Showing posts with label Greener. Show all posts
Showing posts with label Greener. Show all posts

Sunday, October 9, 2016

Event - Green Sports Alliance Summit: College Sports Sustainability Summit

PAC-12 will host the first conference wide College Sports Sustainability Summit. It will take place on June 27th 2017 in Sacramento, California. This event is part of the annual Green Sports Alliance Summit.

The College Sports Sustainability Summit is part of the White House Office of Science and Technology Policy's (OSTP) call to action to tackle climate through sports. This event is supported by member universities that have pledged to take a leadership position in promoting sustainability through sports.

Tuesday, February 9, 2016

Green Sports Alliance: Making Athletics more Sustainable

With 344 members, 300 teams, 172 venues and 20 leagues, in 14 different countries the Green Sports Alliance is a major force in sustainable athletics.  The Green Sports Alliance helps sports leagues to be more sustainable.

Sports are an incredibly powerful activity that garner the attention and interest of billions of people around the world. With this is mind the Green Sports Alliance strives to leverage the cultural and market influence of sports to promote healthy, sustainable communities.

They inspire sports leagues, teams, venues, their partners and millions of fans to embrace renewable energy, healthy food, recycling, water efficiency, species preservation, safer chemicals and other environmentally preferable practices.

Friday, August 10, 2012

Sustainable Transportation Initiatives in Three Cities

As reviewed in an August 7 Press Release Michael Replogle and Colin Hughes of the Institute for Transportation & Development Policy (ITDP) authored the fourth chapter, "Moving Toward Sustainable Transport, in Worldwatch's book State of the World 2012: Moving Toward Sustainable Prosperity, published in April 2012. In their State of the World chapter, Replogle and Hughes highlight three examples of this approach, revealing how it improves transport in urban areas:

Bogota, Colombia

Rapid bus transit in Bogota, Colombia: In 2000, Bogota opened TransMilenio, a BRT system with nine routes extending 54 miles (about 87 kilometers) throughout the city. By 2011, TransMilenio's ridership was up to 1.7 million passengers daily and the fare for a single trip was 1,600 Colombian pesos (about US$0.85).

Followup on Sustainable Transportation Commitments at Rio+20

Many voluntary commitments were made at the June 2012 Rio+20 conference, some of the most notable concerned promises about emissions reduction in transportation. According to an August 7 Press Release from the Worldwatch Institute, transportation emissions are the fastest growing source of global greenhouse gas emissions, with emissions expected to increase 300 percent by 2050. Today, emissions from transportation contribute to approximately 80 percent of the harmful air pollutants that result in 1.3 million premature deaths annually, according to Michael Replogle and Colin Hughes of the Institute for Transportation & Development Policy (ITDP). The two authored the fourth chapter, "Moving Toward Sustainable Transport, in Worldwatch's book State of the World 2012: Moving Toward Sustainable Prosperity, published in April 2012.

Tuesday, May 15, 2012

Top 10 Transporation Software Systems

Transportation software helps companies to be more efficient by saving time, energy and effort. This type of software is part of a winning approach that saves money by ensuring that company vehicles follow the most expedient route. This also reduces the amount of fuel needed and burning less fuel diminishes a company's footprint. Below you will find the top ten transportation software systems:

Saturday, February 4, 2012

Video: Lightening Electric Motorcycle Goes Over 200 mph for 18 Cents



Here is a motorcycle that proves you can have radical efficiency and extraordinary performance. In this video you will see just how fast the Lightening electric motorcyle can go (apparently the previous run was even faster at 218.6 mph). This is the first electric motorcycle to go over 200 mph. The black and orange markers on the sides of the track fly by even though they are 1/4 mile apart.

Tuesday, January 17, 2012

Ten Greenest Trucking Companies in North America

Trucking companies are increasingly responding to the demand for transportation with a smaller footprint. Many companies are looking to be more environmentally responsible throughout their supply chains and in response trucking companies are implementing a wide variety of sustainable practices. With the aim of reducing their emissions, many trucking companies are using their vehicles more efficiently or incorporating vehicles that are less dependent on fossil fuels.

Wednesday, June 8, 2011

New Partnerships Manufacturing Greener Cars

Auto companies are pooling their resources to try to gain access to the growing market for hybrid and fully electric vehicles. Research and development partnerships already exist between Renault and Nissan and more recently Toyota and Tesla have agreed to work together.

Now BMW and PSA Peugeot-Citroën are forming a new partnership for the development of electric vehicle components.The partnership has been formed in order to create a standard for electric vehicle technology across the brands to ensure more efficient production and higher quality. Once such a standard is established it is believed that it will allow the electric vehicle market to grow much faster. They will also work together to develop hybrid technology and the software needed to allow a hybrid system to work efficiently.

Daimler AG, bought 10% of Tesla, and is working on a partnership agreement with Renault Nissan to develop small electric cars. Renault Nissan has partnered with Mitsubishi which promises electric versions of all new car models.

These are just a few examples of companies teaming up to share the formidable costs of developing hybrid and fully electric powertrains.

© 2011, Richard Matthews. All rights reserved.

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Tuesday, June 7, 2011

US DOE Supporting EVs and Creating Jobs

The Department of Energy (DOE) is working to increase the adoption rate of EVs. In April, 2011, US Energy Secretary Steven Chu indicated that he believes it will be possible for vehicles to travel up to 500 miles on a single charge by the end of the decade. He further indicated that batteries, will be “one-third the cost of today’s batteries but have at least three times the range.”

With funding from the DOE, the ChargePoint America network have installed over 500 electric-vehicle charging stations. These stations are being installed by Coulomb Technologies, a company based in Campbell, California. In 2010 Coulomb received $15 million from the Department of Energy, and $22 million in private funds, to install 4,600 chargers across the country by the end of 2011.

"The Department of Energy is happy to be a part of this, but more importantly we're very happy to be really trying to push for the electrification of vehicles," Chu said. "The reason is very simple. We have to diversify our transportation energy."

Chu sited increasing oil demand from developing countries like China. This burgeoning demand will also put pressure on the world's limited oil supplies, which will in turn push gas prices higher. China sold 16.7 million vehicles in 2010 and will sell 20 million cars annually within the next couple of years. By comparison, the US sold 12 million cars in 2010.

The DOE is also funding research that will drop the cost of electric-vehicle batteries 50% in the next three or four years and double or triple their energy density within six years. According to Chu, the goal is "a car that will cost $20,000 to $25,000 without a subsidy where you can go 350 miles."

Chu is working to change the $7,500 federal tax credit for electric vehicle purchases to a $7,500 rebate, so EV buyers can get an immediate discount on an EV purchase. Currently, they have to wait until they file their tax returns.

Investments in battery research through the American Recovery and Reinvestment Act will help build 30 new US battery manufacturing plants that create jobs.

"Every time we ship one of these [charging stations], three people go to work for a day: one to build it and two people to install it," said Coulomb Technologies President Richard Lowenthal. "It's a great job creation benefit to all of us.... Not just jobs, but creating an industry."

© 2011, Richard Matthews. All rights reserved.

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Sunday, May 29, 2011

Factors Determining Adoption Rate of EVs

There are three key factors that will influence demand for EVs. Price, the cost of gas and range will determine the rate at which EVs are adopted. EVs with price points that are comparable to combustion engine vehicles will sell better than at current price points for EVs (in some cases they are more than twice as expensive). If gas hits $5 a gallon EVs will sell faster than if it gas were to drop below $3 a gallon. Vehicles that have a range greater than 300 miles will sell better than those with a range of 100 miles or less.

Excluding the $7,500 federal tax credit, the Volt and the Leaf, currently cost $41,000 and $32,780, respectively (both vehicles lease for $349 a month). A 2010 Deloitte report, found that more than half of the US consumers surveyed said they would not be willing to pay more for an electric vehicle than for a conventional vehicle.

The sales of EVs and hybrids have grown alongside rising gas prices. One year ago gas was $2.75 a gallon, now gas is hovering around $3.79 a gallon.

The Deloitte report found that consumers have range anxiety, (the concern that EVs have insufficient range). Almost 75 percent of those surveyed said they would need an electric vehicle to travel 300 miles on a single charge before they would consider purchasing it. However, 78 percent of those surveyed said they would buy an electric vehicle if gas hit $5 a gallon.

The Deloitte report also indicated that : “At $3 per gallon for gas, internal combustion engines are more economical to operate; the EV will not be comparable until battery costs are $600 or less per kWh, which could occur by 2014, at which time electric vehicle adoption will pick-up (assuming fuel costs remain stable).”

In April 2011, US Energy Secretary Steven Chu talked about the future of electric cars and indicated that he believes that before the end of the decade EVs will be “one-third the cost of today’s batteries but have at least three times the range.” He also said it will be possible for vehicles to travel up to 500 miles on a single charge.

In the absence of government legislation that will force significantly improved fuel efficiency, consumers will embrace EVs to the extent that they have better ranges and cost less. Climbing gas prices will also drive demand for EVs. Despite the urgency of finding alternatives to fossil fuel powered vehicles, market forces will ultimately determine the strength of demand.

© 2011, Richard Matthews. All rights reserved.

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Saturday, May 28, 2011

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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Friday, May 27, 2011

Obama's National Goal of One Million EVs by 2015

In his 2011 State of the Union address, President Obama put forward his goal of putting one million EVs on American roads by 2015. This will help in the transition away from fossil fuel powered vehicles which are the second largest source of global warming causing pollutants. Although a far cry from the national green initiative that Obama has compared to the Apollo program, it is an important first step on the road away from fossil fuels.

Unlike the Apollo program, we already possess the technology and one million EVs is a modest goal given that this represents one third of one percent of the quarter of a billion vehicles in the US. One million electric cars represent less than 10 percent of the current annual automotive sales.

One of the challenges associated with goal of one million EVs was exposed in a February 2011 report out of Indiana University, titled “Plug-in Electric Vehicles: A Practical Plan for Progress.” (pdf). The study indicates that automakers currently have no plans to meet the President's 2015 goal.

This contridicts a Department of Energy report that said: "The production capacity of EV models announced to enter the U.S. market through 2015 should be sufficient to achieve the goal of one million EVs by 2015." The report also notes that 1.6 million hybrids have been sold over the past six years.

Obama's goal is of crucial importance because it will help to grow EV production as well as test the technologies and the supporting infrastructures. It will also help EVs benefit from cost and price reductions associated with mass production.

Moving towards EVs is of paramount importance to the environment and America's competitive positioning. Unlike the Apollo program, the government's support of EVs provides tangible benefits like reducing dependence on foreign oil and curbing greenhouse gases. All things considered, one million EVs by 2015 is a modest and attainable goal. Whether or not we have one million EVs on the road in the US by 2015 does not matter as much as the building momentum for an America free of fossil fuel powered vehicles.

© 2011, Richard Matthews. All rights reserved.

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Friday, January 14, 2011

Greenpeace's Best Green Electronics

Greenpeace's product survey lists the greenest electronics available to consumers as of the first quarter of 2011. These products were ranked according to their minimization of hazardous substances and energy efficiency. Greenpeace also assessed these products according to how easy they are to recycle as well as the energy they require for production.

According to Greenpeace, the electronics industry is getting greener. Renee Blanchard, Greenpeace International Toxics Campaigner said,"our survey shows that electronics manufacturers have made demonstrable progress over the past few years by producing products that are free of the worst toxic chemicals, more energy efficient and more easily taken back for reuse or recycling. Major brands are responding to consumer demand for greener gadgets, and we expect them to continue to innovate and make all their products, and not just a niche few, with these higher green standards."

Greenpeace tested the greenest models submitted by 14 companies and presented their findings in their product survey. This report evaluated the greenest desktop computers, computer monitors, notebook computers, netbook computers, smartphones, mobile phones and televisions. Here are the best green electronics in each category.

Desktop Computer: HP Compaq 6005 Pro
Computer Monitor: Asus VW-247H-HF
Notebook Computer: Asus UL30A
Netbook Computer: Acer TM8172
Smartphone: Sony Ericsson Aspen
Mobile Phone: Samsung GT-S75550

Monday, December 27, 2010

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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