Showing posts with label innovations. Show all posts
Showing posts with label innovations. Show all posts

Video: Solar Roadways

Video: Solar Roadways



This video contains an update on the Solar Roadways project which is working to pave roads with solar panels that you can drive on. The company won the GE Ecomagination Challenge, a prestigious award that comes with a $50,000 prize. In December, The Green Market named Solar Roadways as the top automotive eco-innovation of 2010. In this video, the company's co-founder Scott Brusaw walks us through some major advances. The video also contains an exclusive first ever video of the Solar Roadway prototype For more information visit Solar Roadways.

© 2011, Richard Matthews. All rights reserved.

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Odd Yet Effective Green Inventions

Here are nine strange yet useful inventions that are geared towards energy generation, efficiency or diminishing environmental impacts. 

An energy generating soccer ball: Known as the sOccket, this invention is a fully functional soccer ball that uses the kinetic energy generated during a soccer game to build up a charge in its built-in battery. This battery can then by used to power small devices like cell phones.

A bio robot fridge: This new Electrolux concept makes use of “bio robots” suspended in gel to cool food and drink in a unique, door-less fridge system. Four times smaller than a conventional refrigerator, the Bio Robot cools biopolymer gel through luminescence. The non sticky, odourless gel morphs around products to create a separate pod that suspends items. The fridge operates without a motor and comes in different sizes that can be hung vertically, horizontally, and even on the ceiling.

A method of harnessing wind vibration: This small scale wind energy charger harvests the vibration of the wind to power smart building sensors. A company called Humdinger Wind Energy LLC, has invented a device called the microBelt. It is a piezoelectric turbine-based system that is 10 times more effective at gathering energy than other systems of the same size. The system uses aeroelastic flutter and vibration of a membrane rather than a spinning turbine. It is intended to replace the batteries used in wireless sensor networks (WSN). It has a long life span of 20 years and is ideal for HVAC units.

A solar powered DIY washing machine: This project was developed by students at the École Supérieure d’Art d’Aix-en-Provence in France. They built a solar-powered washing machine using only materials available in the Saharan desert. What makes this project so interesting is the fact that it has been developed from readily available materials for the 2 billion people in the world who do not have access to some of the basic amenities including clean water and electricity.

Using human remains as fertilizer: This technique transforms human corpes into 200 gallons of liquid that can be used as fertilizer. With approximately 150000 people dying each day (62 million people dying each year), human remains are a significant source of toxic chemicals. A company called Resomation Ltd., has developed a process of disposing of human corpses that uses alkaline hydrolysis, however, unlike cremation and traditional burial, alkaline hydrolysis doesn’t lead to toxic chemicals like dioxin and formaldehyde being released into the atmosphere or water supply. It also uses 80 percent less energy than standard cremation.

An Eco-friendly coffin: This coffin lowers the environmental impact of your burial. Created by Ecoffins, these coffins use natural products like bamboo, willow branches, banana leaves and pine planks. They are designed to decompose fairly quickly and are not made with any products that could damage the surrounding soil.

An electric YikeBike ‘mini-farthing,’: This electric vehicle is a cross between an e-bike and a Segway. The YikeBike mini-farthing is the smallest, and at 10kg, the lightest electric folding bike in the world, enabling people to take it on buses, trains, and cars and store it easily under a desk or in a cupboard.

The ONDA Urinal Hand Washing Station: This invention uses uses only half the water needed for conventional urinals. With the growing scarcity of water and millions of urinals in the world, this system could make big difference. When the urinal is flushed, water first passes through a space for hand washing, then the same water is flushed to the urinal portion of the system and is disposed of as waste water.

The waterless urinal: This novel system uses gravity to deliver urine into the waste water system. With water shortages on the increase these urinals are an important way of conserving potable water. Distributors say the break-even point for most facilities who install waterless urinals is achieved within the first 12 to 24 months.

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10 Best Eco-Inventions of 2010

Green inventions are being driven by market demand for products that enhance efficiency and reduce pollution. As the world recovers from a devastating recession, these inventions are helping to power the growth of national economies. In the UK, an expedited patent process has been introduced to fast track green inventions. Around the world people are innovating sustainable processes and creating green inventions. Here is a summary of some of the best green inventions of 2010.

1. Carbon Absorbent Foam is the winner of the 2010 Earth Awards. This foam can grab carbon out of the air and lock it away as a sugar. It is ideally suited to be placed in smokestacks to remove carbon before it is emitted into the atmosphere.

2. eCoupled Wireless Tesla Charger is a new system capable of charging Tesla's electric vehicles without wires or plugs. This system will recharge Tesla's electric vehicles via an induction pad at distances up to 4".

3. nPower PEG is a kinetic energy charger. It is the world's first handheld charger that captures and stores an individual's kinetic energy. This tiny power charger capture kinetic energy from daily activities and transforms it into electricity that can power mobile gadgets.

4. Solar Charger that Runs Devices Directly. Developed by Suntactics, this new portable solar charger is powerful enough to charge your phone and other mobile gadets using nothing but solar energy.

5. IDAPT Universal Gadget Charger is made from recycled materials and is able to power almost all wireless devices.

6. Solar Power Parking Meters: In LA, new solar-powered, wireless-connected, single-space parking meters take coins or cards.

7. Biodegradable Motor Oil Although it was developed a few years ago by Green Earth Technologies, in 2010 they began running their first TV ads. The biodegradable motor oil is made out of a mixture of beef tallow and plant ingredients.

8. Polli Bricks – a low-carbon form of cladding made from recycled plastic bottles that can be wrapped around buildings to insulate them. They come studded with solar-power LED lights and cost around ten times less than conventional cladding.

9. The Sustainable Shell, a biodegradable home that can be built from the soil on which it sits. These design principles can help anyone build a strong, sustainable shelter.

10. A Malaysian designer has created a range of "KAYU" sunglasses which are hand-crafted from bamboo – a fast-growing, biodegradable and low-carbon alternative to plastic. For every pair of sunglasses bought, Lim donates $20 towards surgery that restores sight in the developing world.

Green inventions are growing and it is getting easier to bring green inventions to market. Although there are numerous sites designed to connect VC Investors with great ideas, a site known as OnGreen is looking to become the world’s largest database specializing in green inventions. This site creates funding opportunities for green inventors.


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Best Green Automotive Innovations of 2010

The electric and hybrid vehicle market has seen tremendous growth in 2010. According to SBI Energy, over 30 percent of the hybrids being offered in the US have 2010 as their first model year. Here are some of the best green automotive innovations of 2010.

Roads that Charge Electric Cars

A system that charges cars as they drive, also solves the problem of range anxiety. Electric cars are much better for the environment than the combustion engine, but toxic, heavy, and expensive batteries are a major weakness.

Some innovative applications of old ideas are being reborn to power twenty first century vehicles. Streetcars used to derive their power from overhead cables, the next generation of electric vehicle may be powered by the road they drive on.

The world's first commercially available wireless induction charging system was launched in London in 2010. The company is planning to electrify parts of England’s M25 motorway by using magnetic induction. Magnetic induction is a principle that was first discovered in the 1800s. The HaloIPT system will charge electric vehicles via Inductive Power Transfer (IPT). Consumers can purchase a 2 piece system including a power source with charging pad and a pickup pad with controller switch. In this system EVs simply need to be parked or driven over a charging pad and the battery begins charging automatically.

Toyota’s Eco-plastic

Toyota’s Eco-plastic is a simple technology that eliminates the need for petroleum in the manufacturing of plastics. Toyota's eco-plastics are made from the oils derived from non-food-grade plants. When compared with a car finished with petroleum-based plastics, the eco-plastic cut CO2 emissions by 20%. The use of plant-derived plastics (without downgrading the quality and durability) has the potential to have a massive environmental impact, both in the near term and in the future. Toyota's eco-plastics can be found in Toyota Prius and Lexus HS 250h.

GM's HFC Replacement

In July, GM announced what is known as an HFO, a climate-friendly refrigerant to replace HFCs, the super greenhouse gas currently used in auto air conditioning. This technological breakthrough represents a major step forward in the war against climate change because it can replace a significant source of climate change causing emissions.

Mass Production of Greener Cars

Mass production is benefiting the growth of electric and hybrid vehicles. In 2010, GM introduced the Chevrolet Volt and Nissan has launched the Leaf. The fact that these cars are being mass produced may enable them to benefit from economies of scale which reduces the cost of production and makes them competitive with combustion engine powered cars.

New Automotive Business Models

New partnerships and new business models are making it possible for greener cars to penetrate the combustion engine dominated automotive marketplace. These new business models are powering new startups and new partnerships that are enhancing the competitive positioning of greener vehicles.


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Opportunity Green Business Conference Networking Event and Awards

The 4th Annual Opportunity Green Business Conference is one of the premiere green events, it provides valuable social networking opportunities for entrepreneurs. The conference linked Fortune 500 companies, exhibitors and entrepreneurs to green industry professionals with the goal of cultivating better, more sustainable business practices.

Opportunity Green (OG) helps hundreds of sustainable companies to present their innovations and programs to the wider business community. OG is a company where design, technology and sustainable business converge.

The Opportunity Green Business Conference is described as a conference to "connect, collaborate and capitalize on the new sustainable economy." The event took place on September 22nd-24th at Los Angeles Center Studios, and featured keynote lectures, innovative exhibitions, as well as competitions to award the most innovative green product and startup business of 2010.

This year's award winners were Life Box and Zimride, both of which were selected by the conference attendees via text and twitter votes.

Life Box is a company that is focused on more sustainable packaging materials, it was the Innovative Product Design award winner.

Zimride, a sustainable rideshare service, won the Innovative Eco Startup Award, it also received more than $26,000 in marketing and business services from BBMG and Office Depot.

Other event highlights included: Gensler Architects’ design experience featuring iOS Lighting; Art Center School of Design Sustainability product exhibit featuring a central Geodesic dome; LACCD’s NEXTREND Transportation Pavilion with prototypes from the X-Prize winners; The three automotive X-Prize winners presented how it is possible for cars to get 100 MPG/MPG-equivalent; Real time crowd sourcing and feedback for 7th Generations scalability dilemma regarding distributing with large scale retailers.

For more information, go to OpportunityGreen.com.


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Global Social Benefit Incubator

On August 26 Santa Clara University is host to the 2010 Global Social Benefit Incubator (GSBI) which is receiving entrepreneurs from around the world. The day will feature business plan presentations that showcase innovative adaptation of technology and models of social change.

The (GSBI) program at Santa Clara University supports sustainable social ventures. It combines classroom instruction in finance, marketing creation, organizational development and business planning. The program also includes case studies, best practices and carefully matched Silicon Valley mentors.

In 2010, the STS Center launched a three-year initiative to focus on “Renewable Energy for the Underserved.” This initiative will explore several segments of the clean energy field including off-grid power and light, energy saving devices , value chain organizations, financial services, second generation bio-fuels and distribution. This year, there are 12 social entrepreneurs that are representing the Renewable Energy Sector in the GSBI class of 2010.

Social entrepreneurship can be of great benefit to the environment, the economy and to all of humanity.

To RSVP for the event go to GSBI's registration page. For further information call the Center for Science, Technology, and Society, Santa Clara University, (408) 551-6027, or email sdale@ scu.edu.
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