In earlier September, in Dong Thap, representatives of the Center for Industrial Promotion & Consultancy Development reported and discussed the results of energy audit for businesses in the province. This is the program following the national energy policy which has been supported by the Ministry of Industry and Trade in some Southern provinces and cities (called ANEP 2).

Nhằm đổi mới công nghệ, tăng cường sử dụng thiết bị hiện đại nâng cao chất lượng hiệu quả, tiết kiệm năng lượng (TKNL) trong sản xuất xi măng, từ ngày 22 đến 23 tháng 9 năm 2010, tại thành phố Hạ Long, tỉnh Quảng Ninh Hội Vật liệu xây dựng Việt Nam phối hợp với Công ty Polysius AG (CHLB Đức) tổ chức Hội thảo với chủ đề “Công nghệ mới, thiết bị hiện đại, hiệu quả và TKNL trong sản xuất xi măng”.

The Vietnam Academy of Sciences and Technology (VAST) said that under the cooperation with the Institute of Applied Chemistry under the Russia Science Center, the Institute of Chemistry of Natural Substances under VAST has produced alcohol with ethanol concentration at 99.98 percent and the total content of organic impurities at less than 16ppm, without using chemical agents.

The Vinh Phuc Province Department of Science and Technology recently worked with the Promoting Energy Conservation in Small and Medium Scale Enterprise Project (PECSME) under the Ministry of Science and Technology to organize a training course on energy conservation in small and mediums-sized enterprises in the areas of textile-garment, food processing, paper and pulp.

The Egyptian wind energy industry is all set to contribute an additional 2,500 MW capacity to the nation. Under progress are field studies towards establishing wind farms by means of the private sector. These wind farms will be ideally located in the Gulf of Suez while slated to become operational by the year 2014.

A new study reported in the journal Applied Physics Letters in August this year (published by the American Institute of Physics), explains how solar energy could potentially be collected by using oxide materials that have the element selenium. A team at the Lawrence Berkeley National Laboratory in Berkeley, California, embedded selenium in zinc oxide, a relatively affordable material that could make more efficient use of the sun’s power.

This technique has an enormous potential. Only in the United States, for instance, the total surface of roads, highways and open parking lots is estimated in over 100,000 square kilometres. The proposal comes from an American company which, using funds granted by the US Federal Highway Administration, is designing resistant photovoltaic panels on which cars can drive, with tiny prisms built into the surface in order for tyres to grip.

The Swiss manufacturer Trunz Water Systems and a California-based reverse osmosis company, Spectra Watermakers have developed a new eco-friendly water purifier designed for use in disaster stricken areas where conventional energy sources are unavailable or too expensive. The new system, called the Solar Container, is capable of generating more than 8,000 gallons of potable water per day and is powered by renewable wind and solar energy.

The University of Cambridge has come up with a low cost organic solar cell that opens up some intriguing new possibilities in solar energy design. Although the Cambridge team is focused on bringing large scale photovoltaic devices to the market, the new technology could also lend itself to a smaller canvas, yielding such products as solar-energy generating umbrellas and canopies. For that matter, even small objects like plastic cups and straws could some day double as mini solar power generators.

Một nghiên cứu phối hợp giữa các nhà khoa học của Viện Công nghệ Massachusetts và ĐH Maryland, Mỹ đã tạo ra một loại pin từ virus có thể dệt vào quần áo để cung cấp năng lượng cho các thiết bị cầm tay một cách tiện lợi.

The nanotube antenna focuses all of the excitons resulted from the collision of photons with the material, towards its center. Asolar cell using this kind of technology would have to have a core of semiconducting material built inside the nanotube antenna

Massive fit-out works both above and below ground will begin in the next six months as landowners move to upgrade their property portfolios. This will add to the already burgeoning construction on at least five big sites in Sydney's central business district.

Ngày 17/9, tại thành phố Đồng Hới (Quảng Bình), Bộ Công thương phối hợp với Ngân hàng Thế giới tổ chức hội nghị giao ban về tình hình triển khai thực hiện dự án Năng lượng nông thôn II (REII) và REII tài trợ bổ sung với các chủ đầu tư dự án tại các tỉnh thuộc khu vực miền Bắc và miền Trung Tây nguyên. Dự án REII và dự án REII tài trợ bổ sung có tổng nguồn vốn hơn 580,1 triệu USD, trong đó vốn vay WB 420 triệu USD.

The legendary competition between the branches of the U.S. armed forces has taken on a sustainable twist. Take portable solar power, for example. The Marines just introduced a portable solar power system this spring, and a few weeks later the Air Force kicked in with a portable solar system of its own.

Philadelphia subway trains are the next to jump on the energy innovation bandwagon, by using the energy they create from braking to help power other trains and possibly even the electric grid.

Almost 800 businesses from 22 countries and territories from around the world will take part in the International Exhibition of Construction, Building Materials, Housing and Interior Décor (Vietbuild) being held in Ho Chi Minh City on September 16-20.

Những hợp chất lạ có trong loài cây bụi Euonymus alatus, còn gọi là "cây bụi phát sáng", có thể tạo ra những bước tiến mới trong nhiên liệu sinh học và các loại dầu thực phẩm ít calorie.

Sản phẩm pin mặt trời giá rẻ của TS Nguyễn Thế Vinh và TS Nguyễn Thanh Lộc (Đại học Bách khoa TP.HCM) có giá chưa đến 300USD/m2, bằng khoảng 1/4 so với hàng nhập khẩu. Loại pin này dùng vật liệu chính là TiO2 được nhúng vào dung dịch tạo màu với hợp chất hữu cơ chứa kim loại có màu xanh.

An MIT team has managed what amounts to artificial photosynthesis, using a modified virus and sunlight to split water into hydrogen and oxygen atoms. The hydrogen can then be stored and used to generate electricity using a fuel cell, or to make liquid fuels for cars and trucks.

On 14 September, Petrovietnam Fertilizer and Chemicals Corporation (PVFCCo) inaugurated the construction project of the system recovering CO2 from the exhaust of Phu My Fertilizer Plant. The project aims to increase annual urea fertilizer output of the plant by about 60,000 tons, while reducing 40,000 tons of CO2 emissions per year to protect the environment.