Existing Emissions Laws Could Cut U.S. Footprint Without Climate Bill

A day after the Senate pulled the plug on a comprehensive climate bill, a new report shows the U.S. could reduce greenhouse gas emissions 14 percent below 2005 levels by 2020 by aggressively using existing state and federal policies.

A 14 percent reduction, however, falls short of President Barack Obama’s Copenhagen commitment, as well the emissions reduction targets put forth in the most recent climate legislation that was put forth and failed over the last year. It also pales in comparison to the cuts most scientists say is needed to avoid the worst effects of climate change.

“The study highlights both the need to pass climate legislation and the importance of preserving existing authorities,” Jonathan Lash, president of the World Resources Institute, which wrote the report, said in a statement. “The study’s findings make it very clear that current efforts by Congress to curb U.S. EPA authority will undermine U.S. competitiveness in a clean energy world economy, block control of dangerous pollutants, and put the U.S. at odds with its allies.”

As Lash alluded to, the 14 percent reduction calculated by WRI is far from assured, given recent attacks on the EPA and state laws. Sen. Lisa Murkowski (R-Alaska), for example, tried and failed to rein in the EPA’s authority to regulate greenhouse gas emissions, while a push from Big Oil-funded organizations in California put the fate of the state’s aggressive climate change law on the November ballot. At the same time, some have backed off participation in regional emissions trading programs, such as Arizona, which distanced itself from the Western Climate Initiative because of the economic downturn.

The 14 percent reduction would require pushing existing laws and regulations to the fullest extent possible under a set of circumstances the World Resources Institute calls the “go-getter” scenario. The Obama administration and states would have to maintain “steadfast resolve” in order to achieve this upper range of emissions reductions.

The WRI study also evaluated the potential results from three other scenarios: a “lackluster” scenario with efforts in the lower range of what is technically possible; “middle-of-the-road,” based on the medium range of what is technically feasible, with moderate regulatory ambition; and a “business-as-usual” scenario.

It found that “lackluster” state and federal efforts would only push emissions to 6 percent below 2005 levels by 2020, while a “middle-of-the-road” approach would trim emissions 9 percent by 2020.

Keeping concentrations of carbon dioxide emissions below 450 parts per million, considered to be the upper range needed to avoid the worst impacts of climate change (but considered by some to still be too high) would require emissions reductions of 36 percent to 48 percent by 2020.

The most effective tools in the U.S. regulatory arsenal are the Clean Air Act’s mobile source and New Source Performance Standard provisions, its Title VI authority to reduce hydrofluorocarbons, and the Department of Transportation’s vehicle fuel efficiency authority.

Additional state level action would be needed to close the gap, as well as some regulatory policies not included the report, such as transportation planning and forest lands management. Existing tools will also need to be beefed up to meet long-term emissions reduction goals.

Reducing Greenhouse Gas Emissions in the United States Using Existing Federal Authorities and State Action

This report shows how the U.S. could reduce greenhouse gas emissions 14 percent below 2005 levels by 2020 by aggressively using existing state and federal policies.

A 14 percent reduction falls short of President Barack Obama’s Copenhagen commitment, as well the emissions reduction targets put forth in the most recent climate legislation that was put forth and failed over the last year. It also pales in comparison to the cuts most scientists say is needed to avoid the worst effects of climate change.

“The study highlights both the need to pass climate legislation and the importance of preserving existing authorities,” Jonathan Lash, president of the World Resources Institute, which wrote the report, said in a statement. “The study’s findings make it very clear that current efforts by Congress to curb U.S. EPA authority will undermine U.S. competitiveness in a clean energy world economy, block control of dangerous pollutants, and put the U.S. at odds with its allies.”

The 14 percent reduction would require pushing existing laws and regulations to the fullest extent possible under a set of circumstances the World Resources Institute calls the “go-getter” scenario. The Obama administration and states would have to maintain “steadfast resolve” in order to achieve this upper range of emissions reductions.

The WRI study also evaluated the potential results from three other scenarios: a “lackluster” scenario with efforts in the lower range of what is technically possible; “middle-of-the-road,” based on the medium range of what is technically feasible, with moderate regulatory ambition; and a “business-as-usual” scenario.

From the Irony Dept: Tom Delay to Thank for EPA Emissions Authority

Josie Garthwaite – Earth2Tech

Take Tom Delay, the former congressional GOP leader with a longstanding hatred for the U.S. EPA and doubt about climate change, and figure out how, by six degrees of separation, he triggered the Supreme Court ruling that’s now giving Congressional Democrats leverage to push climate policy through Congress.

Does not compute, right? This is the guy who once called the EPA the “gestapo of government” and tried to virtually eliminate toxic waste laws during his Washington heyday in the 1990s. Well, the Obama administration energy czar, Carol Browner, drew the connection in six degrees at MIT’s conference on energy policy this week. Here’s how:

1. Back in the 90s in a “squabble,” Delay asks Browner if she thinks the EPA has authority to regulate greenhouse gas emissions.
2. Browner doesn’t know, and decides to have the agency’s legal team look into it.
3. EPA lawyers decide yes, the Clean Air Act probably does give this authority, and write a memo saying as much.
4. Bush administration comes in and does not act on the memo.
5. Massachusetts, joined by 11 other states, picks up the memo to strengthen its lawsuit against the EPA for not regulating greenhouse gas emissions.
6. Supreme Court makes a landmark decision that the EPA has responsibility to determine whether or not emissions are dangerous, and if they are, to regulate them.

So here we are two years and one administration after that Supreme Court decision, and the EPA has just found that greenhouse gas emissions do, in fact, endanger health and human welfare, paving the way for that next step — doing something about it. Now lawmakers and industry groups against limiting emissions have a choice that, as Chairman of the Select Committee on Energy Independence and Global Warming Edward Markey put it yesterday, “focuses the mind” — either hash out an effective carbon-reducing system in Congress, or risk having the EPA do it autonomously. So thanks, Delay.

The video of Browner’s talk is posted here on MIT’s site. She tells the Delay anecdote toward the end, during the Q and A.

Chemicals used to purify drinking water create toxic by-products

Washington, April 1 (ANI): Chemical disinfectants used to make water safe to drink react with organic material in it, and yield toxic consequences, say researchers.

Michael Plewa, a geneticist at the University of Illinois, points out that disinfection by-products (DBPs) in water are the unintended consequence of water purification.

“The reason that you and I can go to a drinking fountain and not be fearful of getting cholera is because we disinfect water in the United States,” he said.

“But the process of disinfecting water with chlorine and chloramines and other types of disinfectants generates a class of compounds in the water that are called disinfection by-products. The disinfectant reacts with the organic material in the water and generates hundreds of different compounds. Some of these are toxic, some can cause birth defects, some are genotoxic, which damage DNA, and some we know are also carcinogenic,” he added.

Funded by the U.S. Environmental Protection Agency (EPA), the 10-year study was started with a view to developing mammalian cell lines that would be used specifically to analyse the ability of such compounds to kill cells, or cytotoxicity, and the ability of these emerging disinfection by-products to cause genomic DNA damage.

“Our lab has assembled the largest toxicological data base on these emerging new DBPs. And from them we’ve made two fundamental discoveries that hopefully will aid the U.S. EPA in their regulatory decisions. The two discoveries are somewhat surprising,” Plewa said.

His team’s first finding involves iodine-containing DBPs.

“You get iodine primarily from sea water or underground aquifers that perhaps were associated with an ancient sea bed at one time. If there is high bromine and iodine in that water, when you disinfect these waters, you can generate the chemical conditions necessary to produce DBPs that have iodine atoms attached. And these are much more toxic and genotoxic than the regulated DBPs that currently EPA uses,” he said.

Plewa revealed that the study’s second discovery concerned nitrogen-containing DBPs.

“Disinfectant by-products that have a nitrogen atom incorporated into the structure are far more toxic and genotoxic, and some even carcinogenic, than those DBPs that don’t have nitrogen. And there are no nitrogen-containing DBPs that are currently regulated,” he said.

The researcher even said that apart from drinking water DBPs, swimming pools and hot tubs are also DBP reactors.

“You’ve got all of this organic material called ‘people’ — and people sweat and use sunscreen and wear cosmetics that come off in the water. People may urinate in a public pool.

Hair falls into the water and then this water is chlorinated. But the water is recycled again and again so the levels of DBPs can be ten-fold higher than what you have in drinking water,” he said.

According to Plewa, higher levels of bladder cancer and asthma have been observed in people who do a lot of swimming – professional swimmers as well as athletic swimmers.

These individuals have greater and longer exposure to toxic chemicals, which are absorbed through the skin and inhaled.

“The big concern that we have is babies in public pools because young children and especially babies are much more susceptible to DNA damage in agents because their bodies are growing and they’re replicating DNA like crazy,” he said.

Telling about a new project that his team is working on, Plewa said: “We’re working with engineers and chemists to develop new technologies that will disinfect water, that will desalinate water, that will remove pharmaceuticals from water but in so doing, don’t generate by-products that are even more toxic than the things you’re trying to remove.”

He suggests that until the development of new technologies to safely disinfect the water in public pools, education is needed to encourage people to bathe or shower before entering a public pool.

“It’s the organic material that gets in the pool that is disinfected and then re-circulated over and over again. That’s why we call swimming pools disinfectant by-product reactors. But by public education, by personal behaviour, there should be ways that we can reduce the levels of the dissolved organic material that should reduce the level of DBPs,” he said.

A report on this study has been published in the journal Mutation Research.(ANI)