proposed energy efficiency standard for residential refrigerators, refrigerator-freezers, and freezers. The standard, as proposed, could save consumers as much as $18.6 billion over thirty years. The Obama Administration has made efficiency standards a major priority as a way to save energy and money for American families and businesses.

The U.S. Department of the Interior (DOI) approved on October 5 the first large-scale solar energy plants ever to be built on U.S. public lands. The approval of two developments in California grants the U.S.-based companies behind the projects access to almost 6,800 acres of public lands for 30 years to build and operate solar plants. The approved plants could produce up to 754 megawatts (MW) of renewable energy, or enough to power 226,000–566,000 typical U.S. homes. The projects will generate almost 1,000 new jobs.

It seems that we are finding a new use for solar power everyday. Whether its grid-tie applications, lighting, or backup power, solar is rapidly becoming our green energy alternative of choice. Solar is rapidly evolving as the technology and applications for it are changing daily. In this light, here are 3 great contests that are stretching the limits of what solar can be used for and may just change the way we use energy in our everyday lives.

Researchers from the University of Illinois have developed a proprietary corn-based composite board that can be used instead of particle board, plywood of fiberboard. Called CornBoard, the invention is not one of those still-in-development laboratory hothouse flowers.

The cells that power the bicycle use sodium silicide, a powder similar to sand. In combination with water, the substance “instantly creates hydrogen gas”, that is further on used to generate energy. Moreover, excess electricity is stored in batteries that are safe and fully recyclable.