One and a half million pounds of carbon dioxide emissions – it’s a large number with huge environmental impact – the equivalent of the carbon dioxide sequestered by 17,500 tree seedlings if planted and allowed to grow for ten years.
It’s also the quantity of carbon dioxide emissions that the Paper Mill Store has neutralized over the past six years through its CarbonFree® Shipping Program. Beginning in 2008, the Paper Mill Store partnered with Carbonfund.org to calculate all greenhouse gas emissions from their outbound product shipments each quarter, then neutralize those emissions by supporting renewable energy projects like 100% wind-generated electricity.
“We began using 100% wind power for our electricity needs through the purchase of renewable energy credits back in 2006,” says Brian J. Cowie, C.E.O. and founder of The Paper Mill Store. “We believe that wind power is a smart choice and a significant part of the solution towards cleaner air, water and a step in the direction of energy independence. The carbon offset initiative for outbound shipments is a natural extension of that commitment.”
The CarbonFree® Shipping program is one in a number of important steps that the Paper Mill Store is taking to run their company in a more sustainable and responsible manner. The company also is certified through both the Forest Stewardship Council (FSC) and the Sustainable Forest Initiative (SFI) Chain of Custody protocols.When purchasing their FSC and SFI certified paper and envelopes, customers can be certain that the fiber used to manufacture certified paper and envelopes came from well managed forests where people, wildlife and the environment benefit from the forestry practices.
This commitment echoes the Paper Mill Store’s nature-focused location. Their five-acre campus includes a pond clustered with over 100 tree varieties. Employees enjoy watching a mix of wildlife on the property including fox, coyote, hawks, deer, great blue heron, kingfishers, rabbits and more. The natural setting inspires the company’s continued dedication to providing eco-conscious products with CarbonFree® shipping to customers and underscores the company’s industry leadership in sustainability.
Among other good news on the climate change front this week, renewable energy is projected to exceed gas by 2016. According to the International Energy Agency (IEA), by 2016 global electricity generation from wind, solar, hydro and other forms of renewable power will eclipse that from natural gas – and should be double that provided by nuclear plants.
The IEA points to a surge in renewables led by emerging economies such as China, which accounts for 40 percent of the projected global growth in renewables between 2012 and 2018. Although this is positive, we’re not out of the woods yet if we want to avoid the 2 degree Celsius increase threshold that scientists predict could lead to permanent changes to ecosystems. China still relies heavily on coal, and not just for electricity generation. The country also depends on the fossil fuel for steel production and making fertilizers, which generate large amounts of greenhouse gases. Even aggressive expansion of renewables and nuclear power leaves China using coal for up to half of its total energy needs by 2050.
In the U.S., a boom in shale gas production is stunting efforts to expand renewables. European growth of renewables has also slowed. But the new economic powerhouses of China, India and Brazil are leading the charge, which sweetens the overall global renewable picture.
However, don’t fall into the trap of thinking the future is rosier than it seems. On the surface, these projections paint a picture where natural gas fills in for a decade or two while we build a low-carbon future based around renewables. That is certainly a likely scenario, but it requires the support of long-term policies in many countries to encourage sufficient investment in renewable power plants.
The problem is that policy uncertainty leads to building gas-fired plants that have a lifetime of three to four decades. This makes it difficult to phase out fossil fuels on the timescale needed to avoid dangerous global warming, which requires major cuts from 2030 onwards. In fact, the IEA itself warned in its 2011 edition of World Energy Outlook that fossil-fuel plants due to be built over the next five years are already likely to lock the planet into 2°C of warming.
So how can we fix this problem? Energy analysts say we need long-term assurances to investors that renewable plants being built now will deliver a better economic return than those fired by coal or natural gas. It’s a weakness of U.S. President Barack Obama's climate plan, announced earlier this week, which lacks the long-term targets that could be set if Congress would pass new legislation.
The stakes are high. We need significant changes in existing proposals for policy. Otherwise the chances are slim that we’ll avoid surpassing the 2 degree Celsius increase threshold climatologists warn will alter the lives of billions of people.
Sometimes the sun doesn’t shine or the wind doesn’t blow, temporarily stalling renewable energy production. When that happens, what fuel source fills in the energy gap? Traditionally the answer was coal, but due to increased supply and low prices, the answer of late has been natural gas. Coal is certainly the dirtier of the two fossil fuels, but natural gas is not a perfect choice either. The increased supply in natural gas was achieved through the process of hydraulic fracturing (called fracking), which can be harmful to the environment.
Last spring natural gas prices fell to all-time lows of $2 to $3 per thousand cubic feet in the United States. This spring natural gas prices are on the rise. In fact, they’ve doubled to just over $4 per thousand cubic feet, but the bottom line is natural gas is still pretty cheap. Experts say prices in the $4 or $5 range won’t affect the increasing use of the fuel by consumers and the energy industry since the price was $8 just a few years ago. In Europe and Asia prices are even higher; think $10 to $14.
According to a Citibank research report, “Gas and renewables could in fact be the making of each other in the short term.” Expect renewables to cost about the same as conventional fuels in many parts of the world “in the very near term.” Mark Brownstein, an associate vice president at the Environmental Defense Fund, noted that the price of renewable energy has declined substantially in recent years, and that’s expected to continue, making them even more competitive. As demand for renewables builds, it will in turn “drive demand for more gas-fired” power plants to be used as backup.
Meanwhile, the Environmental Protection Agency (EPA) missed an April 13 deadline to issue much-anticipated new rules limiting carbon dioxide emissions from new power plants. Proposed a year ago, the rules were first to set limits on greenhouse gas emissions from new plants. Once a limit is set for new facilities, the EPA is legally obligated to address existing plants, which pose the true climate threat at the moment. The US’ power plant fleet is the single biggest source of greenhouse gas emissions in the world. Acting EPA Administrator Bob Perciasepe said last week that the agency expects to propose new rules on greenhouse gases from existing plants in fiscal 2014.
The draft rule for new power plants sets a limit of 1,000 pounds of carbon dioxide per megawatt-hour of electricity. That cutoff point would be easy for natural-gas-fired plants to meet, but not conventional coal plants. Already, power companies build natural gas plants almost exclusively because of the low price of gas.
There is speculation that the EPA’s indefinite delay on the new rules limiting carbon dioxide emissions from new power plants is due to second thoughts at the EPA and the White House over the single standard. The EPA is said to be contemplating setting two standards, one for coal plants and the other for natural gas, which might make the new rule more legally defensible in an attempt to avert the inevitable legal wrangling that goes on whenever the EPA sets a new rule including limitations.
Environmental groups argue that separate standards make little sense. “Setting a separate standard for coal- and natural-gas-fired plants would greatly weaken the standard’s ability to ensure a transition away from building high-carbon electricity-generation sources,” said economist Rachel Cleetus of the Union of Concerned Scientists.
Natural gas may be the interim answer as we build our renewable energy infrastructure and then the backup once we move to a sustainable energy future. For the sake of slowing down climate change, the EPA needs to set the rules on new electricity generation plants posthaste. Then they should tackle existing power plants without delay. Global warming won’t wait.
Ever wonder how large facilities in your state are doing regarding greenhouse gas emissions? The U.S. Environmental Protection Agency (EPA) began collecting greenhouse gas emissions data in 2010 under the congressionally mandated Greenhouse Gas (GHG) Reporting Program. In February 2013, the EPA's program released its second year (2011) of emissions data, which provides public access to emissions data by sector, by greenhouse gas, and by geographic region such as county or state.
The 2011 data includes information from facilities in 41 source categories that emit large quantities of greenhouse gasses. New this year is data collected from 12 additional source categories, including petroleum and natural gas systems and coal mines.
Highlights of findings from the 2011 data include:
- Power plants represent approximately one-third (33 percent) of total U.S. GHG emissions, making them the largest stationary source of GHGs in the country
- 2011 emissions from power plants were roughly 4.6 percent below 2010 emissions, demonstrating an ongoing increase in power generation from natural gas and renewable energy sources
- Refineries represented the third-largest source of GHG emissions, which increased by a half of a percent over 2010 data
- Overall emissions reported from the 29 sources tracked in both years were 3 percent lower in 2011 than in 2010
Transparency is critical to a better environment and the key to conquering climate change. If companies, communities and individuals take a look at how large facilities are doing in terms of greenhouse gas emissions and compare the latest data to national averages, perhaps we can find ways to cut these emissions and begin to curb global warming. Being better informed is also good for the businesses as they may identify opportunities to conserve energy and thereby save money.
Check out how individual large facilities in your state, county, and even zip code perform. Access this data through the Facility Level Information on Green House gases Tool (FLIGHT), which is a web-based data publication tool, or dig deeper through the EPA’s online database Envirofacts that allows information searches via zip code.
The United States is one of the richest and most powerful nations in the world. What can our country do for the good of the planet with this role?
One thing the U.S. federal government does every few years is engage hundreds of experts to evaluate the impacts of climate change, now and in the future. The resulting National Climate Assessment report, which was recently released, showed that America's current efforts to reduce carbon pollution are too little to avoid dangerous climate change. Last year President Obama announced new CAFE (Corporate Average Fuel Economy) standards for cars and light trucks such as minivans and sport utility vehicles. Let’s build on this historic progress to limit carbon emissions. There are several ways that the president and federal government can make a real difference in the fight against global warming.
The Clean Air Act is a powerful tool that our nation’s leaders could be leveraging more fully. The Environmental Protection Agency (EPA) is charged with using the Clean Air Act to issue rules to reduce greenhouse pollution. This farsighted law has reduced damaging air pollution for forty years, saving many lives. The EPA has already used it to protect public health and welfare from six extensive and harmful pollutants including: ozone, particulate matter, sulfur and nitrogen oxides, carbon monoxide, and lead. Now is the time to lower atmospheric carbon dioxide levels by setting a national pollution cap for greenhouse gases.
Under the Clean Air Act, the EPA has also proposed higher emission standards on coal-fired power plants. These standards need to be fortified, finalized and implemented posthaste. Why stop with power plants? There are other places where higher greenhouse gas emission standards can be successfully applied to help save our planet such as oil refineries, cement plants, and even the airline industry.
Another way to help the environment would be for President Obama and the State Department to decline approval on the Keystone XL pipeline, which proposes moving oil down from Canada through the western United States to refineries along the Gulf Coast. There are no guarantees that the pipeline won’t spring leaks. Furthermore, there is evidence that extracting oil from the sands are increasing levels of cancer-causing compounds in surrounding lakes far beyond natural levels. Denying approval would show that America is committed to transitioning away from a dependence on fossil fuels.
Of course, it’s not all up to the federal government. We can all do our parts to speed the transition to a clean energy future. First we can encourage our elected officials to take the climate change actions recommended above. Second we can reduce our own carbon footprints. Consider lowering the heat or air conditioning depending on the season, using a clothesline, rake, hand mower and other manpowered devices, composting, forgoing meat at least one day a week and riding a bicycle. Lastly, we can all find simple ways to be part of the solution such as planting trees and offsetting remaining carbon emissions.
According to a recently released report by the World Wildlife Fund, 58 of the United States’ Fortune 100 companies set goals in 2012 to either reduce greenhouse gas emissions or use more renewable energy in their operations. However, oil and gas companies are lagging far behind in this movement. Eight of 11 domestic energy companies on the Fortune 100 have not set internal energy goals.
This is in direct contrast to 68 of the planet’s 100 largest companies who recognize the impact of global warming and are making investments in greenhouse gas reductions and renewable energy goals. Sadly, energy companies represent the lowest participation rate of any industry worldwide. The few exceptions are Hess and Chevron who have both set renewable energy and greenhouse gas targets, and ExxonMobil who set a greenhouse gas target.
Why have three quarters of the nation's industrial companies voluntarily set some sort of environmental target? There are a variety of potential reasons including: policy pressures, public relations or perhaps even the forward thinking that sees renewable energy’s potential to someday be less expensive than, or at least competitive with, oil and gas.
And why haven’t most oil and gas companies voluntarily set environmental targets? It may be because the very products they put on the market directly contribute to climate change. There is also a lack of urgency to act; little pressure comes from investors or policies. An example of a type of policy that was successful in the past is the Environmental Protection Agency or EPA's Toxic Release Inventory, which worked by making large companies publically accountable for which potentially toxic chemicals they use and where they are released. Then the information is posted on the EPA’s website for anyone to see.
The planet would really benefit from a similar policy focusing on oil and gas company emissions, or better yet, a broader climate change policy such as a national carbon tax or cap-and-trade program. There are other options that could pave the way towards a cleaner energy future. The federal government could require that a certain percentage of electricity come from renewable sources and offer further tax incentives for wind and solar production. Many companies are setting their own internal goals, but for others such as the majority of the oil and gas industry, they’re not going to do anything about increasing efficiency and reducing their carbon footprints until someone makes them.
A survey released this week showed increasing oversight by top executives in their climate change strategies. Ninety-two percent of respondents indicated their company's board or high-level executive had oversight over climate strategies, which is an increase of six percentage points from the 2011 survey.
The Carbon Disclosure Project (CDP) received responses from 338 of the S&P 500 firms indicating progress in carbon emissions reduction goals as well as disclosing these results. CDP offers a system for cities and companies to measure and share their environmental action.
Companies such as Microsoft Corp, United Parcel Service, Hess Corp, Pepco Holdings, and Sempra Energy Utilities are not waiting to address the risks from climate change to their overall business goals. Man-made or not, these companies won’t wait around to figure out who caused climate change. They’re taking steps now to lessen their financial risk.
Eighty-one percent of survey respondents identified physical risk from climate change, with 37 percent considering the risks "a real and present danger" – an increase of 10 percent from two years ago. Eighty-three percent of companies reported that climate change had been factored into corporate risk management strategies, which was only at 75 percent in 2011.
These results directly contrast with a distinct hesitation in the regulation of greenhouse gases by U.S. lawmakers. Congress’ opinions on climate change run the gamut from ambivalence to skepticism to even outright disbelief. Fortunately businesses that are beholden to their shareholders see the value in planning for climate change since it will certainly impact their bottom lines.
Just when we were about to succumb to the gloomy picture that is global climate change, a ray of hope breaks through the clouds. A technical report released this month by the U.S. Energy Information Agency calculated that energy related U.S. carbon dioxide emissions, which account for about 98 percent of total CO2 emissions, for the first four months of 2012 decreased to around 1992 levels.
The dramatic decrease is attributed to a switch from dirtier burning coal to cleaner natural gas. Almost everyone in the energy and environmental industries believes the shift could have major long-term implications for U.S. energy policy.
Scientists didn’t predict the amount of carbon dioxide being released into the atmosphere in the U.S. falling to its lowest level in 20 years in part because the decrease is not attributed to legislation limiting greenhouse gases such as carbon dioxide. The switch to natural gas was driven by the market.
The state of the economy, increasing efforts for energy efficiency and a growing utilization of renewable energy are certainly aspects that contribute to lowering U.S. carbon emissions. However, at the moment, the lion’s share is due to the current low price of natural gas. There has been an upsurge in shale gas drilling in the northeast, Texas, Arkansas and Louisiana, which has made natural gas more affordable than coal per unit of energy generated. Gas production is on the increase because of the modernization of the process of hydraulic fracturing, also called fracking, where highly pressurized water, sand and chemicals are inserted to fracture shale rock which releases natural gas.
While natural gas is a cleaner-burning energy source than coal, it is not emission-free. There is still some carbon dioxide emitted and drilling can have environmental impacts such as contamination of ground water, air quality risks, migration of gases and hydraulic fracturing chemicals to the surface, and surface contamination from spills and flowback.
There are also concerns that the rise in use of natural gas could stall renewable energy efforts. The ultimate goal should still be a mix of increasing energy efficiency and clean energy with the balance kept to a minimum of natural gas.
So the upshot is that the U.S. energy picture is far from perfect, but the news concerning a drastic decline in U.S. carbon dioxide levels is welcome and positive because it reminds us that there is still time to turn around the fate of the planet’s climate.
Your carbon footprint is the total amount of greenhouse gases produced to directly and indirectly support your activities. It is usually expressed in equivalent metric tonnes of carbon dioxide (CO2).
The average American is responsible for a whopping 50,000 pounds of greenhouse gas emissions annually. Some examples of your carbon footprint are:
- When your car’s engine burns fuel it creates CO2, the amount generated depends on its fuel consumption and the driving distance.
- Heating your house with oil, gas, or coal also generates CO2.
- Even if you heat (or cool) your house with electricity, CO2 is emitted during the generation of electrical power, most of which comes from coal in the US.
- When you buy food and goods, the production of the food and goods creates CO2; again, the amount depends on where the foods and goods came from and how they were created.
- Traveling on a plane generates CO2 in the same ways a car does.
- Weddings even create CO2 emissions! See this past post for more information about how to reduce your wedding’s environmental impact.
- Also consider all the indirect emissions you are in part responsible for: the roads we drive on, the schools our kids attend, the mall and grocery story, our shared military and city hall. It all adds up.
The bottom line is your carbon footprint is the sum of all carbon dioxide emissions that were generated by your activities in a given time period, typically one year.
The carbon footprint is a powerful tool in understanding your personal impact on global warming. Most people are surprised by the amount of CO2 their activities create. If you personally want to reduce your contribution to global warming, the calculation and monitoring of your carbon footprint is critical.
Carbonfund.org offers helpful calculators to estimate your carbon footprint. Individuals can follow this link for more information. http://www.carbonfund.org/individuals There is also a calculator for businesses here.
We can do a lot as individuals to combat global warming. But it is undeniable that governments can do more since they harness the power of the collective. The Obama administration’s strategy is to control global warming emissions through regulation. This week a huge victory was given to both the administration and the Environmental Protection Agency (EPA) by the federal appeals court in the District of Columbia. The decision was unanimous in upholding the agency’s landmark rulings to control greenhouse gases.
The issue seems like a “no brainer” that the EPA should regulate greenhouse gases. However, dozens of lawsuits from industry groups and 14 states challenged four rules that aim to limit greenhouse gases. The biggest rule is the EPA’s 2009 “endangerment finding” and the foundation on which the other three rules rest. The EPA contended, and was vindicated in this ruling, that carbon dioxide and other greenhouse gas emissions constitute a danger to public health and therefore could be regulated under the Clean Air Act. The three-judge panel acknowledged and gave credence to climate change as a real and legitimate threat to public health and safety. So now climate change deniers have less of a leg to stand on; the EPA based its case on sound science and careful research which stood up to a rigorous judicial review and emerged victorious.
The ruling cleared the way for the EPA to proceed with clean car standards and restrictive permits on power plants and other major industrial polluters. Perhaps now power plants will put increased effort into developing cost-effective and reliable methods to capture carbon emissions, or at least offset them. If not, the future will certainly be in renewable energy sources now that there are stricter limitations on greenhouse gas emissions.