Category Archives: Business

EPA's Historic Proposal to Limit Carbon Pollution from Power Plants

By | Bio | Published: March 27, 2012

Today we are making history. 

Today the U.S. Environmental Protection Agency (EPA) proposed the first-ever nationwide emission standards to limit dangerous carbon pollution from new coal- and gas-burning power plants. 

Today we take the first critically important step towards addressing the climate-destabilizing pollution emitted by power plants. 

Today we take a vital step towards protecting Americans’ health and strengthening our economy.

With these standards and EPA's landmark clean car standards, we’re beginning to address the clear and present danger of carbon pollution from the two largest emission sources in our nation.

Power plants are responsible for 40 percent of the carbon pollution emitted in America. U.S. power plants are one of the largest sources of carbon pollution in the world. 

Power plants are responsible for 40% of carbon pollution emitted in the U.S.

We have the technology and the know-how to change this.

The carbon pollution emission standards proposed by EPA today would halve the carbon emissions from a new coal-fired power plant over its lifetime. 

These standards will help further the progress we are making towards a cleaner, more secure future for energy in America. We will use our nation's electricity resources more efficiently to cut energy costs for families and businesses, mobilize Made in the USA technologies and fuels for cleaner energy generation, and ensure that America will lead the global race to a clean energy economy.

States, communities and businesses across our nation are already leading the way:

  • 29 states have adopted policies to expand reliance on cost-effective clean energy resources.
  • States including Washington, Montana, Oregon, Minnesota, New York and California have adopted (or are now putting in place) limits on dangerous carbon pollution from fossil-fueled power plants.
  • A McKinsey & Company report found that we could meet our nation's growing electricity needs by using existing resources more wisely — and could cut energy costs for American families and businesses at the same time.
  • Innovative businesses like Solar City are creating new solutions and technologies to deliver cleaner, safer energy. Solar City, founded in 2006, is installing solar systems that lower utility bills with no upfront investment by the customer. Solar City has 20,000 projects in 14 states that are either completed or underway– including a one billion dollar project to put solar systems on military housing.
  • Hundreds of U.S. companies are capitalizing on new, multibillion-dollar market opportunities to make our electric grid as smart, flexible, and innovative as the internet — enabling a wholesale shirt to clean, community-based energy resources.

There are also fundamental shifts in the energy market that are driving a change in our electricity supply.

Much has been written about the structural market shift to natural gas, which has been enabled by new drilling technologies. Some have tried to deny this market shift and claim that EPA’s clean air protections are stopping new coal plants, but the truth is that basic economics — low natural gas prices— are driving these decisions.  But don't take our word for it. Check out these quotes.

  • Jim Rogers is the CEO of Duke Energy, which provides electricity to the Carolinas, Indiana, Kentucky, and Ohio. He told the National Journal:

The new climate rule is in line with market forces anyway. We're not going to build any coal plants in any event. You’re going to choose to build gas plants every time, regardless of what the rule is.

  • Thomas Fanning, CEO of Southern Company, recently told investors on an earnings call on January 25, 2012:

Four years ago…we were about 70% of our energy from coal and about, I don’t know, 16% from nuclear, about 12% from gas and the balance from hydro.  In the fourth quarter – this was really surprising to me, maybe not surprising considering how cheap gas is now – our energy production was 40% coal, 39% gas. … Now moving forward, given where gas prices are, we will continue to see much more gas production.

Inexpensive natural gas is the biggest threat to coal. Nothing else even comes close.

The immense natural gas resources recently made commercially accessible in the United States must be developed responsibly if we are to protect our water and ecosystems, and prevent wasteful leakage that will undermine the carbon pollution advantages of natural gas.  But America can meet this urgent challenge.

We also know how to harness the power of the wind, the sun, and geothermal resources. By making the energy foundation of our economy cleaner and more diverse, we will improve our national security, improve public health, and protect our climate.  Today we took a big step down that road.

The stakes are high.

Climate impacts are already affecting American communities, and scientists tell us that the impacts will intensify as atmospheric concentrations of heat-trapping greenhouse gas emissions rise.

The United States Global Change Research Program has determined that if carbon pollution emissions are not reduced, it is likely that American communities will experience increasingly severe impacts, including:

  • Rising levels of dangerous smog in cities — which will lead to an increased risk of respiratory infections, more asthma attacks, and more premature deaths
  • Increased risk of illness and death due to extreme heat
  • More intense hurricanes and storm surges
  • Increased frequency and severity of flooding
  • Increases in insect pests and in the prevalence of diseases transmitted by food, water and insects
  • Reduced precipitation and runoff in the arid West
  • Reduced crop yields and livestock productivity
  • More wildfires and increasingly frequent and severe droughts in some regions

I mentioned earlier that American states, communities and businesses are already taking steps to address these threats. Starting today, they don’t have to do it alone. With today’s announcement, our entire country will fight the widespread and varied threats we face from climate change.

I think EPA deserves a standing ovation for that.  

Please join me in supporting EPA’s efforts to protect our families, our communities, and our economy from these threats. 

The resistance to these standards by entrenched fossil fuel-dependent industries will likely be fierce, but together our voices can move these vitally important policies forward. 

Also posted in Clean Air Act, Economics, Energy Technologies, Green Economy, Greenhouse Gas Emissions, Health, News, Policy | Comments closed

It’s Just Business (but FirstEnergy Blames Its Decisions on Clean Air Rules)

By | Bio | Published: February 10, 2012

Twice in the last two weeks, FirstEnergy has announced it will shut down old coal-fired power plants – then tried to blame those business decisions on the clean air rules that protect us all from toxic pollution.

First, at the end of January, First Energy announced it would retire six coal-fired power plants in Ohio, Pennsylvania and Maryland.

The company blamed those closures on new EPA regulations that will protect us from mercury, acid gases and other toxic air pollution – but FirstEnergy is going to retire the plants by September 1 of this year.

The compliance deadline for the new EPA rules isn’t for at least three years (2015 – with possible extensions to 2017). 

What’s more, FirstEnergy announced a decision to switch some of those six units from full-time to seasonal operation, and to temporarily mothball others, more than 16 months ago — before EPA even issued its proposal for the new rule.

Clearly, there’s more to the story than just EPA regulations.

Then, this week, First Energy announced it will close three more old coal plants in West Virginia. The company once again tried to pin the blame on EPA.

But the three plants in question were built between 1943 and 1960. They were built while Presidents Roosevelt, Truman and Eisenhower were in office. The oldest was built while we were still fighting World War II.

The plants are not closing just because of clean air regulations. They’re closing because they’re aging and inefficient, and because they are facing competition from natural gas.

Many factors contribute to the new utility investment cycle. They include:

  • Age – 59% of America’s coal fired power plants are over 40 years old, with many over 60 years old.

According to former Senate Majority Leader George Mitchell:

In 1970, the [Clean Air Act] required that new sources meet tight emissions standards. At that time, it was assumed that electrical utility units had an average lifetime of 30 years.

  • Competition from Natural Gas – with increasing natural gas supplies and lower prices, the market is shifting to more efficient combined cycle natural gas generators over old, inefficient coal plants.

One industry analyst told the Wall Street Journal:

Inexpensive natural gas is the biggest threat to coal. Nothing else even comes close.

  • Low utilization –the older units are often small, inefficient, and operated only part-time. From a business perspective, it is not cost effective to keep paying the fixed costs needed to maintain them for limited operation. Energy efficiency and demand response programs are far more efficient ways of meeting these energy needs.

In its press release announcing the closings of the three West Virginia plants, First Energy itself points out:

[T]hese plants served mostly as peaking facilities, generating, on average, less than 1 percent of the electricity produced by FirstEnergy over the past three years.

  • Health and the Environment – it is not surprising that these old, inefficient power plants are also disproportionately higher emitters of pollutants, and often have not had modern pollution control equipment installed.

We have information and graphics to illustrate this issue on our new fact sheet.

Business decisions in the utility sector are complex. Don’t let plant owners use our health protections as a scapegoat for their choice to retire old coal-fired power plants.

Also posted in Clean Air Act, Economics, Energy Technologies, News | Comments closed

Let’s Clear the Air: EPA Pollution Standards Will Create New Jobs While Protecting Public Health

By | Bio | Published: September 30, 2011

Opponents of the Clean Air Act have been yelling that this law’s life-saving health protections are “job killers.”

Just for a moment, let’s ignore the fact that these regulations improve public health and safety and save our lives. It is untrue that these regulations kill jobs.

In fact, just two small parts of the Clean Air Act — EPA’s Cross-state Air Pollution and Mercury and Air Toxics rules — would together create nearly 1.5 million jobs over the next five years driven by new investments.

EPA’s new air pollution standards would limit sulfur dioxide, nitrogen oxide, mercury and other unhealthy pollutants that are in the air we breathe. Meeting the new standards, and lowering our air pollution levels, will result in investments in new pollution control equipment and power plants. It will also result in jobs for skilled professionals to do the work of installing and operating that equipment. That means jobs for electricians, plumbers, pipefitters, boilermakers, millwrights, iron workers and engineers – among others.

Among the economic beneficiaries would be the American companies that make pollution control equipment like scrubbers, dry sorbent injectors, and selective catalytic reducers. Take a look at this map:

Pollution Abatement Materials Companies

 

Click to view full-size map

The map is  by no means comprehensive, but it shows some of the companies in the eastern half of the U.S. that are poised to benefit under EPA’s rules.

A Case Study in Job Creation from Installing Pollution Control Equipment

Alstom Power’s James Yann testified before the U.S. Senate’s Subcommittee on Clean Air and Jobs in March of this year.

He described some of the jobs created from just one example of a pollution control technology – a wet flue gas desulfurization “scrubber” that is commonly used to remove sulfur and other air pollutants.

Dependent on the number of scrubbers ultimately installed, Alstom estimates that these clean air regulations will create a total of more than 150,000 jobs over the next five to six years of compliance work. That’s just for direct jobs. In addition, tens of thousands of additional jobs would be created along the supply chain.

Here’s more details to show how it works: 

  • Scrubbers consist of a large number of components including pumps, electrical equipment and wiring, controls, and emission monitors (among many others). Almost all of this equipment can be procured from sources in the United States.
  • Erecting a typical scrubber requires more than 2,000 tons of fabricated steel delivered to the site. This steel represents more than 40,000 man-hours of production.
  • Assembly of the scrubber requires the most man power and a wide variety of trade crafts, typically lasting up to 30 months and employing an average of 700 craft people during that period.
  • In total, a typical wet flue gas desulfurization project will provide the equivalent of about 775 full time jobs over the life of the installation project, not including jobs provided for all the equipment suppliers and delivery services involved in delivering materials and equipment to the site.
  • Scrubber systems require ongoing supplies to operate including ammonia, lime, limestone and activated carbon. Companies making these supplies will need to create additional jobs to meet the increased demand as a result of EPA’s clean air rules.

Also posted in Clean Air Act, Economics, Energy Technologies, Jobs | Comments closed

EDF’s Ads Highlight AEP’s Bad Example

By | Published: September 16, 2011

While other utilities are investing in technology and jobs, cleaning up toxic air pollution and meeting federal health standards, American Electric Power (AEP) engineered a bill to fight these goals. Their bill is designed gut new federal clean air standards based on a law that has protected American lives for 40 years and helped drive one of the few sectors of our economy to grow during the recession — the clean technology industry.

We want to discourage other utilities from following AEP's their bad example. We created a series of ads highlighting AEP’s choice of quick profits over its consumers’ health and lives.

The Environmental Protection Agency estimates that as many as 17,000 lives will be lost without these new rules. AEP apparently thinks it’s the cost of doing business.

Join us in asking how many lives will be lost before the risk becomes unacceptable. Ask AEP “what’s your number” at askwhatsyournumber.com

Also posted in Advertising, Clean Air Act | Comments closed

For Business, It's Not Necessary to Delay the Clean Air Act

By | Bio | Published: March 8, 2011

The Environmental Protection Agency’s (EPA) efforts to enforce the Clean Air Act are vital for our health, our children’s health, and the avoidance of the most dangerous and expensive consequences of climate change.

In spite of that urgency, some businesses are arguing for delay. They claim that new regulations will hurt jobs and the economic recovery. Extensive data refutes these claims, but perhaps the most credible counter-arguments are those made by businesses that disagree.

In a March 1 article in Politico Pro, reporter Darren Samuelsohn interviewed business leaders who "didn’t sound so thrilled" about legislation to pre-empt EPA authority:

“The leaders — from American Electric Power, NextEra Energy, Southern Co. and Dominion Resources — said to varying degrees that they support allowing the EPA to proceed on a ‘reasonable’ time frame on greenhouse gas rules for power plants, petroleum refiners and other major stationary sources.” 

The business community is not monolithic, of course. And it’s no surprise that companies that are innovative are often rewarded with long-term growth.

Recently, the ArcelorMittal steel mill in East Chicago, Indiana, built on-site energy plants to capture heat and gases. The mill reduced its carbon dioxide emissions by about 916,000 metric tons. That’s about the same amount as 166,000 cars and all of the grid-connected solar panels in the world. At the same time, the mill cut as much as $100 million a year in energy costs — and that allowed ArcelorMittal to allocate more money to jobs and investment. 

West Virginia Alloys, a silicon manufacturer, used a similar project to capture waste heat and generate enough electricity on-site to power one-third of its furnaces. The project reduced carbon dioxide emissions by almost 300,000 tons – and at the same time, enabled the plant to increase its workforce by 20 percent.

Companies that fear change typically spend their time and energy fighting change – not on finding the most strategic responses to changing business conditions.

McKinsey and Company and the Department of Energy (DOE) are among those who have collected data showing the plethora of untapped efficiency opportunities being ignored by American industry today. (See some of that data, and helpful case studies, at LessCarbonMoreInnovation.org)

Here are some highlights:

  • McKinsey found that the U.S. industrial sector can reduce annual energy consumption 18 percent by 2020 and save more than $442 billion in energy costs billion in major sectors such as refineries, chemicals, cement, iron and steel, pulp and paper, for an upfront investment of barely more than a quarter of that amount.
  • If the pulp and paper sector, alone, seized the economically attractive opportunities identified by McKinsey and Company, they could reduce energy use by 26 percent and save an estimated $2.6 billion per year.
  • Until recently, U.S. industrial plants didn't know how energy efficient they were (or weren’t) compared to their competitors So the Energy Star for Industry program created a benchmarking tool to allow companies get that information. The results show that many plants have significant room for improvement. For example, the gap between the average plant's performance and the best in class plant's performance is 198 kilowatts per hour more electricity used per assembled vehicle. (That figure takes into account the differences in product, as well as plant capacity, utilization, and location). That’s about as much as what the average U.S. household  uses in electricity each week.
  • The University of Massachusetts’ Political Economy Research Institute looked at the impact on new EPA pollution control rules on the utility sector. They found that the new rules will drive an estimated 1.46 million jobs, or about 290,000 on average in each of the next five years. Other University of Massachusetts studies found that clean energy and energy efficiency are more labor intensive than spending on conventional fossil fuels.

Given over-capacity and capital on the sidelines, now is actually the perfect time to invest in making the current infrastructure cleaner, more efficient, more globally competitive, and ready for the recovery. Investing will be good for the workforce and for customers, and while shareholders may see a little less profit this year, they will see more in the long-run.

Businesses that insist they have to pollute do not represent all businesses. Lots of American businesses are already taking advantage of the opportunities in clean energy and energy efficiency.  If we support them, instead of the businesses that can only handle the status quo, we can create an economic recovery for the long-haul.

Also posted in Clean Air Act, Economics | Comments closed

Economic Benefits from EPA's Power Plant Pollution Rule — New Report

By | Bio | Published: December 10, 2010

We already know that EPA’s proposed rule to reduce power plant pollution in the eastern U.S. is good for public health. An analysis prepared for Environmental Defense Fund (using EPA methodologies) shows that the sulfur dioxide and nitrous oxide emissions from eastern power plants are associated with as many as 60,000 deaths, 3.1 million lost work days, and 18 million acute respiratory symptoms each year — and that's due to particulate pollution alone. 

But there are also economic benefits to EPA's proposed clean air protections, as evidenced in a new report called "Expensive Neighbors: The Hidden Cost of Harmful Pollution to Downwind Employers and Businesses."

This important report reinforces BOTH the health and economic benefits of EPA's proposed Transport Rule. Once again, we see that public health and environmental protection benefit the economy. We should stop being surprised by this. Since its adoption, the Clean Air Act has provided at least $30 in benefits for every dollar of investment, and our national gross domestic product has grown by 207 percent.

The bottom line: EPA should finalize the transport rule now.

The new report was authored by Charles J. Cicchetti, Ph.D., a Senior Advisor to Navigant Consulting. It was co-sponsored by the Clean Air Council, the Public Interest Law Center of Philadelphia, the Chester Environmental Partnership, and Eddystone Residents for Positive Change. Third party review and feedback was provided by the Academy of Natural Science's Center for Environmental Policy, and by A. Myrick Freeman III, the William D. Shipman Professor of Economics Emeritus at Bowdoin College. 

You can read the entire report here.

Also posted in Economics, Health | Comments closed

From the blogosphere: DOE does cool, Google goes with wind

By | Published: July 21, 2010

CleanTechies joined several of their online colleagues in enthusiastically reporting on cool roofs, which “could help reduce global temperatures and offset the heat from as much as two years of global greenhouse gas emissions,” according to a new report from the Berkeley Lab. The report found that “increasing the reflectivity of roofs and pavement in cities with populations greater than 1 million would have a one-time cooling effect equivalent to reducing global CO2 emissions by 57 billion metric tons.” And more good news: “As part of an initiative to promote a transition to cooler surfaces, U.S. Energy Secretary Steven Chu directed all department offices to install cool roofs on any new buildings or when replacing old ones.”

Another widely-discussed piece today was about internet giant Google. As reported in Huffington Post, “Hot on the heels of its $38.8 billion investment in two wind farms in North Dakota, Google has just signed a 20-year contract with an Iowa wind farm that enables the search giant to purchase wind power at a set rate over the next two decades.” Treehugger goes on to praise the contract for not only taking a step toward the company’s stated goal of becoming carbon neutral, but also for providing critical funding for clean energy projects.

Also posted in Energy Technologies, News | Comments closed

Clean Energy Pioneers: Building a Stronger Western Economy

By | Published: June 25, 2010

This post was written by Dan Grossman, Rocky Mountain Regional Director and Senior Counsel to the Land Conservation and Wildlife Program at the Environmental Defense Fund.

Westerners are pioneering a new frontier of economic opportunity through homegrown clean energy solutions. The Clean Energy Pioneers website chronicles the people, businesses and communities across the intermountain West who are laying the foundation for the nation’s clean energy economy.

A new publication out this week, Clean Energy Pioneers: Building a Stronger Western Economy [PDF], compiles some of these stories. Here are just a few:

The release of these inspiring stories coincides with the Western Governors’ Association annual meeting this weekend, where the governors will be gathering to celebrate “100 Years of Common Ground” in working together to protect the region’s natural resources.

Not only will clean energy conserve our natural resources and improve our air quality, it will also boost our local economies and strengthen our energy security.  According to Rich O’Connell, Director of the Logan County, Colo. Economic Development Corp and one of the pioneers quoted in the report, “Wind energy generates income for families and it grows the tax base to build roads, bridges, schools and social services.”

The West is investing in its future by establishing clean energy education and training programs at community colleges to help create the workforce of tomorrow.  New Mexico and Colorado are each home to over a half dozen of such educational centers.

As Tyson Ramseier, a pioneer featured in the report who will graduate in May 2011 from the Wind Energy Technician program at Colorado’s Northeastern Junior College, so cogently put it,

“[Renewable energy] will not only improve the economy by generating cleaner and cheaper electricity, but it also provides jobs as well.”

Clean Energy Pioneers:  Building a Stronger Western Economy complements the Clean Energy Pioneers multimedia project documented by the Rocky Mountain Farmers Union, Western Resource Advocates and Environmental Defense Fund.

Download Clean Energy Pioneers: Building a Stronger Western Economy [PDF].

Also posted in Greenhouse Gas Emissions, Jobs, News, Voices | Comments closed

Hail to the Chief, Indeed: President's truck order will bring fuel-saving technologies to scale

By | Bio | Published: May 25, 2010

This was originally posted on the Innovation Exchange blog.

There is no question that tools exists today to significantly reduce fuel consumption by medium and heavy-duty trucks. The recent National Academy of Sciences’ report on reducing emissions from these vehicles explored this in-depth as did another recent report from NESCAUM. The key question is: can we deploy these tools at an acceptable cost?

The answer is closer to “yes” than ever before, thanks in part to President Obama’s statement last week instructing the National Highway Traffic Safety Administration (NHTSA) and the Environmental Protection Agency (EPA) to develop rules to reduce emissions from medium and heavy-duty trucks – which consume over a quarter of the nation’s liquid fuels.

The most advanced of our fuel-saving tools, such as the hybrid system for medium-duty trucks, face a significant upfront cost barrier. While these systems can payback over the lifetime of the vehicle, the ROI timeline is too extended for most businesses to justify the cost without external incentives. Other, more incremental strategies such as single-wide tires face cultural and cost barriers as well. The resulting upfront capital cost versus long-term operating savings conundrum slows the adoption of these tools and delays emission reductions.

Fuel-saving components need to be produced at a large enough scale to spread out the fixed costs over time while simultaneously bringing the dollar cost down. By creating a nationwide standard for greenhouse gas emissions, the President has put us on a path to finally reach this scale. Imagine that instead of spreading the fix costs of developing and producing medium-duty hybrid powertrains, or single wide tires over a few hundred vehicles a year, these costs are spread over tens of thousands of trucks annually. The ROI for any one unit will instantly be much more attractive. This is what can happen with a strong federal rule.

How will this impact the business community? Consumers, shippers and carriers will be better off with more efficient, cleaner trucks. Operating costs will be lower and less exposed to fuel price volatility. The increased capital costs should be manageable with the advantages of scaled economies. Some of the increased upfront cost will likely be recouped through hire residual values too.

Of course, technological improvements alone aren’t sufficient. There remain many opportunities to reduce emissions through better operational practices, particularly for freight. From reducing empty backhauls, cutting idling, dropping curb weight, decreasing packaging and improving trucking loading, every truck trip can get more done. Some trips can be avoided all together or simply moved to more efficient modes of transportation.

Medium-and-heavy duty trucks will continue to play a vital role as we transition into a carbon constrained world. These trucks are needed to deliver food and beverages to restaurants and stores, drop off packages at homes and offices, and move goods across the nation. However, they will use less fuel for each of these actions. That’s a good thing for the environment, our pocketbooks and energy security.

Also posted in Climate Change Legislation, News, Science, Vehicles and Tailpipe Emissions | Comments closed

Find your way with our new Roadmap to Corporate Green House Gas Programs

By | Bio | Published: April 5, 2010

Want to start cutting your company's greenhouse gas emissions but feeling overwhelmed by your options?  Here at EDF we know how you feel.  That’s why we put together a new Roadmap to Corporate GHG Programs [PDF], a step-by-step guide to help companies develop a strategy for GHG emissions that can lead to credible and lasting reductions.  The Caution! sidebars highlight some of the trickier parts – such as how to avoid green-washing scams.

Read more on EDF's Innovation Exchange blog, and let us know if we've missed any.  You'll be glad you did!

Also posted in Greenhouse Gas Emissions | Comments closed