Honda Installs All The Solar Panels

Honda is using solar panels on top of their offices and eventually all of their dealerships in Japan and other parts of the world to help reduce their Carbon footprint.

Check out the full article here;
http://gas2.org/2012/06/25/honda-installs-all-the-solar-panels/

Healthystuff.org's new 2012 Hazardous Chemical Study in New Cars

HealthyStuff.org Findings
HealthyStuff.org releases new test results for a variety of products throughout the year. This findings section highlights the latest set of test results and discusses overall trends and important findings for each set of products we test.

2012 New Vehicle Study
There's more to green vehicles than just fuel economy

HealthyStuff.org produces one-of-kind ratings for healthy interiors for new vehicles.
This is the only organization that routinely tests new vehicles for the health of their vehicle interiors and posts the data publicly for consumers.

While fuel economy is important, the public in increasingly concerned about chemical hazards in consumer products.

There is no mandatory testing or regulation of chemicals used inside vehicles. Thus, consumers face a lack of information while they are car shopping.

Long-term exposure even to small amounts of pollutants can adversely impact health. Children are at a greater risk for developing health problems because they breathe in more air with respect to their body size than adults and thus have greater exposure to interior vehicle pollutants.

Chemical Hazards in Vehicles
Exposure to many toxic chemicals is highest indoors: Average Americans spens up to 90% of their daily lives indoors. The EPA has estimated indoor air pollution levels can be two to five times higher than outdoor air pollution levels. EPA has ranked indoor air pollution one of the top five environmental risks to public health. Next to homes and offices, we spend the most time in automobiles: 1.5 hours per day on average.

The "New Car Smell" is toxic: The "new car smell" is actually the smell of toxic chemicals off-gassing from interior auto parts such as the seating, dashboards and vehicle trim. Since 1960 the quantity of plastics used in vehicles has grown ten-fold, rising from 22 pounds in 1960 to over 250 pounds today. Many synthetic materials and plastics are produced with chemical additives that are used to change the engineering performance of the plastics, thus these plastics may contain plasticizers, stabilizers, flame retardants, aintimicorbials and antioxidants. Due to these additives, many pollutants, including benzene, toluene and xylene, were found in levels exceeding indoor and outdoor air quality standards.

The concentrations of brominated flame retardants (BFRs) in vehicles contribute nearly 30% to total daily exposure.

Auto interiors are chemical reactors: Immediately after delivery, new vehicles have been found to be universally contaminated with very high concentrations of a large number of chemicals that diffuse from interior vehicle materials. Over 275 different chemicals have been identified in vehicles interiors, including chemicals associate with birth defects, impaired learning, liver toxicity and cancer. Automobiles are unique and harsh environments for plastics. Air temperature extremes of 192 F (89 C) and dash temperatures up to 248 F (120 C) have been observed in vehicles. These extreme temperatures can increase the concentration of VOCs and high levels of sunlight producing breakdown products which can also be harmful to human health.

Some cars are better the others, healthier cars are possible: HealthyStuff.org has screened 900 vehicles since 2006. Our unique tests show a clear difference between the best vehicles and bets companies and others. The best vehicles today have eliminated important chemical hazards, including hazardous flame retardants and PVC. Today, 17% of new vehicles have PVC-free interiors and 60% are produced without BFRs in the interiors.

Vehicle ratings
HealthyStuff.org is releasing one-of-kind test data on 204 new 2011-2012 model new vehicles. This data is part of a multi-year HealthyStuff.org vehicle database containing test results for 900 vehicles.

The overall best and worst vehicles are listed below. The 2012 Honda Civic (score 0.46) was the overall best-rated vehicle and 2011 Mitsubishi Outlander Sport (score 3.17) was the overall worst-rated vehicle this year.

The Civic achieved its ranking by being free of bromine-base flame retardants is all interior components, utilizing PVC-free interior fabrics and interior trim, and low levels of heavy metals and other metal allergens.

The Mitsubishi Outlander contained bromine and antimony-bases flame retardants in seating, the center console and seat base, chromium treated leather on several components and over 400 ppm lead in seating materials.

Overall Vehicle Ratings: Overall vehicle ratings continue to improve. These improvements are due to a significant reduction in the use of PVC and BFR by some automakers.

Top Ranked Manufacturer: The top-rated automaker for healthy interiors continues to be Honda. Honda has been HealthyStuff.org's top ranked automaker every year since 2007. Hyundai-Kia has been the lowest ranked manufacturer for the last two years.

Auto Manufacturer Trends
Most Improved Automakers: Most improved automakers in terms of the average ratings for their vehicles are VW (+42%), Mitsubishi (+38%) and Ford (+30%). These represent improvement in their average vehicle scores between the combined 2009-2010 models years to the combined 2011-2012 model years.

Automakers With Declining Ratings: Two automakers had overall declining average scores between the combined 2009-2010 models years to the combined 2011-2012 model years. Daimler AG (-29%) and Volvo (-13%).

PVC in vehicles
PVC is the most toxic plastic: PVC, a widely used type of plastic in vehicles that is of concern to the environment and public health during all phases of its life cycle. During the production phase, workers at PVC facilities, as well as residents and wildlife in surrounding neighborhoods, may be exposed to the vinyl chloride monomer and/or dioxin, both of which are likely carcinogen. At the end of vehicle life, PVC causes a host of additional environmental issues. PVC is not easily recycled from auto parts and therefore often ends up in landfills, where the chemicals can leach out and contaminate soil, water and wildlife. Otherwise, it is incinerated or burned for energy recovery, in which case highly toxic dioxins and furans can form and be emitted into the air. Flexible PVC often contains hazardous plasticizers, or 'softeners,' called phthalates, which off-gas during vehicle use and are deposited on dust particles and windshields, where they cause "fogging."

PVC-free alternatives are available: PVC-free alternatives are available for almost every use of PVC in the automotive sector. In recent years, automakers have begun replacing PVC with polyurethanes and polyolefins, which contain fewer harmful additives and are easier to recycle.

On a fleet-wide basis PVC use continues to decline: Zero percent of pre-2006 vehicles had PVC-free interiors. 17% (34) of 2011/2012 vehicle models had PVC-free interiors. Overall 103, 2006-2012 model year vehicles in the HealthyStuff.org vehicle database have PVC-free interiors. A complete list of PVC-free vehicle is available.

Honda phases out PVC: Honda has virtually eliminated PVC, with 83% of its 2011/2012 models being free of PVC in the interiors. HealthyStuff.org testing confirms Honda achievement of its publicly stated commitment in its 2011 North American Environmental Report: "Honda's goal is to reduce the use of materials containing chlorine to a less than 1% concentration in materials that can end up in the waste stream as shredder residue at the end of an automobile's useful life."

Hazardous flame retardants in vehicles
Brominated flame retardants are widely use in vehicles: brominated flame retardants (BFRs) refers a wide range of brominated chemicals added to materials to both inhibit their ignition and slow their rate of combustion. Commonly used examples include polybrominated diphenyl ethers (PBDEs), hexabromocyclododecane (HBCD) and tetrabromobisphenol A (TBBPA), as well as brominated polymeric and oligomeric materials. 40% of vehicle tested in 2012 contained BFRs n the vehicle interiors.

Many BFRs are toxic and everywhere: Several BFRs, including certain PBDEs and HBCD, have known toxic properties, are highly resistant to degradation in the environment and are able to bioaccumulate (build up in animals and humans). Some are now widespread environmental pollutants, with higher levels generally being found in the atmosphere and rivers close to urban and industrialised areas. These compounds can be released from such products during use, leading to their presence in household dust and resulting in increased human exposure. And when these products reach the end of their useful lives, some disposal or recycling operations (e.g incineration, smelting and open burning) can release the bromine in other hazardous forms, including as hydrogen bromide and brominated dioxins. Levels of BFR's in the interior vehicle environment are 5-10 higher then homes and offices.

Vehicles can be safe without hazardous flame retardants: HealthyStuff.org testing illustrates that safer alternatives can be used to replace the most hazardous chemical used in vehicles. Alternatives which provide the degree of fire safety required under law without using organic compounds of bromine do already exist, including some direct chemical substitutes, as well as use of alternative materials and even product redesign in order to reduce or eliminate the need for flame-retardant additives.

Halogen-free vehicles
PVC & BFR-free vehicles are on the market today: Automakers continue to implement alternatives to PVC and BFRs. In 2006 only 2% of vehicle interiors were free of PVC and BFRs. In 2012, 4-times the number of vehicles (8%) were free of PVC and BFRs.

Regional Differences in Chemical Use
This data highlights regional differences in PVC and BFRs between European, Asian and North America assembled vehicles. The country in which vehicles were assembled was tracked using the Vehicle Identification Number (VIN). Overall, the progressive regulation of chemical additives in consumer products in Europe and end of life vehicle concerns in Asia is driving elimination of important chemical hazards from vehicles.

Asia: Vehicles assembled in Asia utilized significantly less PVC in vehicle components. On average, vehicles assembled in Japan or Korea showed a 50% reduction in the use of PVC. However, Asia assembled vehicles contained on average over twice the number of components. This data likely reflects the increased focus by Asian manufacturers, lead by Honda, on reducing the amount of chlorine in vehicles due to concerns about emissions during end-of-life vehicle processing.

Europe: Vehicles assembled in Europe utilized the most PVC, more than double the amount of vehicles assembled in other parts of the world. However, levels of BFR use in vehicles are by far the lowest in Europe. This difference likely reflects the impact of European regulations, including the End of Life Vehicle Directive, RHoS and REACH on components being used in vehicles.

North America: While all North American manufacturers market vehicles globally, our data illustrates that US produced vehicles lag behind European and Asian produced vehicles in PVC and BFR use reduction. The US has the weakest chemical regulatory system for chemical in consumer products and provides the fewest incentives for companies to phase-out hazardous chemicals.

Note: HealthyStuff.org only tests for a limited set of chemical hazards. Vehicles may also contain other chemical hazards, including chlorinated flame retardants (CFR) which were NOT tested for in this study

Source;
http://www.healthystuff.org/departments/cars/about.findings.php

Japanese car maker steps up efforts to reduce carbon footprint

There are more ways than just making enviro cars to be environmentally friendly....
By Abigail L. Ho
Philippine Daily Inquirer

MANILA, Philippines—Recognizing that vehicles are big contributors to pollution, Honda Cars Philippines Inc. is stepping up efforts to reduce its own carbon footprint by implementing various environment-saving measures in its Sta. Rosa, Laguna manufacturing facility.

In a speech during the celebration of the company's 20th anniversary, Honda Philippines president and general manager Hiroshi Shimizu said that from 2006, the car manufacturer had slashed carbon emissions from its production activities by as much as 20 percent.

This was achieved through the implementation of energy demand side management activities, as well as energy efficiency and conservation measures, including the conduct of energy audits
and the installation of energy-efficient equipment and lighting systems.

Shimizu related that the company has also embarked on a waste reduction program that aimed to eliminate manufacturing-related wastes by next year.

Efforts directed at achieving this goal included the reduction and segregation of various waste products, the use of recyclable packaging for the parts that it exports, and the treatment of its hazardous waste materials through cement kiln technology.

Honda Motor Co., the car maker's Japanese parent, is constantly conducting research on automotive technologies that will reduce carbon emissions.

Michio Shinohara, general manager of Honda's environment and safety planning office, said the company was working hard to accelerate the rollout of vehicle models using electromotive technologies.

"The shift to electromotive technologies is one of the most effective ways to reduce carbon emissions,'' he said.

Honda earlier in the year launched a real-world demonstration program of its electric motorcycles and automobiles, in cooperation with Japan's Kumamoto and Saitama prefectures.

These personal mobility products, powered by electromotive technology, were used in a mainstream urban setting to determine the effectiveness of such vehicles under normal driving conditions and to study how the future urban transportation system should be designed to provide the most improvement to overall quality of life.

Honda also sells hybrid vehicles in other markets, but is not inclined to do so until after 2013, when the tariff on such vehicles go down to zero under the Japan-Philippines Economic Partnership Agreement.

Source;
http://business.inquirer.net/money/topstories/view/20101024-299535/Japanese-car-maker-steps-up-efforts-to-reduce-carbon-footprint

Oldest Honda plant shifts to meeting green demand

SAYAMA, Japan — Honda has adjusted production as global demand shifts to small and greener models, turning its oldest Japanese plant into an assembly line for the Fit subcompact for the U.S. market.
But the Saitama plant, which employs 5,500 people, is also showing signs of hard times - running just a single shift instead of the previous two shifts, halving overall plant production to 1,100 vehicles a day.
The Honda Motor Co. factory, shown to reporters Wednesday, used to mostly make bigger models like the Odyssey minivan and Accord sedan.
The plant, which opened in 1964 in this Tokyo suburb, has successfully responded to shifting consumer tastes, as the recent rise in gas prices and concerns about global warming make smaller models like the Fit more in demand, according to Honda.
It began mass-producing the Fit for U.S. export in April, transferring some of that production from another Japanese plant, in Suzuka, central Japan, which is too busy these days churning out the hit Insight hybrid.
Tomonori Arai, a general manager, said Honda was able to efficiently move production because it has standardized robotics parts and other assembly procedures.
The efforts to unify assembly line methods also make it easier to start making cars at new plants, including those abroad. But there are no plans so far to start making the Fit in the U.S., Arai said.
Before such efforts, which began several years ago, it required more than seven months to launch a new product at Saitama. Today, it was able to start Fit production in just three months.
That underlines ongoing efforts at Japanese automakers to cut costs and stay nimble as this nation's top industry gets hammered by the global downturn, especially the slump in the critical North American market.
During a tour of the plant, Honda demonstrated how the same line was able to produce different models smoothly.
It also showed how robotics parts on big swinging arms got changed automatically in a matter of minutes, so that the same line could switch from putting together a Freed hatchback to an Odyssey.
Other automakers, including Japanese rival Toyota Motor Corp., boast flexible production methods and are shifting to smaller models and hybrids.
Honda, with its strength in small models, stayed in the black for the fiscal year ended March 31, and has fared relatively better than Toyota, which sank to its worst yearly loss.
Still, before the financial crisis, the Saitama plant used to have two worker shifts for each of its two assembly lines, keeping the plant running from early in the morning until near midnight.
Now, it is down to one daytime shift.
The plant has enough workers for two shifts, but global demand would have to pick up significantly, boosting needs per line by about 350 vehicles a day to revert to two shifts, Arai said.
"I wish I knew when this could happen," he said. "We have no plans now to return to two shifts."

Source;
http://www.google.com/hostednews/canadianpress/article/ALeqM5jZjw78EB8npqzwd2v6evapt_gW3g

Honda wins Energy Star awards from EPA

Torrance, California - Honda has received Energy Star awards from the U.S. Environmental Protection Agency (EPA) for its auto plants in Ohio and Alabama. The awards are in recognition of curbing energy use during vehicle assembly.

For the fiscal year ending March 31, 2008, Honda’s average CO2 emissions per vehicle produced in North America were at their lowest levels since the company began measuring results in 2001. The EPA bases the award points on the amount of energy needed to produce an automobile, and includes factors such as vehicle size and production volume.

In Ohio, the plants in Marysville and East Liberty both earned top energy performance scores of 100 points. Honda has focused most of its activities on efficient use of lighting, chiller systems, motors, metering, heating, compressed air and air conditioning to reduce the use of electricity and natural gas. The Marysville plant produces the Honda Accord sedan and coupe, and Acura TL and RDX, while the East Liberty plant produces the Honda CR-V and Element.

Honda’s plant in Alabama, which produces the Odyssey, Pilot and Ridgeline, also earned the energy Star award. Initiatives include monitoring the use of equipment between shifts, during lunch and breaks, and on weekends, which helped reduce electricity use on the paint line by 10 million kilowatt hours, the equivalent of about 15 million pounds of CO2.

Both plants are implementing a unique “intelligent paint booth” technology that reduces energy consumption and related CO2 emissions from painting operations by as much as 25 per cent. Developed by Honda in Ohio and Ohio State University, the system uses a predictive control mechanism to keep temperature and humidity within specifications in the paint booth, even as weather conditions change.

Source;
http://www.canadiandriver.com/2009/02/19/honda-wins-energy-star-awards-from-epa.htm

Honda's Environmental Technology Milestones

Developing cleaner products is not a new mandate for Honda. Coupled with world-class quality and technology, Honda has routinely incorporated environmentally-focused features into its products for more than 40 years. A few examples include:

* Since 1964 Honda has manufactured only four-stroke outboard motors. Cleaner, more fuel-efficient and quieter than traditional two-stroke outboards, four-stroke motors also do not release oil directly into the water;

* In 1972 Honda introduced the Controlled Vortex Combustion Chamber (CVCC) engine. The CVCC was the first automobile engine capable of meeting the 1970 Clean Air Act without the weight, cost, and complexity of a catalytic converter;

* In 1997 Honda entered the handheld power-equipment market with a noticeably quiet and fuel-efficient trimmer/brush cutter powered by the world’s first 360-degree inclinable mini-four-stroke engine;

* In 1998 Honda became the first company to introduce an entire line of high-performance outboard motors that met the Environmental Protection Agency’s (EPA’s) year 2006 emission standards;

* In 2000 Honda became the first auto company to receive the EPA’s Climate Protection Award for development of the Honda Insight, the first gas-electric hybrid vehicle sold in the United States;

* In 2002 Honda became the first automaker in the world to market a fuel cell vehicle certified by the U.S. EPA and the state of California. The 2005 Honda FCX also features its own fuel cell stack capable of cold weather operation;

* In 2003 Honda introduced the HRX lawnmower, the first to enable simultaneous distribution of grass clippings to both the bag and the ground with no additional equipment. Whether the user chooses to mulch, compost or dispose of the bagged clippings, all of the options provided by the HRX are better for the environment than conventional clipping disposal.

The Honda Environment Statement
As a responsible member of society determined to help preserve the global environment, Honda makes concerted efforts to contribute to human health and preservation of the global environment in each phase of its corporate activities and to stay at the forefront of such endeavors.

Source;
http://corporate.honda.com/press/article.aspx?id=1068