Energy Exchange

Energy Efficiency Investments – The Reality Behind The ‘Job Killing’ Sound Bite

In letters to the President delivered yesterday, business groups as diverse as the Industrial Energy Consumers of America (representing major manufacturing sectors such as cement, paper, chemicals and steel), the Ohio Business Council for a Clean Economy, Ingersoll Rand and Recycled Energy Development all agree and are asking for the same  thing: EPA should make energy efficiency front and center as it adopts regulations to set greenhouse gas standards for power plants under the Clean Air Act

Given the existence of many positive return-on-investment energy efficiency options, including energy efficiency as a compliance strategy, is a no-brainer. In fact, McKinsey & Company’s Unlocking Energy Efficiency in the U.S. Economy shows the U.S. industrial sector alone can reduce annual energy consumption 18 percent by 2020 and save more than $442 billion in energy costs by investing in energy-efficiency opportunities that quickly pay for themselves (investments that have a positive NPV, or net present value). In the process, they also reduce greenhouse gases, which is what EPA wants. 

But energy efficiency goes beyond a cheap compliance strategy.  It pays returns in perpetuity:  Imagine if several years down the road when these investments have paid for themselves, this $442 billion savings is made available for investments in U.S. manufacturing. The job creation potential then takes off.  At conservative rates of four jobs per million dollars invested, that would create an estimated 1.75 million jobs.  

Typically, facilities can find 20-30 percent in energy efficiency opportunities that pay for themselves in less than two years. For example, EDF recently helped the IUE-CWA union conduct a three day “Treasure Hunt” to search for energy-saving opportunities at the Cobasys advanced battery manufacturing plant in Springboro, Ohio. Even at this state-of-the-art facility built in 2003, the team identified savings that would cut the plant’s energy bill by 18.5 percent and emissions of greenhouse gases (carbon) by 19 percent.

It’s hard to see how a regulation that asks facilities to implement these savings would “kill jobs” when the investments pay  back in less than two years, and provide the company with benefits from  cost savings in perpetuity.          

Once again, a careful look at how companies can comply with EPA regulations shows the “jobs killing” rhetoric to be simply scaremongering. Energy efficiency investments create 8.9 to 11.9 jobs for every $1 million in spending. (Spending on fossil fuels, by contrast, generates 3.7 jobs (oil and gas) to 4.9 (coal) jobs per $1 million in spending.)  So, compliance isn’t a burden and the path forward is job intensive. 

It’s a nice added benefit that energy efficiency jobs can be found across the U.S. and across industry sectors.  For example, the Industrial Energy Consumers of America asked EPA to place special emphasis on industrial cogeneration, an energy efficiency solution also known as ‘combined heat and power’ or ‘waste heat recovery’. A value chain assessment of this solution by Duke University shows that it will increase demand for large equipment such as generators and turbines, all made in the U.S., and lots of new steel piping, good news for the steelworkers.

In sum, a dollar spent on energy efficiency provides triple returns: industrial facilities and building owners quickly see their investments generating annual cost savings (just 2-3 years out), power plants don’t need to build new capacity and raise rates to pay for it, and all the firms across the U.S. that supply energy efficiency solutions see new customers.  And, in the process, CEOs can also check off that “compliance with EPA regulation” box because greenhouse gas emissions will drop significantly.  “Job killing EPA regulations” is a great sound-bite but the experience of firms in the real-world doesn’t support the rhetoric.

Posted in EDF Climate Corps, Energy Efficiency, Jobs / Read 4 Responses

2011 World Energy Outlook Implications

By: Drew Nelson, EDF’s Clean Energy Project Manager

Source: IEA

Yesterday the International Energy Agency (IEA) released its 2011 World Energy Outlook.  The report models expected demand for energy in three scenarios: a business as usual scenario, an aggressive policy scenario to cut greenhouse gas emissions and a middle of the road scenario.  As a result of this analysis, the report lays out some pretty eye-catching conclusions.  The conclusion that will likely receive the most press attention is summed up by the head of the IEA, who states:

“[by] 2015 over 90% of the permissible energy sector emissions [to avoid dangerous climate change]… will already be locked in [due to investments in carbon-based energy sources].  By 2017, 100%. We can still act in time to preserve a plausible path to a sustainable energy future; but each year the necessary measures get progressively tougher and viciously more expensive.”

In other words, we only have five years to make investments in the energy sector that avoid locking us into a future of dangerous climate change.  Any delay will be more expensive than taking action today.  Some of the best scientists, economists, and business officials who drafted and provided comments on this report are clear – NOW is the time to make the urgent investments needed in clean technologies like wind and solar as well as smart-grid technologies to deliver that clean energy to consumers.

However, another conclusion of the report caught our eye here in EDF’s energy program.  For the scenarios that were modeled, natural gas was “the only fossil fuel for which demand rises in all three” scenarios.  This highlights the important role that natural gas will play as an energy source no matter how aggressive policy-makers are in reducing greenhouse gas emissions.  Natural gas use will grow because deposits of “unconventional” sources of gas, like shale gas, are being discovered and drilled in almost every part of the globe.  The report finds that the share of unconventional gas production in North America is projected to rise so that there will be more “unconventional” gas in North America than “conventional.” 

This has broad implications.  Increased shale gas means greater energy security and jobs, but also potential increased impacts in the backyards of some of our most populous states.  There are significant public concerns with shale gas drilling: water quality, air pollution, noise, wildlife impacts and increased traffic are some of the most common.  New data is also showing that current methane gas leakage rates are cutting into the previously accepted greenhouse gas benefits of natural gas.

Yet many oil and gas industry representatives, rather than working with the public, are dismissive of these concerns.  At an industry gathering last week one representative referred to critics of shale gas as an “insurgency.”  This comes on the heels of a gas company announcing that it has employed former military officials who specialize in “psychological operations” in order to help “convince” communities of the merits of shale gas.  Many companies continue to refuse disclosing the chemicals they are pumping into the earth.  These actions do not build trust or goodwill and could endanger further growth of shale gas.  The IEA report states that growth in output of natural gas will “depend on the gas industry dealing successfully with the environmental challenges: a golden age of gas will require golden standards for production.” 

At EDF we are working to develop those golden standards and ensure that shale gas is developed the right way in order to maximize the benefits of shale gas without sacrificing public health, environmental protection and safety.

Posted in Natural Gas / Comments are closed

DOE Roadmap Toward Cleaner Natural Gas Development – Sign Reads “Still Under Construction”

Today the Department of Energy’s Shale Gas Production Subcommittee released a final report that follows up on its earlier recommendations for increased oversight and transparency, assesses their implementation to date and lays out a roadmap for improvement.  The report proposes a focused set of steps for strengthening environmental management in the shale gas industry and developing this abundant energy source in ways that safeguard public health and the environment.  

The report is a call to action, stating “Americans deserve assurance that the full economic, environmental and energy security benefits of shale gas development will be realized without sacrificing public health, environmental protection and safety” and the Subcommittee believes that these recommendations, if implemented, would make real progress toward meeting these goals.  Time is of the essence, though, as the ramifications of inaction pose more risk every day.  

While much more remains to be done to ensure shale gas development is safe for people and the environment,  important progress is currently underway on federal, state and local levels.  The EPA, for example, has proposed rules to reduce air pollution from oil and gas development activities that, while needing improvement, are a critical first step.  Likewise, we’ve seen that states can move very quickly to update their oil and gas rules when they have a mind to.  For example, in only the past eleven months Arkansas, Texas, Montana and Louisiana have adopted requirements mandating the disclosure of chemicals found in hydraulic fracturing fluid.  And Colorado, New York, New Mexico and North Dakota have recently proposed requirements relating to fracturing fluid chemical disclosure.  In Pennsylvania, West Virginia and Ohio, legislatures have passed, or are in the process of debating, more stringent regulations on the exploration and production of natural gas.  

EDF is actively engaged across the country to further the safety and environmental protection of our natural resources wherever the production of natural gas is occurring.  It’s a long, cross-country road trip on highways still under construction.  We’re prepared for the long haul.

Posted in Natural Gas, Washington, DC / Comments are closed

Shale Gas Reserves Could Reignite U.S. Economy

By: Drew Nelson, EDF’s Clean Energy Project Manager

Yesterday, Bloomberg News produced a comprehensive article on shale gas and the hydraulic fracturing process used to tap it.  The article provides some interesting history on how hydraulic fracturing has gone from a fringe technology practiced by only a few innovators to a widespread technology that, along with horizontal drilling, led to the current shale gas boom.  It also highlights the fact that expanding U.S. shale gas production will play an important role in the U.S. economy and provide potential wins to local economies, local air quality, and the global climate system.  However, as EDF President Fred Krupp points out in the article, these wins will only materialize IF the U.S. produces shale gas “in the right way.” 

The article highlights EDF’s role on the front lines of ensuring that shale gas is produced in the right way, which we believe should include, among others:

– Comprehensive disclosure of hydraulic fracturing chemicals (significantly, a Chesapeake Energy spokesman notes in the story that industry’s failure to disclose that information has led to a lack of trust by the public and slowed down industry efforts to expand drilling);
– Modernization of rules for well construction and operation;
– Systems-based management of wastes and water;
– State and national standards for improving air quality and reducing climate impacts; and
– Minimization of land use and community impacts from natural gas development.

It is important for the natural gas industry to realize that business as usual isn’t going to cut it and EDF will continue to work with responsible gas companies to get the rules right.  Stay tuned.

Posted in Natural Gas / Comments are closed

Envision Charlotte is Making the Queen City a Green City

Charlotte is North Carolina’s largest city, nicknamed the “Queen City” after Charlotte of Mecklenburg-Strelitz, queen-consort of King George III (okay, I’ll admit that I had to look that up).  I grew up nearby and over the years, I’ve watched in awe as the city has grown both upward, with high-rises housing the corporate headquarters of Bank of America, Wells Fargo and Duke Energy, and outward, as the suburbs expand to accommodate the ever-growing population. 

Today, efforts are underway to make the Queen City a green city, as part of a major sustainability initiative announced last year.  Envision Charlotte was launched in September 2010 as part of the Clinton Global Initiative; partners include Duke Energy, Charlotte Center City Partners, the City of Charlotte, and many other corporate citizens.  This unique public-private partnership comprises volunteers from 28 different organizations, including EDF, that have come together to make Charlotte the most sustainable urban core in the nation.  The program focuses on four pillars to achieve this goal:

  1. energy efficiency,
  2. air quality,
  3. water reduction, and
  4. waste reduction. 

Last week, my colleague Michael Regan and I attended a public event in Uptown Charlotte to celebrate the installation of interactive displays, provided by Cisco, in almost 70 buildings.  These displays show how much energy is being consumed at any given moment in the city’s center, and provide tips on how to reduce that load.  The idea is to provide information to building workers and visitors on what they as individuals and collectively can do to use energy more wisely, and at no cost. 

It’s estimated that simple behavior changes, like turning off lights and computer monitors when not in use, can reduce 5% of the energy being used in the participating buildings. 

That’s impressive, but the overall energy goal for Envision Charlotte is more ambitious: to reduce energy by 20% in five years.  And that will require investments in building energy management systems, smart grid technologies and aggressive education efforts.  Making these investments will ultimately allow companies to save money by reducing what they spend on energy. 

And making these energy-saving improvements will save money for taxpayers too, since several local government buildings are participating in Envision Charlotte. 

EDF has contributed to this effort, by providing two Climate Corps fellows to Mecklenburg County (where Charlotte is located) this summer to identify low- and no-cost energy savings in county-owned buildings.  In reviewing three buildings, they found measures that could save the county more than $500,000 in five years. Imagine the impact of identifying and implementing similar energy efficiency measures in all city and county owned buildings! 

EDF will continue working with Envision Charlotte to make the energy savings goal a reality.  I have served for the past year on the Envision Charlotte steering committee, which is now a board of directors for the newly created non-profit entity.  And we will document the actions taken so that they can be replicated in other communities around the country.  Stay tuned!

Posted in Climate, EDF Climate Corps, Energy Efficiency, North Carolina / Tagged | Comments are closed

Smart Grid Jobs Booming In Bay Area

Source: Silicon Valley Smart Grid Task Force

This commentary was originally posted on the California Dream 2.0 Blog.

There’s something happening here. What it is, is perfectly clear: the smart grid is creating jobs in Silicon Valley and across the San Francisco Bay Area, according to a report just released by the Silicon Valley Smart Grid Task Force, which EDF oversaw as an advisory council member.

A well-respected research firm, Collaborative Economics, asked local businesses about their jobs in the smart grid sector. The results are early since the smart grid is still mostly in the planning stage but indications suggest it’s a job-engine that California can rely on.

The report divides the industry into four sectors:

  1. power management and energy efficiency,
  2. energy storage,
  3. local clean energy (distributed generation such as rooftop solar, small wind turbines, plus equipment manufacturing and installation), and the
  4. delivery of electricity (transmission and distribution).

During the depths of the recession from 2008 to 2009 when national unemployment doubled from 5% to nearly 10%, smart grid employment in Silicon Valley actually grew.

Manufacturing jobs in the industry are shining brightly against the dark cloud of declining blue-collar employment in the state. Today, more than half of the 12,500 smart grid jobs in the Silicon Valley are in manufacturing.

Investment activity across the diverse smart grid sectors has been robust since 2005 and with strong venture capital (VC) investments. California accounted for 69 percent of total US VC investment in 2010 and total amounts increased 66 percent from 2009 to $2.8 billion.

Investor interest in smart grid is no surprise, since the potential benefits of smart grid are significant and potentially very lucrative:

  • cleaner air,
  • reliable electricity supply,
  • low-cost electric vehicle charging, and
  • energy independence by way of local clean energy.

At the press conference where the report was released, San Jose Mayor Chuck Reed captured the importance of the smart grid when he said that many of the city’s Green Vision Goals for jobs, electric vehicles and renewable energy will only be reachable with a smart grid.

Another reason the Bay Area is creating smart grid jobs is that many of the companies at the heart of the region’s economy – information technology giants such as Oracle, Cisco, and Google, energy companies such as PG&E and Calpine, and technology leaders such as GE and Honeywell – are all at the smart grid frontier.

Consumers have rightly asked, ‘what can smart grid do for me?’ In addition to the many environmental benefits, smart grid means empowerment, both in the traditional electrical sense and now in terms of controlling one’s energy use and costs. Now we have another answer: your next job might be helping to build the smart grid.

Posted in California, Grid Modernization, Jobs / Read 3 Responses