Energy Fixes and Climate Change / CO2 Emissions / Energy / Pollution / Global Warming / and the tipping point we’ve already reached -

Bill Gates: We need global ‘energy miracles’

By John D. Sutter, CNN//
// -1) {document.write(‘February 13, 2010 — Updated 0103 GMT (0903 HKT)’);} else {document.write(‘February 12, 2010 8:03 p.m. EST’);}
// ]]>February 13, 2010 — Updated 0103 GMT (0903 HKT)

Long Beach, California (CNN) — Microsoft Corp. founder and philanthropist Bill Gates on Friday called on the world’s tech community to find a way to turn spent nuclear fuel into cheap, clean energy.

“What we’re going to have to do at a global scale is create a new system,” Gates said in a speech at the TED Conference in Long Beach, California. “So we need energy miracles.”

Gates called climate change the world’s most vexing problem, and added that finding a cheap and clean energy source is more important than creating new vaccines and improving farming techniques, causes into which he has invested billion of dollars.

[ . . . ]

“We have to drive full speed and get a miracle in a pretty tight timeline,” he said.

Gates said the deadline for the world to cut all of its carbon emissions is 2050. He suggested that researchers spend the next 20 years inventing and perfecting clean-energy technologies, and then the next 20 years implementing them.

(etc.)

http://edition.cnn.com/2010/TECH/02/12/bill.gates.clean.energy/index.html

***

My Note –

For over 45 years there have been designs created, inventions made, breakthroughs accomplished in these areas. Bill Gates needs to speak with the CEOs and corporations throughout the US that have bought, hijacked and shelved these designs and inventions along with their patents. We don’t have another twenty years to fix this energy problem and the inherent pollution of the way it has been being done.

- cricketdiane

***

Dye-sensitized solar cell

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A selection of dye-sensitized solar cells

A dye-sensitized solar cell (DSSC, DSC or DYSC[1]) is a relatively new class of low-cost solar cell, that belong to the group of Thin film solar cells.[2] It is based on a semiconductor formed between a photo-sensitized anode and an electrolyte, a photoelectrochemical system. This cell was invented by Michael Grätzel and Brian O’Regan at the École Polytechnique Fédérale de Lausanne in 1991[3] and are also known as Grätzel cells.

This cell is extremely promising because it is made of low-cost materials and does not need elaborate apparatus to manufacture. In bulk it should be significantly less expensive than older solid-state cell designs. It can be engineered into flexible sheets and is mechanically robust, requiring no protection from minor events like hail or tree strikes. Although its conversion efficiency is less than the best thin-film cells, its price/performance ratio (kWh/(m2·annum·dollar)) should be high enough to allow them to compete with fossil fuel electrical generation (grid parity). Commercial applications, which were held up due to chemical stability problems[4], are now forecast in the European Union Photovoltaic Roadmap to be a potentially significant contributor to renewable electricity generation by 2020.

(Excerpt from – )

http://en.wikipedia.org/wiki/Dye-sensitized_solar_cell

***

Most solar cells are made of amorphous silicon. The problem with this is that the silicon must be of a very
Solar cells in the field
high purity and have a near perfect crystal structure. This makes it very expensive to produce. The efficiency of such a cell is also very small, typically converting only 13-18 % of sunlight to electricity. However, low efficiency wouldn’t matter if huge arrays of cells could be produced cheaply. After all, nature’s solar cells, chloroplasts in plants are less than 1 % efficient.


Electrons jump from  the valence bands into the conduction band, where
they are mobile.
Most solar powered devices rely on the same principle: a photon of sunlight boosts an electron in the material into a mobile state so that it can be used to generate electricity. The problem with this simple mechanism is that the electrons are negatively charged and will leave a positive charge. These opposite charges attract one another and therefore will tend to recombine, squandering the absorbed energy as heat or as re-emitted light.

Silicon solar cells use an electric field to push the negatively charged electrons and positive charges apart. While chloroplasts adopt a more subtle approach of separate charges by making a distinction between the units that generate the electron and those that transport it away.

Natural nanotechnolog: Chloroplast contain nanoscale molecular machinery (including pigment molecules like chlorophyll) arranged inside stacked structures, called thylakoid disks, that conevert light and carbon dioxide into biochemical energy.
Click picture to view source

Deciding to copy nature’s trick, Michael Gratzel and Brian O’Regan at the Swiss Federal Institute of Technology began research and produced the Grätzel cell in 1991.

The Grätzel cell uses intensely colored organic dye molecules to capture light energy to inject an electron from the dye into a semiconductor such as titanium dioxide (TiO2). This remarkably efficient charge separation reaction initiates current flow and the output of electrical energy by the cell.


Schematic diagram showing how a Grätzel cell work. The dye molecules attached onto the semiconductor particles are sandwiched between two glass electrodes.

How does nanoscience help?

The ideal material used in the cell must have a high surface area for light absorption and charge separation. Nanoparticles, having a comparable surface area to volume ratio, provides for just that. Titanium dioxide nanoparticles are used to make nanoporous thin film supported upon a glass substrate. The material obtained has optical transparency, excellent stability and good electrical conductivity.

[etc.]

http://www.chm.bris.ac.uk/webprojects2002/etan/Webpages/applications%20solar%20bottom.htm

***

Clean Energy and the Pollution We are living with everyday – We are the generation of grandchildren living with global climate change, air and water pollution, dead seas, overfished oceans and lakes that are polluted – don’t even pretend that we’re not already there -

Throughout every square mile of the country and across every other country in the world, the ecological damage has continued unabated affecting every last man, woman and child in the generation that is living now. It is a fact. No matter how rich or how poor, whether you can go skiing in the Alps where you think the air is clean, or are off to some Caribbean Island where the water is bright turquoise under a clear blue sky or are sitting under a pretty apple tree out in the “country” – the pollutants are everywhere you stand, everywhere you walk, in every breath you take and in every glass of water or wine you drink. Where did you think it would go?

- cricketdiane, 08-10-09

***

Our children ride in school busses that are filled with diesel fumes that are absolutely known carcinogens. Our cars are polluting both inside the vehicle cabin and outside everywhere they go. The freeways and roadways are runoff areas for every exotic chemical compound ever created by man and the air around them are filled with such a chemical stew of exotic compounds that not one molecule of air, plant life or soil is unaffected.

We had the little sunbeam electric car in the 60′s. If we had put money behind that technology, we would have it available in a form that would have underwritten prosperity just as gasoline has done. But, no. We designed monorails, people mover technologies, trains, maglev trains and other mass transit clean technologies. All that had to be done was to use it. Public transit can use natural gas, but for the most part, it doesn’t. Instead, we have polluting transportation systems which continue to have money poured into doing more of it. Why? How could that have ever worked right?

Almost every single building we have built has poisoned air / sick building syndrome due to chemicals used for cleaning, leeching residue chemicals from building materials and poor air filtration systems. But, it keeps being done the same way regardless. It is affecting every person that lives, works or even walks into these buildings. This is a fact and it is a known fact by those who make the decisions to keep doing things the same way. And yet, those same people are worried about it affecting some future generation? Are they thinking about what it is doing and has been doing to them that they are living with now?

When the decision-makers in our country, whether political leadership or leaders in business and industry, decided to not do anything differently while spending our money to do it, they left the results to us. We are living with the pollution every moment everywhere we go. When we pick up a bottled water, that chemical stew is affecting us. When we cook our food on a teflon pan, that chemical release goes into our food. When we ate what was cooked on those surfaces, day after day in nearly every kitchen in America, those chemicals were in every bite we had. When we played in the dirt of the playground or in our own yards at our parent’s house, we were taking in the lead from gasoline exhaust and other exotic chemicals that were in that soil. It went into our skin and into our bodies with a complete disregard for what good things anyone may have wanted for us – because it was there. That is true of everything that we’ve polluted our environment with – from PCBs to toxic chemicals with names as long as the height of a person. There are a quite a few which combine by proximity to form combinations that are even more toxic than what they were when they were originally created.

There are no neighborhoods safe from these polluting chemicals and no products that don’t have some part in creating them, regardless of how good they all might look. We have schools that look more like prisons than schools with airborne illness prevalent and sick building syndrome so common that it will be surprising if evolutionary changes in humanity don’t occur because of it. We have elderly and other huge populations of our society taking an entire sock full of pills everyday to simply have the basic physical functions of any human being from normal blood pressure, normal sugar levels and the normal ability to relieve themselves – to the basic ability to sleep and process food.
We’ve managed to produce nearly two full generations who can barely understand what they read (even among those with college educations) and an entire generation that are mostly psychotic nine-tenths of the time in which they generally hate everybody and much of the time hate themselves, as well. Their hopelessness and despair are pervasive and shared with that of numerous other generations and groups within our population right now today. We don’t have to wait for any future generation to experience it – we have our grandparents, parents, (and ourselves) with the businesses and leadership they elected and supported, to thank for it now.

The extent to which our global climate has already changed and is changing will affect us and our children this year, this day, this time next year and every day from here on out. It is already too late to fix it. The only thing we can hope to do is to clean up the mess that is here now, find a way to use the chemicals that are already toxic to everything they touch by converting them into something more appropriate and using them for our energy needs, and find ways to harness the pollutants to be useful for the businesses that used to disperse them into the environment. And we can clean up what we use for transporting things and people along with what we use to create and distribute electricity.

- cricketdiane, 08-10-09

***

The extent to which our global climate has already changed and is changing will affect us and our children this year, this day, this time next year and every day from here on out. It is already too late to fix it. The only thing we can hope to do is to clean up the mess that is here now, find a way to use the chemicals that are already toxic to everything they touch by converting them into something more appropriate and using them for our energy needs, and find ways to harness the pollutants to be useful for the businesses that used to disperse them into the environment. And we can clean up what we use for transporting things and people along with what we use to create and distribute electricity. Those things are available and we can do them starting right now today.

- Cricket House Studios, by cricketdiane, 2009

***

http://www.epa.gov/TRI/trichemicals/index.htm

http://mapecos.org/map

Clean Energy Summit and the Toxic Environment left from the last thirty years of paying for University Research and Engineering that has little been used -

(Today’s Clean Energy Summit – yeah, right . . . )

http://cleanenergysummit.org/2009_agenda.html

My Note -

If every car, truck and airplane were converted today all around the world and every industry stopped polluting today, we would still have a mess to clean up. And, in thirty years from today -

we will be having this same discussion, if these people have their way. I say that because it is what they’ve already done.

The problem is – here was a nice planet which had been sustainable for human life and the future survival of a multitude of species including mankind. Oh well . . .

It is already passed the tipping point. What planet y’all going to live on where there’s a grocery store, taxis, restaurants or $2,500 shoes now?

- cricketdiane, 09-10-09

***

Clean Energy Summit and the Toxic Environment left from the last thirty years of paying for University Research and Engineering that has little been used -

National Clean Energy Summit 2.0: Jobs and the New Economy

***

My Note –

We are the grandchildren that were left with it. When I hear politicians and business people from corporations say how we don’t want to leave our grandchildren with air that isn’t breathable, global climate change, water that is polluted and soil filled with lead and pollution, I know they are dicking around and talking shit because we are the generation that were the grandchildren left with it already. We are the grandchildren and children living with those results.

When I see mommy’s that are worried to give their child applesauce that isn’t organic and all concerned about the toys their child might have, I can’t understand why they sit them in a car with exhaust fumes filling the cabin without any concern whatsoever. I don’t understand why they don’t know that the chemical plant not two miles from them is covering that home and nearby stores, children’s schools and churches with crud in the air, pollution in the soil, and runoff in the groundwater, creeks and into the city’s water system. How could they not know?

At what point did it matter that there would be future health consequences for us – for our generation – from atomic tests performed within the boundaries of our own country? And where was that fallout going to go? Why do people think they can move to the “countryside” and be safe when toxic chemicals have been dumped in every field, creek and stream for $50 a barrel to some family that needed the money at some point? There has been radioactive chemicals found in well water and in the water table of Greenville, S.C. and people still thought everything was fine. That is one of many places throughout the US that have found something that should not have been where it was found and were exceedingly dangerous to a continued healthy life for people living there.

Where I live, there is a freeway about a half mile away from my home. There is an air base about two miles away. I could walk there from here. At some times of the year, there is such an depth of poisons in the air that it is like standing behind a diesel truck in an enclosed garage with the engine idling and the fuel not burning completely. That doesn’t matter. Every few days, the pollution levels in and around Atlanta are above a level safe to walk outside or play outside or in fact, to be outside – we are the generation of grandchildren who are living with the results of the decisions to do nothing about it effectively leaving us with daily lives suffering whatever effects will come from it.

But still they study it and pay to study it some more and pay for more studies with our tax money and our academic funds and the corporations continue to lobby instead of fixing it and still they study and study and reassure us it will be our grandchildren’s problem and research and lobby and study some more.

In 1975, the industries that were pouring pollutants into the air could’ve added filtering systems on their smokestacks for about $600 a piece. In 1982, they could’ve put those filtering systems on their plants for about $1200 per smokestack, water pipe or effluent pond and by 1990, they still could’ve done it for as little as $2000 per unit. But, they didn’t want to do that.

And, if you look at the amount of money they’ve spent to hinder, undermine and destroy legislative efforts to regulate their industry’s pollution which would’ve required them to add these systems, the lobbying and public relations money spent to prevent that regulation is greater than what they would’ve spent to solve the problem in the first place.

They could’ve used those pollutants to actually make their operations more efficient and in many cases, could’ve used them to power their plants and had an economic advantage from it. But, they didn’t want to do that – so they spent the lion’s share of their available resources to pay lobbyists to get up to Washington and into every state legislature and to exert pressure on elected officials to back off.

Every industry using petroleum based products and transportation systems wanted it to stay that way, claiming that our future generations and grandchildren would be left the costs of cleaning it up and fixing it. Well, that’s us. Here we are. And, now we have used the money, time, efforts, brilliant minds, resources, academic institutions, research and three generations of people and business to study the hell out of it in every last detail while we continue to have the same problems that we had in the first place with very little changed except to have extended the damage to a greater area and higher intensity.

Throughout every square mile of the country and across every other country in the world, the ecological damage has continued unabated affecting every last man, woman and child in the generation that is living now. It is a fact. No matter how rich or how poor, whether you can go skiing in the Alps where you think the air is clean, or are off to some Caribbean Island where the water is bright turquoise under a clear blue sky or are sitting under a pretty apple tree out in the “country” – the pollutants are everywhere you stand, everywhere you walk, in every breath you take and in every glass of water or wine you drink. Where did you think it would go?

- cricketdiane, 08-10-09

***

National Clean Energy Summit 2.0: Jobs and the New Economy

http://cleanenergysummit.org/

WHEN: August 10th 2009 10:00 AM – 4:00 PM

WHERE: University of Nevada, Las Vegas, Cox Pavilion
Directions »
Accommodations »
Parking Information»

WHAT: High-level industry leaders, scientists, policy experts, and public officials, along with citizens and the media, will gather in Nevada for a day-long summit hosted by the Center for American Progress Action Fund, U.S. Senate Majority Leader Harry Reid (D-NV), and the University of Nevada, Las Vegas. This year’s summit will bring together the nation’s top minds including former President Bill Clinton, Vice President Al Gore, energy executive T. Boone Pickens, Governor Arnold Schwarzenegger, White House Council on Environmental Quality Special Advisor Van Jones, Nevada State AFL-CIO executive Danny Thompson, and many others to chart a course for our nation’s clean energy future.

National Clean Energy Summit 2.0: Jobs and the New Economy

http://cleanenergysummit.org/

***

10:00 AM – 12:30 PM Roundtable: Building the Clean-Energy Economy

Welcome and opening remarks by:

United Nations Foundation President, Former Senator Tim Wirth (D-CO), Moderator
Dr. Neal Smatresk, acting president, University of Nevada, Las Vegas
Senate Majority Leader Harry Reid (D-NV)
Former Vice President Al Gore
Governor Arnold Schwarzenegger – California
John D. Podesta, President and CEO, Center for American Progress Action Fund

Moderated Discussions:

The macro economic case for clean-energy investment

Bringing energy-efficiency retrofits to scale

Promoting the market for renewable energy and energy infrastructure
Participants include:
Denise Bode – CEO, American Wind Energy Association
Lucien Bronicki – Founder and Chairman, Ormat Technologies
Dr. Stephanie Burns – CEO, Dow Corning
Senator Maria Cantwell (D-WA)
Secretary Steven Chu – U.S. Department of Energy
General Wesley Clark – Chairman, Growth Energy
Former Vice President Al Gore
Nevada State Senator Steven Horsford
Van Jones – White House Council on Environmental Quality
Rose McKinney James – Energy Foundation Boards
Terry O’Sullivan – General President, Laborers’ International Union of North America
T. Boone Pickens – Boone Pickens Capital Management
John D. Podesta – President and CEO, Center for American Progress Action Fund
Marc Porat – Serious Materials and Pegasus Investments
Senate Majority Leader Harry Reid (D-NV)
Steve Roell – Chairman and CEO, Johnson Controls
Governor Arnold Schwarzenegger – California
Dr. Keith Schwer – Director, UNLV Center for Business and Economic Research
Secretary Hilda L. Solis – U.S. Department of Labor
Danny Thompson – Executive Secretary Treasurer, Nevada State AFL-CIO
Mayor Antonio Villaraigosa – Los Angeles, California
John Woolard – President and CEO, Bright Source Energy
Michael Yackira – CEO, Nevada Energy
Former Senator Tim Wirth (D-CO) – United Nations Foundation, Moderator

2:00 – 2:30 PM Special Remarks by President Bill Clinton

2:30 – 4:00 PM Clean-energy policy community town hall:

Participants include:
Vice President Al Gore
Senator Harry Reid (D-NV)
T. Boone Pickens
Cathy Zoi, Assistant Secretary for Energy Efficiency and Renewable Energy, Department of Energy
John D. Podesta, Moderator

http://cleanenergysummit.org/2009_agenda.html

***

including -

Dr. Stephanie Burns – CEO, Dow Corning

My Note -

I don’t have to go to Russia, India, China or Taiwan to be exposed to Dow Chemical polluting – I just have to go down the road a few miles from where I live -

DOW CHEMICAL CO.
1881 W. Oak Pky.
Marietta, Georgia
United States of America

Industry or SIC:
Plastics Materials And Resins (SIC:2821)
Select A File:
Corporate Owner:
DOW CHEMICAL COMPANY THE
Select A File:
Years Reporting to TRI:
2000-2005
Select A File:
Est. Position Accuracy:
1000 meters
Select A File:
On-site emissions:
193,304 lbs in 2005 (Level:6)
Select A File:
Est. Hazard of on-site emissions:
15,966 (Level:5)
Select A File:
Main Chem. Emitted:
Chlorodifluoromethane
Select A File:

More Info
This graph shows how this facility compares to other facilities in its industry, county, and state, as well as all facilities nationwide (the county bar is not shown if the county contains fewer than 10 facilities). The higher the bar, the greater the ranking for the hazard associated with the facility’s toxic chemical emissions to air compared to each reference group. A bar that reaches the top of any group indicates that the facility has the highest value for that group.

Graph Details

**********

August 6, 2009

DOE Awards $377 Million in Funding for 46 Energy Frontier Research Centers

Washington, DC – In a major effort to accelerate the scientific breakthroughs needed to build a new 21st-century energy economy, U.S. Energy Secretary Steven Chu announced the delivery of $377 million in funding for 46 new multi-million-dollar Energy Frontier Research Centers (EFRCs) located at universities, national laboratories, nonprofit organizations, and private firms across the nation.

“As global energy demand grows, there is an urgent need to reduce our dependence on imported oil and curtail greenhouse gas emissions,” said Secretary Chu. “Meeting the challenge to reduce our dependence on imported oil and curtail greenhouse gas emissions will require significant scientific advances. These centers will mobilize the enormous talents and skills of our nation’s scientific workforce in pursuit of the breakthroughs that are essential to expand the use of clean and renewable energy.”

Of the $377 million awarded to the EFRCs, $277 million comes from funding made available through the Recovery Act with the remaining $100 million made from DOE’s FY2009 budget. The 46 EFRCs are being funded at $2-5 million per year each for a planned initial five-year period and were selected from a pool of applications received in response to a solicitation issued by the U.S. Department of Energy Office of Science in 2008 and announced on April 27, 2009. Selection of the EFRCs was based on a rigorous merit review process utilizing outside panels composed of scientific experts. In total, the EFRC initiative represents a planned DOE commitment of $777 million over five years.

EFRC researchers will take advantage of new capabilities in nanotechnology, high-intensity light sources, neutron scattering sources, supercomputing, and other advanced instrumentation, much of it developed with DOE Office of Science support over the past decade, in an effort to lay the scientific groundwork for fundamental advances in solar energy, biofuels, transportation, energy efficiency, electricity storage and transmission, clean coal and carbon capture and sequestration, and nuclear energy.

EFRCs funded by the American Recovery and Reinvestment Act include:

  • Arizona State University (Tempe, AZ) – $14 million for five years to adapt the fundamental principles of natural photosynthesis to the man-made production of hydrogen or other fuels from sunlight.
  • University of Arizona (Tucson, AZ) – $15 million for five years to enhance the conversion of solar energy to electricity using hybrid inorganic-organic materials.
  • University of California, Santa Barbara (Santa Barbara, CA) – $19 million for five years to discover and develop materials that control the interactions between light, electricity, and heat at the nanoscale for improved solar energy conversion, solid-state lighting, and conversion of heat into electricity.
  • Columbia University (New York, NY) – $16 million for five years to develop the enabling science needed to realize breakthroughs in the efficient conversion of sunlight into electricity in nanometer sized thin films.
  • Cornell University (Ithaca, NY) – $17.5 million for five years to understand and control the nature, structure, and dynamics of reactions at electrodes in fuel cells, batteries, solar photovolataics, and catalysts.
  • University of Delaware (Newark, DE) – $17.5 million for five years to design and characterize novel catalysts for the efficient conversion of the complex molecules comprising biomass into chemicals and fuels.
  • Massachusetts Institute of Technology (Cambridge, MA) – $19 million for five years to understand the transport of charge carriers in synthetic disordered systems, which hold promise as new materials for conversion of solar energy to electricity and electrical energy storage.
  • University of Massachusetts (Amherst, MA) – $16 million for five years to use novel, self-assembled polymer materials in systems for the conversion of sunlight into electricity.
  • University of Michigan (Ann Arbor, MI) – $19.5 million for five years to study complex material structures on the nanoscale to identify key features for their potential use as materials to convert solar energy and heat to electricity.
  • University of North Carolina (Chapel Hill, NC) – $17.5 million for five years to synthesize new molecular catalysts and light absorbers and integrate them into nanoscale architectures for improved generation of fuels and electricity from sunlight.
  • Northwestern University (Evanston, IL) – $19 million for five years to synthesize, characterize, and understand new classes of materials under conditions far from equilibrium relevant to solar energy conversion, storage of electricity and hydrogen, and catalysis.University of Notre Dame (Notre Dame, IN) – $18.5 million for five years to understand and control, at the nanoscale, materials that contain actinides (radioactive heavy elements such as uranium and plutonium) to lay the scientific foundation for advanced nuclear energy systems.
  • Pennsylvania State University (University Park, PA) – $21 million for five years to dramatically increase our fundamental knowledge of the physical structure of bio-polymers in plant cell walls to provide a basis for improved methods for converting biomass into fuels.
  • Purdue University (West Lafayette, IN) – $20 million for five years to use fundamental knowledge about the interactions between catalysts and plant cell walls to design improved processes for the conversion of biomass to energy, fuels, or chemicals.
  • University of Southern California (Los Angeles, CA) – $12.5 million for five years to simultaneously explore the light absorbing and emitting properties of hybrid inorganic-organic materials for solar energy conversion and solid state lighting.
  • University of Texas, Austin (Austin, TX) – $15 million for five years to pursue fundamental research on charge transfer processes that underpin the function of highly promising molecular materials for photovoltaic and electrical energy storage applications.

A complete list of the 46 EFRCs, their lead institutions, funding levels and objectives, is on the Basic Energy Sciences’ Energy Frontier Research Centers page.

Media contact(s):
(20…

http://www.energy.gov/news2009/7768.htm

***

My Note -

So, tell me where all the things are from the money we’ve already been spending since 1972 in energy and alternative clean energy research . . .

When I was in high school, there were research grants being made even then, for clean air / clean water / clean energy / clean fuel / alternative energy / non-petroleum based systems for transportation and energy / battery technologies / filtering and carbon sequestration and chemical toxins – pollution sequestration / and on and on and on. For well over 30 years, we have been funding this research. Where are the products to show for it?

Are we to expect that a few windmills are the complete return on this money that has been spent year after year, research group after research group, university after university? Where are all the other clean energy technologies that have come out of this and why aren’t we getting access to any of them on any scale that could make a difference?

The sad fact is that the same participants meeting at this one day “clean energy summit” are responsible for decisions which are allowing these technologies to sit on a shelf in corporations, universities and in government files, and at the same time saying they want to do something about it.

- cricketdiane, 08-10-09

MapEcos is a map of US facilities with information on pollution and improvement efforts. We present a balanced view of industrial environmental performance.

http://mapecos.org/

http://mapecos.org/map

There isn’t two square miles of this country that isn’t covered over in some nasty something that has polluted the air, soil and water. There are pharmaceuticals and industrial chemicals in drinking water, even bottled water. There are massive amounts of lead in the soil where our children can play anywhere in the country because of leaded gasoline and falling jet fuel emissions. There are stupidly high emissions from the DOW and other chemical plants everywhere they are.

And they have the right to talk about clean energy as if they will do anything about it now? They haven’t done anything except to move their polluting to a more extensive worldwide phenomenon and paid lobbying groups to stop any government interventions in the US and elsewhere. In Fact – for the amount of money they’ve spent on lobbyists and political contributions and public marketing campaigns to pretend to care while polluting everywhere, they could’ve actually paid for the filters and sequestration systems to have not been polluting in the first place. But, no – they didn’t want to do that.

Now, there is nowhere in the US that isn’t covered over in some kind of toxic chemical nonsense from these industries, particularly the petroleum based transportation systems and related chemical process industries. It could’ve been stopped, filtered, sequestered and other ways used to do many things including clean energy, every day for the last thirty years. All we’ve managed to do is to pay for study after study, engineering applications that aren’t ever going to be used and for research that never get to the marketplace. When do the decision makers fix that? How about now//?

- cricketdiane

***

http://www.epa.gov/TRI/trichemicals/index.htm

TRI Chemicals

You will need Adobe Reader to view some of the files on this page. See EPA’s PDF page to learn more.

Quick Links

Search TRI data <!– US TRI Map–> US Map by State

If you want information about toxic chemical releases in your neighborhood enter your Zip code here:

Click here to access a Web-based tutorial to use TRI Explorer more effectively.

The current TRI toxic chemical list contains 581 individually listed chemicals and 30 chemical categories (including 3 delimited categories containing 58 chemicals). If the members of the three delimited categories are counted as separate chemicals then the total number of chemicals and chemical categories is 666 (i.e., 581 + 27 + 58).

TRI Chemical Lists

Note: Three chemicals on the current list (methyl mercaptan, hydrogen sulfide, and 2,2-dibromo-3-nitrilopropionamide) are under administrative stays and are not currently reportable.

PBT Chemicals

  • TRI PBT Chemical Rules – Information on the rules which have lowered reporting thresholds for Persistent, Bioaccumulative, and Toxic (PBT) Chemicals.
  • TRI PBT Chemicals List – List of TRI PBT chemicals extracted from Current List of TRI Chemicals.

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TRI Chemical List Changes (1987- 2005)

  • TRI Chemical List Changes (PDF) (11 pp, 163K, About PDF)
    EPA has made chemical list changes through the chemical petitions process and EPA-initiated review, therefore, the TRI list of reportable toxic chemicals can vary from year to year. This document lists all the additions and deletions to the TRI chemical list and indicates the first or last reporting year for the listed chemical. For information about the toxic effects of some of the TRI chemicals, see Toxicity Information, and for lists of regulations that cover some TRI chemicals, see Regulatory Program information.

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Regulatory Program Information

  • TITLE III List of Lists (PDF) (105 pp, 5.3 MB, About PDF)
    This is a consolidated list of chemicals subject to reporting requirements under Title III of the Superfund Amendments and Reauthorization Act of 1986 (SARA) with references to their reporting status under Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA or Superfund), The Resource Conservation and Recovery Act (RCRA), and Sections 302 and 313 of The Emergency Planning & Community Right-To-Know Act (EPCRA).
  • Regulatory Matrix of TRI Chemicals in other Federal Programs (PDF) (9 pp, 183K, About PDF)
    A matrix has been developed for each TRI chemical indicating whether it is regulated under other selected environmental laws.

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Toxicity Information

  • Hazard Information on Toxic Chemicals Added to EPCRA Section 313 Under Chemical Expansion.
    This page provides summary hazard information on the 286 chemicals that were added to the Toxics Release Inventory in 1994. EPA has developed information summaries on 40 selected TRI chemicals to describe how you might be exposed to these chemicals, how exposure to them might affect you and the environment, what happens to them in the environment, who regulates them, and whom to contact for additional information.
  • TRI Chemical Fact SheetsExit EPA Disclaimer
    Chemical fact sheets for many of the TRI chemicals are available from the collection of New Jersey’s Right to Know Hazardous Substance Fact Sheets.
  • TRI Chemicals Classified as OSHA Carcinogens
    This is a list of TRI chemicals that are classified as carcinogens under the requirements of the Occupation Safety and Health Administration (OSHA) and, the basis of the classifications. OSHA carcinogens have a 0.1% de minimis concentration limit instead of 1%. Amounts of TRI chemicals present below the de minimis concentration limit in mixtures do not have to be included in threshold determinations or release and other waste management calculations.
  • ATSDR TOXFAQSExit EPA Disclaimer
    These are a series of summaries developed by the Agency for Toxic Substances and Disease Registry (ATSDR) that contain frequently asked questions about the health effect for 60 hazardous substances. About 50 of these chemicals are also TRI chemicals.

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My Note -

If every car, truck and airplane were converted today all around the world and every industry stopped polluting today, we would still have a mess to clean up. And, in thirty years from today -
we will be having this same discussion, if these people have their way. I say that because it is what they’ve already done.
The problem is – here was a nice planet which had been sustainable for human life and the future survival of a multitude of species including mankind. Oh well . . .
It is already passed the tipping point. What planet y’all going to live on where there’s a grocery store, taxis, restaurants or $2,500 shoes now?
- cricketdiane, 09-10-09
***
***

Subprogram groups at the Department of Energy and Office of Science / NATO and Russia meeting of the minds on international security matters – national security and climate change / air pollution, carbon sequestration – create your own business by solving for “x”

Geoscience, chemical science, bioscience

The Department of Energy supports the geosciences through the Office of Science Chemical Sciences, Geosciences, and Energy Biosciences subprogram. The Office of Science supports research in analytical chemistry, particularly in the area of mass spectrometry, separation chemistry, and thermo-physical properties. Examples of the science include solvation in supercritical fluids, electric field assisted separations, speciation of actinide elements, ion imprinted sol gels for actinide separations, ligand design, stability of macromolecules and ion fragmentation, imaging of organic and biological materials with secondary ion mass spectrometry, and the physics of highly charged species. The subprogram also supports research on the collision physics of highly charged ions and their interactions with surfaces. In the area of geosciences, work is supported to study low-temperature geochemical processes and rates in mineral-fluid systems.

http://www.energy.gov/sciencetech/geoscience.htm

***

http://www.euronews.net/2009/06/28/natorussia-re-establish-military-ties/

NATO and Russia have relaunched formal cooperation on security threats after their first high-level talks since falling out over the Georgia war last year. The meeting on the Greek island of Corfu was aimed at mending ties torn by Russia’s short war in Georgia last summer.

The Italian Prime Minister said he had brought what he called a message of collaboration from the Russian President Dimitri Medvedev.

[etc.]

My note – there is a video on this page also.

http://www.euronews.net/2009/06/28/natorussia-re-establish-military-ties/

***

http://www.archives.gov/records-mgmt/policy/guidance-regulations.html

What is required in record keeping and records management of US government / Federal govt. workers, supervisors, agencies and agencies’ heads – also access requirements to public – FOIA

***

At the Innovation Days Exhibition in Lisbon, developers were showing off new software designed to detect the causes of road accidents. The system uses photos taken at the scene of an accident, official reports and analysis of the road conditions to make a 3D computer recreation of the crash.

Immigration officers sometimes make mistakes but a new automatic system could reduce these errors. Electronic passports containing personal and biometric information are scanned at the first gate. Then the biometric information is double checked by a biomentric machine against the live passport holder and a central data base. If everything is ok the second gate opens. The check is complete. Accuracy and efficiency are improved. But best of all, this machine carries out these checks faster than a human immigration officer – and so could help reduce queues for travellers all over the world.

[etc.]

http://www.euronews.net/2009/06/24/security-systems-at-innovation-days/

tags: Security, Technology

***

Innovating for kids Research: Innovation Days in LisbonInnovation Days in Lisbon

http://www.fossil.energy.gov/programs/sequestration/

***

Novel Carbon Sequestration Concepts

Advanced Chemical and Biological Approaches

Recycling or reuse of CO2 from energy systems would be an attractive alternative to storage of CO2.

The goal of this program area is to reduce the cost and energy required to chemically and/or biologically convert CO2 into either commercial products that are inert and long-lived or stable solid compounds.

Two promising chemical pathways are magnesium carbonate and CO2 clathrate, an ice-like material. Both provide quantum increases in volume density compared to gaseous CO2.

As an example of the potential of chemical pathways, the entire global emissions of carbon in 1990 could be contained as magnesium carbonate in a space 10 kilometers by 10 kilometers by 150 meters.

Concerning biological systems, incremental enhancements to the carbon uptake of photosynthetic systems could have a significant positive effect.

Also, harnessing naturally occurring, non-photosynthetic microbiological processes capable of converting CO2 into useful forms, such as methane and acetate, could represent a technology breakthrough.

An important advantage of biological systems is that they do not require pure CO2 and do not incur costs for separation, capture, and compression of CO2 gas.

This program area will seek to develop novel and advanced concepts for capture, reuse, and storage of CO2 from energy production and utilization systems based on, but not limited to:

  • Biological systems;
  • Advanced catalysts for CO2 or CO conversion;
  • Novel solvents,sorbents,membranes and thin films for gas separation;
  • Engineered photosynthesis systems;
  • Non-photosynthetic mechanisms for CO2 fixation (methanogenesis and acetogenesis);
  • Genetic manipulation of agricultural and tree to enhance CO2 sequestering potential;
  • Advanced decarbonization systems; and
  • Biomimetic systems.

http://www.fossil.energy.gov/programs/sequestration/novelconcepts/index.html

***

My Note -

There could be some really good business models here. . .

create your own business – invent something – solve a problem – make it work

- cricketdiane, 06-29-09

***

Climate Change – US agreements that are now being applied into clean energy, clean alternative energies, air quality clean up and alternative fuels / alternative transportation systems by support of DOE guidelines and grants, Congressional actions and President Obama’s speech today on Climate Change – Implementation of New Energy Demand Standards – Clean Energy Requirements – Emissions Reductions – World wide agreements – Copenhagen international agreement about climate change – emission reductions – alternative energy deployments – carbon pollution reduction

http://www.cnn.com/2009/TECH/ptech/06/29/cellphones.universal.charger/index.html

Now the cell phone industry has agreed to standardize its chargers, making all handsets compatible with a micro-USB plug already standard on handsets such BlackBerrys.

Last year an estimated 1.2 billion cell phones were sold worldwide, according to University of Southern Queensland data reported by industry umbrella group GSMA (Groupe Speciale Mobile Association), generating up to 82,000 tonnes of chargers.

[ from - ]

Europe getting a universal cell-phone charger

updated 27 minutes ago

(CNN) — The frantic hunt for the right cell-phone charger will soon be a thing of the past — in Europe at least — as major manufacturers on Monday agreed to introduce a universal adaptor within six months.

Industry leaders, including Apple, Motorola, Nokia, Samsung and Sony Ericsson, have struck a deal with the European Union to introduce the one-size-fits-all charger by January 1, 2010, offering a solution to one of modern life’s chief frustrations.

***

Freedom of Information Act

The goal of the NSA/CSS Freedom Of Information Act/Privacy Act Office is to release as much information as possible, consistent with the need to protect classified or sensitive information under the exemption provisions of these laws.

The Freedom Of Information Act (FOIA) generally provides that any person (with the exception of another federal agency, a fugitive from the law, or a representative of a foreign government) has a right, enforceable in court, to request access to federal agency records, except to the extent that such records (or portions thereof) are protected from disclosure by one of nine exemptions. As part of the Agency’s compliance with the Electronic FOIA (E-FOIA) requirements, NSA/CSS has begun to post FOIA information that will inform the public of NSA/CSS missions and functions. For information on how to submit a FOIA request, please see the NSA FOIA Handbook.

President Bush signed Executive Order (EO) 13392 on 19 December 2005, setting new standards for Federal Agency FOIA programs by ordering that agencies emphasize a new citizen-centered approach to the FOIA with a results-oriented focus (EO 13392). In response to that EO, NSA has established a FOIA Requester Service Center and has appointed a Chief FOIA Public Liaison Officer. The FOIA Requester Service Center serves as an initial point of contact for FOIA requesters to receive status updates and any appropriate information about their current requests. The Chief FOIA Public Liaison Officer is someone to whom requesters can raise concerns about the service received from the FOIA Requester Service Center. Contact information follows:

NSA FOIA REQUESTER SERVICE CENTER:
POC: Marianne Stupar
NSA FOIA Requester Service Center/DJP4
9800 Savage Road, Suite 6248
Ft. George G. Meade, MD 20755-6248
Telephone: (301) 688-6527
Fax: (301) 688-4762
Email: foiarsc@nsa.gov
(for questions about existing cases only – to submit a request, click here)

NSA CHIEF FOIA PUBLIC LIAISON OFFICER:
Pamela N. Phillips
NSA Chief FOIA Public Liaison Officer/DJP4
9800 Savage Road, Suite 6248
Ft. George G. Meade, MD 20755-6248
Telephone: (301) 688-6527
Fax: (301) 688-4762
Email: foialo@nsa.gov
(for questions about existing cases only – to submit a request, click here)

http://www.nsa.gov/public_info/foia/index.shtml

***

http://www.state.gov/

http://search.state.gov/search?q=inmeta:DC_type_publication&partialfields=DC_type_publication:Communique|DC_type_publication:Joint%20Communique&displayname=Communique&sort=date:D:S:d1&filter=0&Search.x=0&Search.y=0&author=&start_date=&end_date=&as_occt=&as_filetype=&as_epq=&as_oq=&as_eq=&getfields=*&site=stategov_facet|oig|fpc|bmena|usawc|mepi|travel|stategov_exchanges|careers|foia|aiep|pepfar|cspo&entqr=3&getfields=*&entsp=0&output=xml_no_dtd&lr=lang_en&client=stategov_frontend&ud=1&search-button=Search&oe=UTF-8&ie=UTF-8&proxystylesheet=stategov_facet&search-button.x=0&search-button.y=0

[HTML] – 2009-05-29 – U.S. Submission on Copenhagen Agreed Outcome
U.S. Submission on Copenhagen Agreed Outcome
www.state.gov/g/oes/rls/other/2009/124101.htm

***

U.S. Submission on Copenhagen Agreed Outcome

Bureau of Oceans and International Environmental and Scientific Affairs
Washington, DC
May 29, 2009

Introductory Comments

  • The United States supports a Copenhagen agreed outcome that recognizes the magnitude and seriousness of what science demands, reflects both common and differentiated elements, is pragmatic, and recognizes the diversity of countries’ circumstances and opportunities so as to invite a variety of approaches and encourage participation.
  • The United States is committed to reaching a strong international agreement in Copenhagen based on both the robust targets and ambitious actions that will be embodied in U.S. domestic law and on the premise that the agreement will reflect the important national actions of all countries with significant emissions profiles to contain their respective emissions.
  • Attached is a notional agreed outcome that reflects a structural approach and includes content where appropriate at this stage:
    • It takes the form of an “implementing agreement” under the Framework Convention, in order to allow for legally binding approaches and to reflect the Bali Action Plan’s mandate to further the implementation of the Convention.
    • Relevant provisions in the Convention are identified with respect to the corresponding implementing provisions.
    • We address only the Convention outcome, not its relationship, if any, to the next step under the Kyoto Protocol.
  • o The United States will be submitting additional proposals as the negotiations progress.
  • o It should also be noted that several U.S. proposals could co-exist with the proposals of other countries.


Copenhagen Decision Adopting the Implementing Agreement

The Conference of the Parties,

Seeking to further implement the Convention, in light of evolving science and mindful of evolving economic development and emissions trends,

Recognizing, in light of Article 2 (objective) of the Convention, the importance of identifying one or more reference points in the mid-century timeframe that can guide the efforts of the Parties and the international community and against which aggregate global efforts can be continually assessed,

Considering, in that regard, that [ ] is/are desirable global indicator(s),

Having a shared vision of [summary that ties together the elements of the agreement],

Hereby adopt the attached implementing agreement.


United States Input to the Negotiating Text for Consideration at the 6th Session of the AWG-LCA

Copenhagen Implementing Agreement under the Framework Convention on Climate Change

Section 1 – Mitigation

Article 1

Recalling Article 4.1(b) of the Convention, under which all Parties shall “[f]ormulate, implement, publish and regularly update…programmes containing measures to mitigate climate change…,”
  1. Parties shall implement their respective nationally appropriate mitigation action(s) reflected in Appendix 1.
  2. In addition, Parties shall formulate and submit low-carbon strategies that articulate an emissions pathway to 2050, as specified in Article 2 below.
  3. Mitigation action is subject to measurement, reporting, and verification, as reflected in Appendix 2.

Article 2

Recalling Article 4.1(b) of the Convention and recognizing that the levels of ambition expected of Parties will necessarily evolve over time as their respective national circumstances and respective capabilities change:

  1. With respect to developed country Parties:

    a. For each such Party, Appendix 1 includes quantitative emissions reductions/removals in the 2020/[ ] timeframe, in conformity with domestic law.

    b. Each such Party shall formulate and submit a low-carbon strategy for long-term net emissions reductions of at least [ ] by 2050.

  2. Recognizing that the circumstances of countries naturally evolve over time, Paragraph 1 above shall apply, when Appendix 1 is next updated, to other Parties in accordance with objective criteria of economic development.
  3. With respect to developing country Parties whose national circumstances reflect greater responsibility or capability:

    a. For each such Party, Appendix 1 includes nationally appropriate mitigation actions in the 2020/[ ] timeframe that are quantified (e.g., reduction from business-as-usual) and are consistent with the levels of ambition needed to contribute to meeting the objective of the Convention.

    b. Each such Party shall formulate and submit a low-carbon strategy for long-term net emissions reductions by 2050, consistent with the levels of ambition needed to contribute to meeting the objective of the Convention.

    c. Appendix 1 shall include date(s) by which the Party will commit to the type of action referred to in paragraph 1(a) above.

  4. Other developing country Parties should implement nationally appropriate mitigation actions and develop low-carbon strategies, consistent with their capacity.
  5. Recalling Article 4.1(a) and Article 12.1 of the Convention, developing country Parties, except the least developed country Parties, shall provide the inventories referred to in Article 12.1 on an annual basis.
  6. The Conference of the Parties shall establish the terms under which developing country Parties may elect to offer emissions/removals credits under the Agreement (e.g., sectoral crediting, project-based crediting).
  7. The development of low-carbon strategies and the implementation of mitigation actions of developing country Parties will, as appropriate, be supported by financing, technology, and capacity-building, as set forth in Section 4 and Appendix 3.

This Agreement does not affect the ability of Parties to establish emissions trading linkages between or among themselves.

Article 3 – REDD-plus

  1. Recalling Article 4.1(b) of the Convention, as part of their mitigation actions under Articles 1 and 2 above, Parties may elect to participate in “REDD-plus.” REDD-plus refers to actions that reduce emissions by sources or increase removals by sinks in the land use sector in developing countries. The purpose of REDD-plus is to assist developing countries in achieving sustainable development and contributing to the objective in Article 2 of the Convention.
  2. The Conference of the Parties shall develop [or Appendix 5 contains, if possible to complete] a framework for REDD-plus that, taking into account Article 2(5) above, includes the elements set forth in Appendix 5.

Section 2 – Adaptation

Article 4

  1. Recognizing the need for greater efforts to adapt to climate change:

    a. the Parties agree to further enhance the implementation of their common obligations under Article 4.1(e) of the Convention; and

    b. the Parties adopt the robust adaptation framework set forth in Appendix 4, which includes an overarching policy strategy designed to stimulate actions to support domestic adaptation.

  2. The objectives of the framework set forth in Appendix 4 are:

    a. to catalyze greater attention to adaptation at all levels and to help Parties build a robust approach in their respective efforts;

    b. to galvanize national and international support for adaptation priorities in a range of sectors; and

    c. to promote climate-resilient development in a manner that is practical, informed by the best science, environmentally sound, and economically efficient, and that promotes on-the-ground results.

  3. Developing country adaptation actions will be supported by financing, technology, and capacity-building, as set forth in Section 4 and Appendix 3.

Section 3 – Technology

[provisions on national actions to promote the development, deployment, and diffusion of environmentally sound technologies, including actions to promote favorable legal and policy frameworks]

[provisions on cooperative action to promote the development, deployment, and diffusion of environmentally sound technologies]

[provisions to promote greater public and private sector investments in technology research, development, and deployment]


Section 4 – Financing

With respect to funding, the U.S. is keenly aware of the need for a dramatic increase in the flow of resources available to developing countries to catalyze both mitigation and adaptation actions at a scale that will be necessary to address the climate challenge. Resources will need to flow from a wide variety of sources, including, for example, public sources in developed and developing countries, private investment, and – in the case of mitigation – the carbon market. The private sector is expected to be a much larger source of funding than the public sector, making it critical that policies in both developed and developing countries promote the flow of such funding. The text below suggests certain funding-related elements to be included but leaves to future negotiation, taking into account mitigation efforts and other related issues, the questions of whether there is a need for a new funding-related mechanism(s) and, if so, where such mechanism(s) would be referenced.

[provision reaffirming Annex II Parties’ obligations under Article 4.3 and 4.4 of the Convention]

[provision regarding assigning a new function to either the existing or another operating entity, namely to provide technical assistance for building developing countries’ capacity to “ready” themselves for accessing larger pools of domestic and international financing by e.g., creating low-carbon development strategies and establishing national systems for measurement, reporting, and verification]

[provisions to establish a means to, inter alia, draw on public/private sector expertise; recommend steps intended to mobilize domestic and international financing from a variety of domestic, bilateral, regional, and multilateral sources, including carbon markets; consider ways of linking qualifying actions with support; recommend how to improve the effectiveness and efficiency of the Parties’ aggregated efforts to mobilize investment; and address concerns of competition, targeting and overlap of such efforts] [provisions to enable transparency and appropriate participation of the Parties]


Section 5 – Other Provisions, Including Final Clauses

Article 6
In accordance with Article 7 of the Convention, the Conference of the Parties shall keep under review the implementation and progressive development of this Agreement.

Article 7
The functions of the Secretariat under the Convention shall include those related to this Agreement.

Article 8
[provisions regarding amendment of the Agreement, including its Appendices.]

Article 9
[provisions regarding signature and ratification/acceptable/approval/accession]

Article 10
[provisions regarding entry into force that are neither over-inclusive (in terms of number of Parties) nor under-inclusive (in terms of the types of Parties whose participation is necessary for the Agreement to enter into force)]


Appendix 1 – Mitigation
[to be filled in per Section 1]ALPHABETICAL LIST OF UNFCCC PARTIES

Appendix 2 – Measurement, Reporting, and Verification
[provisions on MRV of mitigation actions generally]
[provisions on MRV of mitigation actions that are externally funded]
[provisions on MRV of financial, technological, and capacity-building support]
[provisions on MRV of various aspects of enabling environments in recipient country Parties to promote external financial, technological, and capacity-building support]

Appendix 3 – Financing
[to be filled in]

Appendix 4 – Adaptation Framework
Recognizing that climate change poses a profound threat to sustainable development, that poor developing countries are particularly vulnerable to climate change and already suffering adverse impacts, the Parties agree on the need for an overarching policy framework that sets forth common goals and areas of action and identifies necessary resources for enabling actions.

General Provisions

The objectives of this Adaptation Framework are:

-to catalyze greater attention to adaptation at all levels and to promote coherence among the range of institutions and actors involved in the effort to adapt to climate change.
- to help Parties, in particular the most vulnerable, build a robust approach in their respective efforts;
-to galvanize national and international support for adaptation priorities in a range of sectors; and
-to promote climate resilient development in a manner that is practical, informed by the best science, is effective and efficient, and promotes on-the-ground results.

Key aspects of the approach to adaptation include:

-affirming the importance of adapting to the impacts of climate change, which is a challenge for all countries, especially for those particularly vulnerable to climate change, including the least developed countries, small island developing states and African countries prone to drought, desertification, and floods; -reaffirming the relevant provisions of Article 4 of the Convention and decisions 5/CP.7 and 1/CP.10 and the Nairobi Work Programme;
-recognizing that adaptation will involve the independent efforts of a broad range of institutions and actors at the international, national and sub-national levels, including, inter alia, international technical agencies, governments, communities and non-governmental organizations;
-recognizing that adaptation is an integral part of development;
- recognizing that the alleviation of poverty is an essential factor in addressing the impacts of climate change;
- recognizing that adaptation occurs at local, regional, and national levels and is an inherent part of development planning and implementation;
- recalling existing undertakings concerning development responsibilities, including the Monterrey Consensus on financing for development and the Paris Declaration on Aid Effectiveness;
-noting that there are major differences among the different regions and States in terms of environmental, economic and social conditions and levels of development, which will lead to different judgments on priorities in addressing problems related to adaptation to climate change;
-acknowledging the need to involve major groups in national, regional and international activities to address adaptation to climate change;
- recognizing that adaptation is the process of building resilience to climate change, including reducing vulnerability and responding to impacts;
-recognizing that the Convention can serve as a catalyst for actions on adaptation and the value of taking advantage of the work of existing organizations and institutions already involved in addressing climate-related risks and opportunities;
-recognizing the link between adaptation and mitigation, in that enhanced action on mitigation will reduce the need for adaptation; and
-recognizing the value of promoting ecosystem-based adaptation strategies and approaches.

Implementation of Adaptation and Enabling Activities

Adaptation Actions Parties should promote adaptation to climate change by:

-setting as their common goal sustained and effective action to address adaptation to the impacts of climate change;
-taking immediate adaptation actions, wherever possible, using existingknowledge, resources, plans and processes;
- integrating adaptation concerns into national development programs and priorities;
-developing, reviewing, and reporting on national action programs on adaptation within [X] years on the basis of national priorities and strategies; and
- cooperating to build capacities and mobilize resources for the development and implementation of such programs, in particular for the least developed countries.

Adaptation Planning

Parties should promote adaptation planning by:

-identifying major vulnerabilities to climate change;
- implementing planning that is multi-sectoral, includes prioritization of adaptation actions, gives priority to the most vulnerable, and makes use of the best available scientific information and analytical tools;
- integrating adaptation into development planning processes, strategies, and tools at multiple levels and across sectors, developing national adaptation plans as appropriate, and reviewing and reporting on these activities;
-undertaking assessment of impacts, vulnerability and adaptation (including costs and benefits), as well as of those areas that are expected to suffer the most severe impacts;
-promoting involvement, coordination and communication across a range of institutions, agencies, private sector, and civil society;
-enhancing or developing the needed information and knowledge base (both biophysical and socioeconomic), including improving scientific research, data systems and data collection, to support adaptation and catalyze adaptation investments. This includes enhancing observations and data required to inform assessment and planning for adaptation and provide inputs for approaches such as parameterized insurance; and
-integrating knowledge, experiences and lessons learned from existing activities, including those carried out at the community level as well as activities from ongoing initiatives such as the Nairobi Work Programme into adaptation planning.
Building Resilience and Creating Enabling Environments
Parties should build resilience and create enabling environments by:
-identifying major vulnerabilities to climate change;
- creating and enforcing legal and regulatory conditions that facilitate adaptation, including disaster resilience (for example, building codes, land use planning and regulation, risk sharing tools, and strengthening policy coherence among sectors);
-elaborating best practices that can guide immediate actions with an eye to building long-term resilience to extreme events and disasters, including through implementation of the Hyogo Framework for Action;
- undertaking activities to improve risk management and risk reduction through strategies that link development, climate adaptation and disaster risk reduction.
-encouraging pilot projects related to micro-insurance and risk pooling
- reducing perverse incentives that encourage mal-adaptation;
-educating stakeholders at all levels about adaptation options and the benefits of reducing vulnerability to climate-related risks;
-building resilience to climate variability and change into economic development activities and institutions; and
-using meteorological, Earth observations and socio-economic information to best coordinate disaster planning and response.


Finance and Technology

Parties should:

-promote the full range of available management tools and financing options in implementing local, national or regional program of action, including innovative managerial and financial techniques;
-provide financial support for the most vulnerable Parties and populations to build resilience and adapt to climate change, in particular the least developed countries and small island states; and -promote access to appropriate technologies, knowledge and expertise to address adaptation, in particular for least developed countries, including by creating enabling environments for the successful adoption of such technologies.

Institutional Arrangements

The Conference of the Parties should consider whether there is a need for additional institutional arrangements, noting that any new arrangements should be consistent with:

- the need for effectiveness, efficiency, and transparency;
-cooperation, where appropriate, on a regional basis to coordinate efforts;
- making use of existing national platforms, such as those for the Hyogo Framework;
- flexibility in addressing adaptation and encourage a learning-by-doing approach; and
- encouragement of international organizations and institutions to support (through their programs on, inter alia, financial cooperation, capacity-building and institution-strengthening mechanisms) the integration of adaptation into development plans, programs, and priorities.

Appendix 5 – REDD Plus

The REDD-plus framework shall:

a. use the most recent IPCC guidelines as a basis for estimating and reporting greenhouse gas emissions and removals from the land-use sector;
b. respect Parties’ respective goals for sustainable development;
c. while having as its ultimate goal comprehensive accounting of all sources and sinks from land use, provide the flexibility for Parties to implement a staged approach beginning with those categories appropriate to national circumstances and capacities, with incentives for including additional land use categories commensurate with increased capacity, technologies, and methodologies;
d. allow for the evolution of national REDD-plus action plans, including: (1) self-financed actions; (2) actions eligible for capacity building, technical assistance and financial support; and
(3) actions that result in emissions reductions or removals with sufficient integrity to become eligible for market-based approaches;
e. provide for reference levels (taking into account historic data and other relevant factors) that adjust over time and are guided by a long-term pathway that results in a sustainable level of standing carbon stock within a reasonable time period;
f. be consistent with overall approaches to measurement, reporting, and verification under this Agreement, recognizing the need for higher levels of MRV for market-based eligibility;
g. provide for further consideration of the economic, environmental, and social impacts of REDD-plus, including with respect to promoting biodiversity, the interests of relevant local and indigenous communities, and other benefits and risks of REDD-plus; and
h. encourage all Parties to find appropriate ways to relieve the pressure on forests and land that results in greenhouse gas emissions.

http://www.state.gov/g/oes/rls/other/2009/124101.htm

***

Controls being adopted by the White House and Congressional Legislators are harboring a hope for emission reductions, carbon emission reductions and deployment of alternative energies in a favorable environment for change.

about climate change international agreements to implement protocols for meeting our obligations to reduce pollutants emitted into the environment and pursue alternative clean energy sources -

- my note, Cricket Diane, 06-29-09

***