This post was co-authored by Tomás Carbonell, EDF Attorney, and Brian Korpics, EDF Legal Fellow.
Source: Texas Tribune
Haze over Dallas Area
Last week, EDF took one more step toward protecting Texans from harmful levels of ozone pollution that have afflicted the state for far too long.
Ozone pollution, better known as “smog,” is one of the most severe and persistent public health problems affecting Texans. Smog causes a range of health issues — including aggravation of asthma and other respiratory illnesses, decreased lung function, increased hospital and emergency room visits for respiratory conditions — and it is associated with premature mortality in urban areas.
According to the American Lung Association (ALA), Dallas-Fort Worth is the eighth most affected area in the country for smog. ALA estimates the city is home to millions of people who are sensitive to ozone-related health problems — including 1.6 million people suffering cardiovascular disease; nearly 1.9 million children; nearly 650,000 elderly residents; and over 520,000 people with asthma. Read More
Source: Texas Public Radio
Air pollution and sustainability may not have been hot topics for transportation professionals in the past, but they were widely discussed during the 93rd Annual Meeting of the Transportation Research Board (TRB), a conference that brings together transportation professionals from around the world. And as we have highlighted in the past, air emissions from the transportation sector are of particular concern in Texas, and many at the conference took note of the state’s progress.
For instance, one panel highlighted efforts to reduce costly cargo truck delays at various Texas-Mexico border crossings. These truck delays occur due to a myriad of reasons, including rush-hour transit times and customs issues, but a recently launched initiative known as the Border Crossing Information System, or BCIS, is aiming to shorten these delays through accurate monitoring and reporting of truck queues and, in turn, reduce harmful air emissions. Read More
This post originally appeared on EDF's Energy Exchange blog.
On Monday, Google announced it is spending $3.2 billion to buy Nest Labs, the trailblazing company funded through its Google Ventures program and responsible for transforming “unloved” home products into beautiful, smart appliances. That’s a lot of money for a business with only two products: a thermostat and a smoke detector. Nest is not exactly reinventing the wheel, right? Well, actually they are.
Welcome to the Smart Home
Google’s move is a starting shot in the race to become the go-to smart home provider, putting in place stepping stones to realizing a future in which our homes will become one ecosystem – integrated and functioning as a whole. Customers are looking for smart appliances that can notify you when they are wasting energy or not performing properly. Plus, these innovative technologies provide customers with more opportunities to engage with and benefit from other cost- and energy-saving solutions, like demand response, rooftop solar power and electric vehicles. This puts customers in the driver seat, giving them insight and control over their daily lives in ways never before imagined (even if just to use automated, “set-it-and-forget-it” functionality). Read More
Source: Campaign for Clean Air
Recently, the Houston Chronicle published an article showing that over 80,000 schoolchildren at 127 schools are frequently exposed to air pollution due to their proximity to busy roadways. Houston, in particular, is vulnerable to the formation of unhealthy air pollution, given the city is home to one of the busiest ports in the country and some of the busiest roadways, and emissions from all those vehicles tend to pool around the streets locals use most. But what’s critical to note is that exposure to this kind of pollution is especially harmful for our young ones, as children breathe in more air per pound of body weight than adults. Now, with these staggering figures, it’s clear that something must be done to protect Houston children from the dangers of vehicle pollution.
In total, 127 Houston-area schools were found to be located within 200 meters of a roadway, the distance within which traffic-related pollution is most potent. The accumulation of these emissions, which contain nitrous oxides (NOx) and volatile organic compounds (VOCs), form ozone pollution under the right conditions—usually on warm, sunny days. With no shortage of vehicles emissions or sunlight, the city is definitely a hot spot for ozone pollution and Houstonians are faced with increased health risks. Read More
This commentary originally appeared on our EDF Voices blog.
It’s no secret that electricity generation requires substantial amounts of water, and different energy sources require varying amounts of water. Nor is it a surprise that Texas and other areas in the West and Southwest are in the midst of a persistent drought. Given these realities, it is surprising that water scarcity is largely absent from the debate over which energy sources are going to be the most reliable in our energy future.
Recent media coverage has been quick to pin the challenge of reliability as one that only applies to renewables. The logic goes something like this: if the sun doesn’t shine or the wind doesn’t blow, we won’t have electricity, making these energy sources unreliable. But if we don’t have reliable access to abundant water resources to produce, move and manage energy that comes from water-intensive energy resources like fossil fuels, this argument against the intermittency of renewables becomes moot.
Moving forward into an uncertain energy future, the water intensity of a particular electricity source should be taken into consideration as a matter of course. Read More
I often refer to energy efficiency as being cost effective, and it is. It is always cheaper not to use energy or to get the same result while using less energy. But monetary cost savings are just one of the many benefits associated with implementing energy efficiency measures. Reduced pollution, improved health and reduced strain on our water supply are other notable benefits of energy efficiency, though they are not always taken into consideration when a utility proposes a new energy efficiency project.
At the state regulatory level, Public Utility Commissions or similar entities are required to do a cost-benefit analysis for each energy efficiency project or program that a utility proposes, in order to determine how cost effective it may be. This analysis is called an ‘energy efficiency cost test,’ and although the concept may seem straight forward, its application is based on a varying set of pre-defined criteria that are not always consistent. Furthermore, the subject of cost-effectiveness tests is sensitive in the utility sector, because it’s at the core of how energy efficiency programs are valued.
There are several different types of energy efficiency cost tests that differ slightly and are often customized to reflect a state’s values. Before diving into the options, it’s important to note that a cost-effectiveness test of some sort is a necessary measure as more and more states implement ratepayer-funded energy efficiency programs. Customers need to know that the programs they’re paying for are delivering the promised benefits, and regulators need to ensure that the costs paid by the customers are justified. Read More
As we begin a new year, the outlook for 2014 looks bright. But as the Polar Vortex has descended upon the U.S. over the last few days, we have been reminded of the past, specifically the winter of 2011 when Texas’ electricity grid stuttered under the extreme cold.
Monday, as a record-breaking cold snap whisked over the U.S., the Electric Reliability Council of Texas (ERCOT), the state’s grid operator, warned of possible blackouts, just as they did in 2011. We were lucky this time, but in February of 2011 we were not, and blackouts occurred throughout the state.
ERCOT’s warning meant that the grid's power reserves “dropped below a comfortable threshold,” and the "system was just one step away from rolling blackouts” as the need for energy outpaced supply. As these blackout threats loomed, two power plants succumbed to the cold and went down. The loss in capacity amounted to about 3700 megawatts (MW), with 1800 MW lost due to the cold. According to Dan Woodfin, ERCOT’s Director of System Operations, “if we had lost another unit it would have put us into an Energy Emergency Alert Three” – the stage that prompts rolling blackouts. This is unnecessary and unacceptable. Read More
Source: Angela Keck Law Offices LLC
By: Tomás Carbonell, EDF Attorney, and Brian Korpics, EDF Legal Fellow
This post originally appeared on EDF's Energy Exchange blog.
As we have highlighted before, EPA’s recent actions regarding storage tank standards is of particular interest to Texas. In 2009 alone, there were 6,120 storage tanks built in Texas large enough to be subject to EPA’s standards. The standards will apply only to new tanks. Since the number of new tanks is related to the number of existing wells, and Texas accounts for approximately 23% of new oil wells and 33% of new gas wells drilled in the U.S. (far greater than any other state), Texas is likely to account for a large share of the country’s new storage tanks. From a health standpoint, this rule preserves important protections for Texans, but much more remains to be done. Many counties in Texas fail to meet health based air quality standards. EPA needs to fortify thoughtful rules that place public health above all else, so that Texans (and many others) can breathe safe, healthy air that is free of ozone and other harmful contaminants.
A new year may be upon us, but – unfortunately – some members of the oil and gas industry would prefer we roll back the clock on common sense, long-overdue emission standards for oil and gas equipment.
Oil and natural gas production continues to expand rapidly in the United States – and with it the potential for emissions of climate-destabilizing pollutants (especially methane), smog-forming compounds and carcinogenic substances, such as benzene. We urgently need rigorous national standards that comprehensively address the full suite of pollutants from oil and gas facilities, protect public health and the environment and conserve needless waste of our nation’s natural resources. Read More
This commentary originally appeared on EDF's Energy Exchange blog.
Now that 2013 is behind us, it’s important to reflect on the progress of renewable energy last year and identify obstacles that may arise in 2014.
Over the last year, we kept a close eye on multiple clean energy attacks around the country, specifically on the Renewable Portfolio Standards (RPS) in the various states. As we have highlighted before, the “man behind the curtain” in these attacks is none other than the infamous American Legislative Exchange Council (ALEC), a front group and model bill factory for many corporate interests including oil, gas and coal.
The good news is that from Ohio to Kansas, EDF and other organizations have been successful in preventing ALEC’s aggressive tactics to hamper clean energy. To date, ALEC has failed to repeal clean energy standards in any state, despite its “Electricity Freedom Act” propaganda and promise that 2013 would be "the most active year ever" for efforts to repeal renewable energy mandates. Active? Yes. Effective? No. Read More
As we come to the end of another year, we look back on the progress that has been made to improve Texas’ air quality. Our work is especially important in Texas. Ozone pollution in the state’s largest cities routinely spikes above healthy levels, and Texas leads the nation in annual carbon emissions.
Throughout 2013, my fellow bloggers and I tracked the critical progress made towards cleaner air in Texas. Texas experienced a handful of victories and a handful of losses. To summarize the year, I’ll discuss a few of the areas where we made progress, and a few of the areas where there is still more work to do.
Progress Toward Smart Power and Clean Air
Over the past year, Texas wind power continued its promising positive trend, thanks in part to the state’s forward-looking decision to build new high-capacity electricity transmission lines linking the windy plains of West Texas with the state’s cities. The Competitive Renewable Energy Zone (CREZ) transmission project was approved by the state in 2008, and the new power lines are set to come online in a few weeks. The new power lines can carry 18,500 megawatts of electricity—enough to power millions of homes. The CREZ lines will help ensure Texas wind energy continues to expand, offsetting electricity produced from fossil-fuel power plants and reducing pollution. Read More
Posted in Air Pollutants, Air Pollution, clean car standards, Climate change, Dallas Fort-Worth, Environmental Protection Agency, Houston, Ozone, Renewable Energy, Wind
Tagged Attorney General Abbott, Competitive Renewable Energy Zone, CREZ, Tier 3