Archive for March, 2009

With many of our products imported from the East, are we not just exporting our pollution problems, particularly when alot of those products are manufactured in China, now the worlds largest emitter of greenhouse gases. Greencon is constantly looking for ways to offset the pollution we export by importing foreign products. Read this interesting article by Richard Cowan from Reuters…

“Countries that buy Chinese goods should be held responsible for the carbon dioxide emitted by the factories that make them in any global plan to reduce greenhouse gases, a Chinese official said on Monday.

“About 15 percent to 25 percent of China’s emissions come from the products which we make for the world, which should not be taken by us,” said Gao Li, director of China’s Department of Climate Change.

Speaking at a forum sponsored by the Pew Center on Global Climate Change, Gao added that “this share of emission should be taken by the consumers, not the producers” and called the demand a “very important item to make (for a) fair agreement.”

Gao gave no further details of his proposal, which could nevertheless be controversial as countries like the United States already fear that controlling domestic emissions will lead to sharply higher energy prices and possible job losses.

China, like the United States, did not join the 17-year-old Kyoto Protocol aimed at reducing global emissions of carbon dioxide and other pollutants linked to climate change problems.

With an economy that has been booming on its export of manufactured goods, China’s greenhouse gas emissions also have been growing and are now thought to be around par with those in the United States, which has been the leading emitting nation.

China is the top source of imports into the United States, followed by Canada and Mexico.

DECEMBER DEADLINE?

Backers of a new international deal to control climate-warming emissions hope a pact is embraced in Copenhagen in December, although they acknowledge that timetable might be ambitious.

In the meantime, international interest in curbing climate change is growing, led by President Barack Obama’s pledge to put the United States on a path to cut emissions to 1990 levels by 2020, with an additional 80 percent reduction by 2050.

Legislation to create a cap-and-trade system to limit businesses’ emissions could begin moving through the U.S. Congress in coming months. But enactment of such a bill might not be possible before the Copenhagen meeting. If not, environmentalists worry it could discourage other countries from signing onto a deal there.

But even without a comprehensive agreement, Eileen Claussen, president of the Pew Center on Global Climate Change, said negotiators could try to achieve a “strong interim agreement” that would set forth a framework, possibly including a range of targets for countries to reduce emissions.

Shinsuke Sugiyama, director general for global issues at Japan’s Ministry of Foreign Affairs, told the Pew forum that his government views 2009 as a “make or break” year in achieving progress on a new global deal.

But noting that the Kyoto Protocol has only covered about 30 percent of global emissions because key economies did not sign on, Sugiyama warned: “My government is very much determined not to repeat what Kyodo does give us…in the sense that we were not able to involve United States of America…and other countries like China.”"

Keep it Green

Greencon 

 

Very Interesting Article in the BusinessDay today, regarding the lack of uptake in Solar Thermal Technologies. We at Greencon battle daily with a multitude of queries regarding all the misinformation out there. From rebates to what are the best systems out there. The quick answer is that it is far better to get a professional out to site, to asses the best solution for the specific application and cicumstance, Bonolo Modise wrote the article;
“About 4 million homes in South Africa use electric geysers. If all these homes were to be fitted with solar water heaters, electricity demand would be reduced by the equivalent of half a power station’s output.

Household consumption of electricity in South Africa is about 40 million megawatt hours, or about 16 percent of electricity demand.

Water heating makes up between 20 percent and 40 percent of a domestic electricity bill. A solar water heater uses about 70 percent less electricity than an electric geyser, so converting to solar would cut domestic electricity bills by between R170 and R340 a month.

Despite the benefits of using the sun’s energy, the uptake of solar products has been rather slow in South Africa. 
Eskom launched the Solar Water Heater Programme early last year, but only about 800 units have been installed.

Consumers were offered rebates of up to R4 200, but continue to complain about the products being costly.

Another factor that hinders the switch to solar energy is that there are only 25 accredited distributors and 26 suppliers of heating systems. The industry is not well equipped to supply solar products. The lack of skilled solar heater installers also delays progress.

Andrew Janisch, a project manager at Sustainable Energy Africa, said the industry would have to “multiply by tenfold to have a significant impact”.

Andrew Etzinger, the managing director of Eskom’s demand-side management, echoed this view. “As a country we need to develop a sizeable industry. A more aggressive approach is required. Energy saving needs to be a national priority.”

Etzinger had a warning for home owners: “Consumers are going to feel the pinch when electricity rates go up in the second part of this year.”
According to Etzinger, the cost of electricity will more than double in the next three years. “If people don’t want to familiarise themselves with energy efficiency, they are going to struggle to make ends meet because electricity prices will rocket,” he said. “It is becoming increasingly costly for Eskom to maintain electricity supply.”

Early last year Eskom had to resort to load shedding because its generating capacity could not keep up with demand. The utility has committed about R200 billion towards the building of two new power stations, Medupe and Kusile.

Janisch said: “Eskom’s solar water project has potential. The subsidy has to be increased in order to make switching from an electric geyser to a solar geyser attractive. The systems also have to be cost effective, because many households cannot afford to install them at their current price.”

“The government needs to invest in assisting local manufacturers to get established so that we can supply these solar heaters,” said Hartley.
Etzinger agreed: “Funding from institutions such as the National Empowerment Fund, the Department of Trade and Industry and the finance ministry should be available to entrepreneurs who will increase the industry’s capacity. Skills development needs to be a priority for government, especially in the solar industry, as these are scarce if not non-existent.”

Hartley said the Eskom programme should also include low-cost homes, as they most needed help to cut their costs. “The quality of life, especially for township homes, would be increased by something as simple as their own generated hot water,” he said.

Hartley said one of the key problems in the industry was that the current models on the market were too complicated.


Etzinger said solar panels focusing on low-income homes were in the pipeline and could soon be used. “We realise that to achieve the goals of decreasing electricity (consumption) and carbon emission, low-income homes will have to be thrown into the equation.”

Hartley said the solution lay in legislation. He seemed to have the support of the City of Cape Town, which has passed a bylaw that requires every new structure to install a solar water heating system.

Keep it Green 

Greencon 

We decided to post this just to give you all some clarity on certain catch phrases out there in the public domain. At Greencon we are constantly queried about certain sustainable topics. The actual premise queried by customers is often misunderstood, so hopefully this will provide some clarity. This article was compiled by Michael D. Lemonick who is a senior writer at Climate Central, a nonprofit climate change think tank in Princeton,  N.J.

“When a word becomes so popular you begin hearing it everywhere, in all sorts of marginally related or even unrelated contexts, it means one of two things. Either the word has devolved into a meaningless cliché, or it has real conceptual heft. “Green” (or, even worse, “going green”) falls squarely into the first category. But “sustainable,” which at first conjures up a similarly vague sense of environmental virtue, actually belongs in the second. True, you hear it applied to everything from cars to agriculture to economics. But that’s because the concept of sustainability is at its heart so simple that it legitimately applies to all these areas and more.

Despite its simplicity, however, sustainability is a concept people have a hard time wrapping their minds around. To help, Scientific American Earth 3.0 has consulted with several experts on the topic to find out what kinds of misconceptions they most often encounter. The result is this take on the top 10 myths about sustainability. And after this introduction, it’s clear which myth has to come first….

Myth 1: Nobody knows what sustainability really means.
That’s not even close to being true. By all accounts, the modern sense of the word entered the lexicon in 1987 with the publication of Our Common Future, by the United Nations World Commission on Environment and Development (also known as the Brundtland commission after its chair, Norwegian diplomat Gro Harlem Brundtland). That report defined sustainable development as “development that meets the needs of the present without compromising the ability of future generations to meet their own needs.” Or, in the words of countless kindergarten teachers, “Don’t take more than your share.”

Note that the definition says nothing about protecting the environment, even though the words “sustainable” and “sustainability” issue mostly from the mouths of environmentalists. That point leads to the second myth…

Myth 2: Sustainability is all about the environment.
The sustainability movement itself—not just the word—also dates to the Brundtland commission report. Originally, its focus was on finding ways to let poor nations catch up to richer ones in terms of standard of living. That goal meant giving disadvantaged countries better access to natural resources, including water, energy and food—all of which come, one way or another, from the environment. “The economy,” says Anthony Cortese, founder and president of the sustainability education organization Second Nature, “is a wholly owned subsidiary of the biosphere. The biosphere provides everything that makes life possible, assimilates our waste or converts it back into something we can use.”

If too many of us use resources inefficiently or generate waste too quickly for the environment to absorb and process, future generations obviously won’t be able to meet their needs. Says Paul Hawken, the author (his latest book is Blessed Unrest: How the Largest Movement in the World Came into Being, and Why No One Saw it Coming) and entrepreneur (he’s a co-founder of the Smith & Hawken garden tools company) who helped to found the sustainability movement: “We have an economy where we steal the future, sell it in the present, and call it GDP [gross domestic product].”

If people continue to pour carbon dioxide (CO2) into the air, for example, we won’t necessarily exhaust resources (there’s plenty of coal still in the ground), but we will change the climate in ways that could very likely impose huge burdens on future generations. The same, of course, goes for the poisonous by-products other than CO2 from all kinds of human activity, from manufacturing to mining to energy generation to agriculture, that get dumped onto the land and into streams, oceans and the atmosphere.

 The nonenvironmental rationales for sustainability get a little squishier when we talk about intangibles, such as the beauty of nature or the value of wilderness. “In wildness is the preservation of the world,” wrote Henry David Thoreau; the national parks movement that began in the U.S. at the end of the 19th century and has since spread internationally springs from that idea. In modern terms, because humans evolved in a nontechnological world, we seem to need some connection to nature to be content. That concept is tough to prove scientifically. Nevertheless, says Nancy Gabriel, program director at the Sustainability Institute in Hartland, Vt., “If you look at Western society, you have huge rates of depression, isolation, [and] people who are disenfranchised. I think that reconnecting to the land is an important way of reestablishing a basic level of happiness.” That kind of intangible connection has led towns, cities and states all over the U.S., but especially in built-up areas, to preserve land for open space.

A related but separate myth is….

Myth 3: “Sustainable” is a synonym for “green.”
Although there’s a fair amount of overlap between the terms, “green” usually suggests a preference for the natural over the artificial. With some six billion people on the planet today, and another three billion expected by the middle of the century, society cannot hope to give them a comfortable standard of living without a heavy dependence on technology. Electric cars, wind turbines and solar cells are the antithesis of natural—but they allow people to get around, warm their houses and cook their food with renewable resources (or at least, a much smaller input of nonrenewables) while emitting fewer noxious chemicals.

It’s probably more difficult to see nuclear power as sustainable. Unlike the other alternative energy sources, it has long been anathema to environmentalists, largely because of the problem of storing radioactive waste. But nuclear reactors are also a highly efficient source of power, emit no pollutant gases and—with some types, anyway—can be designed to generate minimal waste and to be essentially meltdown-proof. That’s why Patrick Moore, a co-founder of Greenpeace, has become a nuclear booster and why many other environmentalists are beginning—sometimes grudgingly—to entertain the idea of embracing nuclear. Calling it green would be a stretch. Calling it sustainable is much less of one.

Myth 4: It’s all about recycling.
“I get that a lot,” says Shana Weber, the manager of sustainability at Princeton University. “For some reason, recycling was the enduring message that came out of the environmental movement in the early 1970s.” And of course, recycling is important: reusing metals, paper, wood and plastics rather than tossing them reduces the need to extract raw materials from the ground, forests and fossil-fuel deposits. More efficient use of pretty much anything is a step in the direction of sustainability. But it is just a piece of the puzzle. “I deal with the people who run the recycling program here,” Weber notes, “but also with purchasing, dining services, the people who clean the buildings. The most important areas by far in terms of sustainability are energy and transportation.” If you think you are living sustainably because you recycle, she says, you need to think again.

Myth 5: Sustainability is too expensive.
If there is an 800-pound gorilla in the room of sustainability, this myth is it. That’s because, as Gabriel observes, “there’s a grain of truth to it.” But only a grain. “It’s only true in the short term in certain circumstances,” Cortese says, “but certainly not in the long term.” The truth lies in the fact that if you already have an unsustainable system in place—a factory or a transportation system, for example, or a furnace in your house, an incandescent lightbulb in your lamp or a Hummer in your driveway—you have to spend some money up front to switch to a more sustainable technology.

In general, governments and companies can take that step more easily than individuals can. “Over the past seven years,” Cortese explains, “DuPont has made investments that have reduced its greenhouse gas emissions by 72 percent over 1990 levels. They’ve saved $2 billion.” The Pentagon is determined to cut its energy use by a third, both to save money and to reduce its dependence on risky foreign oil supplies.

Myth 6: Sustainability means lowering our standard of living.
Not at all true. It does mean that we have to do more with less, but as Hawken argues, “Once we start to organize ourselves and innovate within that mind-set, the breakthroughs are extraordinary. They will allow us to achieve greatly superior rates of resource productivity, which in turn allow us to be prosperous, fed, clad, secure.” Moreover, he and others maintain that the innovation at the heart of sustainable living will be a powerful economic engine. “Addressing climate change,” he says, “is the biggest job creation program there is.”

Myth 7: Consumer choices and grassroots activism, not government intervention, offer the fastest, most efficient routes to sustainability.
Popular grassroots actions are helpful and ultimately necessary. But progress on some reforms, such as curbing CO2 emissions, can only happen quickly if central authorities commit to making it happen. That is why tax credits, mandatory fuel-efficiency standards and the like are pretty much inevitable. That conclusion drives free-market evangelists crazy, but they operate on the assumption that wasteful use of resources and the destruction of the environment is without cost, which is demonstrably untrue.

To cite just one example, economic devastation is very likely under even the mildest plausible climate change scenarios, in the form of disruptions to agriculture from shifts in rainfall patterns and growing zones; densely populated coastal areas will be rendered unlivable as sea level rises, and so on. Yet the price currently being charged to people who add greenhouse gases to the atmosphere is zero. Putting a per-ton tax on carbon emissions would be wildly unpopular, but it would for the first time account for the real costs of unsustainable energy use.

Free-market purists also argue that with respect to the depletion of natural resources, rising prices will automatically push people into more efficient behavior. True enough—but the transition can be painful and disruptive. The primary reason U.S. automakers are in such trouble is that they have been depending for years on high-profit, gas-guzzling SUVs. When the price of oil shot up last year, the market for big cars plummeted (gas prices have only come down since then in the face of a worldwide recession, which hasn’t helped the auto industry). So car buyers may have changed their behavior, but only at the cost of potential disaster for some of America’s biggest companies and their employees.

Still, rising energy prices have had the effect of again galvanizing research into wind, solar and other alternatives—and if you leave economic disruption aside, we can at least count on car companies to make more efficient vehicles and on utilities to find more sustainable sources of energy. But that outcome may reflect another myth….

Myth 8: New technology is always the answer.
Not necessarily. During his presidential campaign, Barack Obama made the tactical mistake of pointing out that proper tire inflation could save Americans millions of gallons of gasoline through better fuel economy. The Republicans ridiculed him, just as they did President Jimmy Carter for appearing on TV in a sweater during the energy crisis of the late 1970s. Both Carter and Obama were right, however (California’s Republican governor Arnold Schwarzenegger has called for proper tire inflation as well).

In other words, sometimes existing technology can make a huge difference. Sometimes it takes a creative business model. Israeli entrepreneur Shai Agassi, for example, wants to electrify the world’s car fleet—widely acknowledged as a big step toward cutting down carbon emissions—not by inventing a battery that gets 200 miles on a charge but by inventing a better system for letting drivers go as far as they want without recharging. His proposal, which has been adopted on a pilot basis by Israel and Denmark, would create battery exchange stations along highways, analogous to the gas canister exchanges that people now use for barbecue grills. What do you do if you are out on the road and your battery is running low? You pull into a station, your dead battery is swapped for a fully charged one and you’re on the road again in a few minutes.

“He’s delivering distance, not better batteries,” says Mark Lee, CEO of the London consulting firm SustainAbility. “There’s an Italian utility that’s selling its customers hot water, not energy to heat water. It’s a different way of measuring, and it gives the company an incentive to be more efficient so it can be more profitable.”

Myth 9: Sustainability is ultimately a population problem.
This is not a myth, but it represents a false solution. Every environmental problem is ultimately a population problem. If the world’s population were only 100 million people, we would be hard-pressed to generate enough waste to overwhelm nature’s cleanup systems. We could dump all our trash in a landfill in some remote area, and nobody would notice.

Population experts agree that the best way to limit population is to educate women and raise the standard of living generally in developing countries. But that strategy cannot possibly happen quickly enough to put a dent in the population on any useful timescale. The U.N. projects that the planet will have to sustain another 2.6 billion people by 2050. But even at the current population level of 6.5 billion, we’re using up resources at an unsustainable rate. There is no way to reduce the population significantly without trampling egregiously on individual rights (as China has done with its one-child policy), encouraging mass suicide or worse. None of those proposals seems preferable to focusing directly on less wasteful use of resources.

Myth 10: Once you understand the concept, living sustainably is a breeze to figure out.
All too often, a choice that seems sustainable turns out on closer examination to be problematic. Probably the best current example is the rush to produce ethanol for fuel from corn. Corn is a renewable resource—you can harvest it and grow more, roughly indefinitely. So replacing gasoline with corn ethanol seems like a great idea. Until you do a thorough analysis, that is, and see how energy-intensive the cultivation and harvesting of corn and its conversion into ethanol really are.

One might get a bit more energy out of the ethanol than was sunk into making it, which could still make ethanol more sustainable than gasoline in principle, but that’s not the end of the problem. Diverting corn to make ethanol means less corn is left to feed livestock and people, which drives up the cost of food. That consequence leads to turning formerly fallow land—including, in some cases, rain forest in places such as Brazil—into farmland, which in turn releases lots of carbon dioxide into the atmosphere. Eventually, over many decades, the energy benefit from burning ethanol would make up for that forest loss. But by then, climate change would have progressed so far that it might not help.

You cannot really declare any practice “sustainable” until you have done a complete life-cycle analysis of its environmental costs. Even then, technology and public policy keep evolving, and that evolution can lead to unforeseen and unintended consequences. The admirable goal of living sustainably requires plenty of thought on an ongoing basis.”

Hopefully this provides some clarity,

Keep it Green 

Greencon 

 

 

  Just to keep you up to date with local pollution stats. The skies over South Africa don’t seem to be showing any signs of staying blue.   Source: Moneyweb

Reuters) – South African power utility Eskom said on Wednesday the country would need to invest up to 110 billion rand in coal mining by 2020 and dig at least 40 new coal mines in that time.

State-owned Eskom said Africa’s biggest economy, which is in the grip of a power shortage, will need to produce 374 million tonnes of coal by 2018 to meet growing demand.

With current projects in place and taking closures of old mines into account, South Africa is expected to produce 385 million tonnes by the same time, creating a safety margin of only 3 percent, Eskom’s coal specialist Johan Dempers said.

“We will need 40 mines to be opened requiring a large number of mining rights to be awarded in a short period of time…we will need between 90-110 billion rand to be invested in coal mines by 2020,” he told a coal, carbon and energy conference in Johannesburg.

Demand would be driven by higher private and commercial consumption, a rise in exports to meet growing demand, both from Europe and Asia, and the need to feed coal into coal-to-liquids (CTL) plants planned by petrochemicals group Sasol.

Dempers said that by 2018 Eskom itself would require 200 million tonnes of the coal to supply all its power stations, including two currently under construction and another two power stations the utility said it would need by then.

The two new plants, Medupi and Kusile, will provide 4,800 MW of electricity each, and are due to come on stream in 2015 and 2016 respectively.

Dempers, Eskom’s Chief Geologist, said the company was studying three potential sites for a third plant, expected to produce around 5,000 MW.

The utility, in cooperation with other government and industry stakeholders, has launched a study to provide an updated assessment of coal reserves in South Africa and the Southern African Development Community (SADC) region.
He said the last study, done in 1987, estimated recoverable reserves in South Africa alone at 55.3 billion tonnes.
“We expect that within 22 months from now we will be able to produce the final report,” he said. 

Well if you consider that Eskom is one of the highest polluters per capita in the world, it doesn’t look as if its going to get ant better. 

Keep it Green 

Greencon 

 

What is sustainability? What does it mean and what does it encompass? Peoples idea’s of sustainabilty really differs in our daily encounter with them at Greencon. We found this fantastic article from Scientific American to help us understand…
 
When a word becomes so popular you begin hearing it everywhere, in all sorts of marginally related or even unrelated contexts, it means one of two things. Either the word has devolved into a meaningless cliché, or it has real conceptual heft. “Green” (or, even worse, “going green”) falls squarely into the first category. But “sustainable,” which at first conjures up a similarly vague sense of environmental virtue, actually belongs in the second. True, you hear it applied to everything from cars to agriculture to economics. But that’s because the concept of sustainability is at its heart so simple that it legitimately applies to all these areas and more. Despite its simplicity, however, sustainability is a concept people have a hard time wrapping their minds around. To help, Scientific American Earth 3.0 has consulted with several experts on the topic to find out what kinds of misconceptions they most often encounter. The result is this take on the top 10 myths about sustainability. And after this introduction, it’s clear which myth has to come first….
Myth 1: Nobody knows what sustainability really means. That’s not even close to being true. By all accounts, the modern sense of the word entered the lexicon in 1987 with the publication of Our Common Future, by the United Nations World Commission on Environment and Development (also known as the Brundtland commission after its chair, Norwegian diplomat Gro Harlem Brundtland). That report defined sustainable development as “development that meets the needs of the present without compromising the ability of future generations to meet their own needs.” Or, in the words of countless kindergarten teachers, “Don’t take more than your share.” Note that the definition says nothing about protecting the environment, even though the words “sustainable” and “sustainability” issue mostly from the mouths of environmentalists. That point leads to the second myth…
Myth 2: Sustainability is all about the environment. The sustainability movement itself—not just the word—also dates to the Brundtland commission report. Originally, its focus was on finding ways to let poor nations catch up to richer ones in terms of standard of living. That goal meant giving disadvantaged countries better access to natural resources, including water, energy and food—all of which come, one way or another, from the environment. “The economy,” says Anthony Cortese, founder and president of the sustainability education organization Second Nature, “is a wholly owned subsidiary of the biosphere. The biosphere provides everything that makes life possible, assimilates our waste or converts it back into something we can use.” If too many of us use resources inefficiently or generate waste too quickly for the environment to absorb and process, future generations obviously won’t be able to meet their needs. Says Paul Hawken, the author (his latest book is Blessed Unrest: How the Largest Movement in the World Came into Being, and Why No One Saw it Coming) and entrepreneur (he’s a co-founder of the Smith & Hawken garden tools company) who helped to found the sustainability movement: “We have an economy where we steal the future, sell it in the present, and call it GDP [gross domestic product].” If people continue to pour carbon dioxide (CO2) into the air, for example, we won’t necessarily exhaust resources (there’s plenty of coal still in the ground), but we will change the climate in ways that could very likely impose huge burdens on future generations. The same, of course, goes for the poisonous by-products other than CO2 from all kinds of human activity, from manufacturing to mining to energy generation to agriculture, that get dumped onto the land and into streams, oceans and the atmosphere.
 The nonenvironmental rationales for sustainability get a little squishier when we talk about intangibles, such as the beauty of nature or the value of wilderness. “In wildness is the preservation of the world,” wrote Henry David Thoreau; the national parks movement that began in the U.S. at the end of the 19th century and has since spread internationally springs from that idea. In modern terms, because humans evolved in a nontechnological world, we seem to need some connection to nature to be content. That concept is tough to prove scientifically. Nevertheless, says Nancy Gabriel, program director at the Sustainability Institute in Hartland, Vt., “If you look at Western society, you have huge rates of depression, isolation, [and] people who are disenfranchised. I think that reconnecting to the land is an important way of reestablishing a basic level of happiness.” That kind of intangible connection has led towns, cities and states all over the U.S., but especially in built-up areas, to preserve land for open space.

A related but separate myth is….

Myth 3: “Sustainable” is a synonym for “green.” Although there’s a fair amount of overlap between the terms, “green” usually suggests a preference for the natural over the artificial. With some six billion people on the planet today, and another three billion expected by the middle of the century, society cannot hope to give them a comfortable standard of living without a heavy dependence on technology. Electric cars, wind turbines and solar cells are the antithesis of natural—but they allow people to get around, warm their houses and cook their food with renewable resources (or at least, a much smaller input of nonrenewables) while emitting fewer noxious chemicals. It’s probably more difficult to see nuclear power as sustainable. Unlike the other alternative energy sources, it has long been anathema to environmentalists, largely because of the problem of storing radioactive waste. But nuclear reactors are also a highly efficient source of power, emit no pollutant gases and—with some types, anyway—can be designed to generate minimal waste and to be essentially meltdown-proof. That’s why Patrick Moore, a co-founder of Greenpeace, has become a nuclear booster and why many other environmentalists are beginning—sometimes grudgingly—to entertain the idea of embracing nuclear. Calling it green would be a stretch. Calling it sustainable is much less of one.

Myth 4: It’s all about recycling. “I get that a lot,” says Shana Weber, the manager of sustainability at Princeton University. “For some reason, recycling was the enduring message that came out of the environmental movement in the early 1970s.” And of course, recycling is important: reusing metals, paper, wood and plastics rather than tossing them reduces the need to extract raw materials from the ground, forests and fossil-fuel deposits. More efficient use of pretty much anything is a step in the direction of sustainability. But it is just a piece of the puzzle. “I deal with the people who run the recycling program here,” Weber notes, “but also with purchasing, dining services, the people who clean the buildings. The most important areas by far in terms of sustainability are energy and transportation.” If you think you are living sustainably because you recycle, she says, you need to think again.

Myth 5: Sustainability is too expensive. If there is an 800-pound gorilla in the room of sustainability, this myth is it. That’s because, as Gabriel observes, “there’s a grain of truth to it.” But only a grain. “It’s only true in the short term in certain circumstances,” Cortese says, “but certainly not in the long term.” The truth lies in the fact that if you already have an unsustainable system in place—a factory or a transportation system, for example, or a furnace in your house, an incandescent lightbulb in your lamp or a Hummer in your driveway—you have to spend some money up front to switch to a more sustainable technology.

In general, governments and companies can take that step more easily than individuals can. “Over the past seven years,” Cortese explains, “DuPont has made investments that have reduced its greenhouse gas emissions by 72 percent over 1990 levels. They’ve saved $2 billion.” The Pentagon is determined to cut its energy use by a third, both to save money and to reduce its dependence on risky foreign oil supplies.
Myth 6: Sustainability means lowering our standard of living. Not at all true. It does mean that we have to do more with less, but as Hawken argues, “Once we start to organize ourselves and innovate within that mind-set, the breakthroughs are extraordinary. They will allow us to achieve greatly superior rates of resource productivity, which in turn allow us to be prosperous, fed, clad, secure.” Moreover, he and others maintain that the innovation at the heart of sustainable living will be a powerful economic engine. “Addressing climate change,” he says, “is the biggest job creation program there is.”
Myth 7: Consumer choices and grassroots activism, not government intervention, offer the fastest, most efficient routes to sustainability. Popular grassroots actions are helpful and ultimately necessary. But progress on some reforms, such as curbing CO2 emissions, can only happen quickly if central authorities commit to making it happen. That is why tax credits, mandatory fuel-efficiency standards and the like are pretty much inevitable. That conclusion drives free-market evangelists crazy, but they operate on the assumption that wasteful use of resources and the destruction of the environment is without cost, which is demonstrably untrue. To cite just one example, economic devastation is very likely under even the mildest plausible climate change scenarios, in the form of disruptions to agriculture from shifts in rainfall patterns and growing zones; densely populated coastal areas will be rendered unlivable as sea level rises, and so on. Yet the price currently being charged to people who add greenhouse gases to the atmosphere is zero. Putting a per-ton tax on carbon emissions would be wildly unpopular, but it would for the first time account for the real costs of unsustainable energy use. Free-market purists also argue that with respect to the depletion of natural resources, rising prices will automatically push people into more efficient behavior. True enough—but the transition can be painful and disruptive. The primary reason U.S. automakers are in such trouble is that they have been depending for years on high-profit, gas-guzzling SUVs. When the price of oil shot up last year, the market for big cars plummeted (gas prices have only come down since then in the face of a worldwide recession, which hasn’t helped the auto industry). So car buyers may have changed their behavior, but only at the cost of potential disaster for some of America’s biggest companies and their employees. Still, rising energy prices have had the effect of again galvanizing research into wind, solar and other alternatives—and if you leave economic disruption aside, we can at least count on car companies to make more efficient vehicles and on utilities to find more sustainable sources of energy. But that outcome may reflect another myth….
Myth 8: New technology is always the answer. Not necessarily. During his presidential campaign, Barack Obama made the tactical mistake of pointing out that proper tire inflation could save Americans millions of gallons of gasoline through better fuel economy. The Republicans ridiculed him, just as they did President Jimmy Carter for appearing on TV in a sweater during the energy crisis of the late 1970s. Both Carter and Obama were right, however (California’s Republican governor Arnold Schwarzenegger has called for proper tire inflation as well).

In other words, sometimes existing technology can make a huge difference. Sometimes it takes a creative business model. Israeli entrepreneur Shai Agassi, for example, wants to electrify the world’s car fleet—widely acknowledged as a big step toward cutting down carbon emissions—not by inventing a battery that gets 200 miles on a charge but by inventing a better system for letting drivers go as far as they want without recharging. His proposal, which has been adopted on a pilot basis by Israel and Denmark, would create battery exchange stations along highways, analogous to the gas canister exchanges that people now use for barbecue grills. What do you do if you are out on the road and your battery is running low? You pull into a station, your dead battery is swapped for a fully charged one and you’re on the road again in a few minutes. “He’s delivering distance, not better batteries,” says Mark Lee, CEO of the London consulting firm SustainAbility. “There’s an Italian utility that’s selling its customers hot water, not energy to heat water. It’s a different way of measuring, and it gives the company an incentive to be more efficient so it can be more profitable.”

Myth 9: Sustainability is ultimately a population problem. This is not a myth, but it represents a false solution. Every environmental problem is ultimately a population problem. If the world’s population were only 100 million people, we would be hard-pressed to generate enough waste to overwhelm nature’s cleanup systems. We could dump all our trash in a landfill in some remote area, and nobody would notice. Population experts agree that the best way to limit population is to educate women and raise the standard of living generally in developing countries. But that strategy cannot possibly happen quickly enough to put a dent in the population on any useful timescale. The U.N. projects that the planet will have to sustain another 2.6 billion people by 2050. But even at the current population level of 6.5 billion, we’re using up resources at an unsustainable rate. There is no way to reduce the population significantly without trampling egregiously on individual rights (as China has done with its one-child policy), encouraging mass suicide or worse. None of those proposals seems preferable to focusing directly on less wasteful use of resources.

Myth 10: Once you understand the concept, living sustainably is a breeze to figure out. All too often, a choice that seems sustainable turns out on closer examination to be problematic. Probably the best current example is the rush to produce ethanol for fuel from corn. Corn is a renewable resource—you can harvest it and grow more, roughly indefinitely. So replacing gasoline with corn ethanol seems like a great idea. Until you do a thorough analysis, that is, and see how energy-intensive the cultivation and harvesting of corn and its conversion into ethanol really are. One might get a bit more energy out of the ethanol than was sunk into making it, which could still make ethanol more sustainable than gasoline in principle, but that’s not the end of the problem. Diverting corn to make ethanol means less corn is left to feed livestock and people, which drives up the cost of food. That consequence leads to turning formerly fallow land—including, in some cases, rain forest in places such as Brazil—into farmland, which in turn releases lots of carbon dioxide into the atmosphere. Eventually, over many decades, the energy benefit from burning ethanol would make up for that forest loss. But by then, climate change would have progressed so far that it might not help. You cannot really declare any practice “sustainable” until you have done a complete life-cycle analysis of its environmental costs. Even then, technology and public policy keep evolving, and that evolution can lead to unforeseen and unintended consequences. The admirable goal of living sustainably requires plenty of thought on an ongoing basis.

ABOUT THE AUTHOR(S) Michael D. Lemonick is a senior writer at Climate Central, a nonprofit climate change think tank in Princeton, N.J.”

Keep it Green 

Greencon 

I’m sure we all come across the problem of climate change deniers or skeptics. These are common problems faced by any individual, organisation or country trying to change the staus quo. I found a fantastic article on the methods used by a very skilled elite of PR companies and individuals employed to seed doubt, mostly sponsored by the types of organisations that pump huge amounts of carbon into the air. 

By Jim Hogan,

There is a line between public relations and propaganda – or there should be. And there is a difference between using your skills, in good faith, to help rescue a battered reputation and using them to twist the truth – to sow confusion and doubt on an issue that is critical to human survival.

And it is infuriating – as a public relations professional – to watch my colleagues use their skills, their training and their considerable intellect to poison the international debate on climate change.

That’s what is happening today, and I think it’s a disgrace. On one hand, you have the report of the Intergovernmental Panel on Climate Change, the largest and most rigorously peer-reviewed scientific consensus in history, advising that:

  • climate change is real;
  • it is caused by human activity; and
  • it is threatening the planet in ways we can only begin to imagine.

On the other hand, you have an ongoing public debate – not about how to respond, but about whether we should bother, about whether climate change is even a scientific certainty.

Few PR offences have been so obvious, so successful and so despicable as the attack on the scientific certainty of climate change.

This is a triumph of disinformation. It is a living proof of the success of one of the boldest and most extensive PR campaigns in history, primarily financed by the energy industry and executed by some of the best PR talent in the world. As a public relations practitioner, it is a marvel – and a deep humiliation – and I want to see it stop.

Here’s the way it works: Public relations is not a process of telling people what to think; people are too smart for that, and North Americans are way too stubborn. Tell a bunch of North Americans what they are supposed to think and you’re likely to wind up the only person at the party enjoying your can of New Coke.

No, the trick to executing a good PR campaign is twofold: you figure out what people are thinking already; and then you nudge them gently from that position to one that is closer to where you want them to be. The first step is research: you find out what they know and understand; you identify the specific gaps in their knowledge. Then you fill those gaps with a purpose-built campaign. You educate. If people are afraid to take Tylenol (as they were after someone poisoned some pills), you explain the extensive safety precautions now typical in the pharmaceutical industry. If people think Martha Stewart is arrogant and uncaring, you create opportunities for her to show a more human side.

In the best cases – the cases that are most personally rewarding – the advice you give to clients actually drives corporate behavior. That is, if a client wants to protect or revive their reputation, if they want to convince the public that they’re running a responsible company and doing the right thing, the most obvious public relations advice is that they should do the right thing.

It’s the kind of advice that, historically, has been a hard sell in the tobacco industry, in the asbestos industry – and too often in the automotive industry. Those sectors have provided some of the most famous examples of PR disinformation: “smoking isn’t necessarily bad for you;” “it’s not an absolute certainty that asbestos will give you cancer;” “your seatbelt might actually kill you if you’re the one person in five million who flips his car into a watery ditch.”

But few PR offences have been so obvious, so successful and so despicable as the attack on the scientific certainty of climate change. Few have been so coldly calculating and few have been so well documented. For example, Ross Gelbspan, in his books, The Heat is On and Boiling Point sets out the whole case, pointing fingers and naming names. PR Watch founder John Stauber has done similarly exemplary work, tracking the bogus campaigns and linking various pseudo scientists to their energy industry funders.

One of the best examples – the most compelling proofs that the disinformation generation is no accident – came in a November 2002 memo from political consultant Frank Luntz to the U.S. Republican Party. Luntz followed the rules: he did the research; he identified the soft spots in public opinion; and he made a clever critical judgment about which way the public could be induced to move.

In a section entitled “Winning the Global Warming Debate,” Luntz says this (and all the points of emphasis are his own):

“The Scientific Debate Remains Open. Voters believe that there is no consensus about global warming within the scientific community. Should the public come to believe that the scientific issues are settled, their views about global warming will change accordingly. Therefore, you need to make the lack of scientific certainty a primary issue in the debate, and defer to scientists and other experts in the field.”

If you download the memo and read the whole thing, you will notice that Luntz never expressly denies the validity of the science. In fact, he says, “The scientific debate is closing [against us] but is not yet closed.”

” … not yet closed”? Among those who disagree with that assessment are the 2,500 scientists in the IPCC, the U.S. National Academy of Sciences, the Royal Society of London and the Royal Society of Canada Donald Kennedy, editor-in-chief of Science magazine, says, “We’re in the middle of a large uncontrolled experiment on the only planet we have.” And to back up his sense of certainty, he reported that Science had analysed the 928 peer-reviewed climate studies published between 1993 and 2003 and found not a single one that disagreed with the general scientific consensus.

Journalists have consistently reported the updates from the best climate scientists in the world juxtaposed against the unsubstantiated raving of an industry-funded climate change denier – as if both are equally valid.

Notwithstanding, Luntz wrote: “There is still a window of opportunity to challenge the science.” He recommended that his Republican Party clients do just that. He urged them to marshal their own “scientists” to contest the issue on every occasion. He urged them to plead for “sound science” a twist of language of the sort that George Orwell once said was “designed to make lies sound truthful and murder respectable, and to give an appearance of solidarity to pure wind.”

Luntz’s goal – embraced with unnerving enthusiasm by the Bush Administration – is to manufacture uncertainty and to politicize science. Like all tragedy, it would be hilarious if you could play it for laughs.

It’s an open question as to whether Luntz and company are being willfully blind or grossly negligent in the way they have ignored the science – and the potential catastrophic risks that they promote. But whichever way you cut it, their actions reflect badly on the whole public relations industry.

Conspiracy theorists will be happy to hear that I’m not suggesting that Frank Luntz or even a dubious cabal of ethics-free PR people are solely to blame for the public confusion on climate change. They have received extensive, if clumsy assistance from the media, which in a lazy and facile attempt to provide “balance” is willing to give any opinion equal time as long as it is firmly in contradiction with another.

This is not just a feature of the point/counterpoint talking heads that have emerged as the principal vehicle for television news. Newspaper reporters are just as guilty of canvassing “both sides” of every argument, often without providing any critical judgment as to the validity or relative weight of either side. On the issue of climate change, journalists have consistently reported the updates from the best climate scientists in the world juxtaposed against the unsubstantiated raving of an industry-funded climate change denier – as if both are equally valid. This is not balanced journalism. It is a critical abdication of journalistic responsibility. Any reporter who cannot assess the relative merits of a global scientific consensus – especially in contradiction to an “expert” that the coal industry is paying to help “clear the air” – deserves to have his pencil taken away in solemn ceremony and broken into bits.

There is yet more blame to go around. You could criticize scientists for the dense, cautious and conditional language that they use in talking about the threats of climate change. But in science, credibility is a currency (this, in apparent contradiction to the state of affairs in journalism or PR). A scientist who strays, even momentarily, off the path of certainty or who wanders from hard science into policy is immediately dismissed as someone with an axe to grind.

You could also criticize environmentalists, whose tendency has been to stray too far in the other direction, extrapolating scientific assumptions to create scare stories so dispiriting that they create apathy rather than activism. These, in turn, have made easy targets for the energy industry’s climate change deniers.

The important thing at this point, however, is not to assign blame. It is to educate yourself and to join this increasingly urgent policy debate. This is not one of those relatively low-level PR boondoggles. We’re not talking about single individuals dying because the auto industry held out against seat belt laws. We’re not even talking about many 100s of thousands of people dying of lung cancer because the tobacco industry held out for “sound science” while actively increasing the amount of addictive nicotine in their product. We’re talking about the future of the planet.

So please read on.

Read everything.

Check out the sites that deny the reality of climate change and then check on www.sourcewatch.org to see who paid for those opinions, read DeSmogBlog. Don’t accept the word of people who pass themselves off as “skeptics.” Be skeptical yourself. Ask yourself what motive the scientific community has to gang up and invent a phony climate crisis. Compare that to the motives that ExxonMobil or Peabody Coal might have to deny that burning fossil fuels indiscriminately could change irrevocably our existence on the planet.

And if you still leave the lights on when you’re done, make sure they’re shining in the shamed faces of the PR pros who are still trying to prevent sound, sensible policy change to affect this, perhaps the biggest threat humankind has ever faced.

Keep it Green

Greencon 

 

Solar Panels on HouseWe are often queried about the heavy costs of going onto renewable alternatives. The Eskom rebate does help and is certainly a move in the right direction, but there needs to be far more inventive and intelligent stimulation and encouragement by the government and SARS, to encourage the right kind of moves. We found an excellent article by Patricia Kirk about the forward thinking municipalities and State institutions in the US and how they have tackled the problem…
There are many good reasons to build green, but for homeowners and small businesses, the high upfront costs can be prohibitive.

The key to advancing renewable energy use nationwide may be government involvement.

Federal, state and local incentives can help offset the big capital outlay that solar, wind and other renewable energy technologies require. Tax credit and rebates already go a long away. Now, innovative local funding programs are taking these projects even farther, making renewable energy installations as affordable as the monthly electric bill.

Adding Up the Incentives

Homeowners and small businesses in every state can start with the federal tax credit for energy efficient home improvements. The credit just increased from 10 percent to 30 percent under the economic stimulus package.

In many states, they can also add state incentives, and often local incentives as well. Put together, these incentives can make a significant dent in the cost.

Take California, which offers a Solar Rebate Program. Installing 600 square feet of photovoltaic panels, enough to power a 2,500-square-foot home with air conditioning would normally cost about $90,000. Of this amount, the $66,000 for equipment would qualify for the state rebate and federal tax credit, which also would cover a portion of labor costs. With those incentives, the homeowner saves about 50 percent.

The cost may be reduced even further by rebates and grants offered by local government-operated utilities. For instance, Anaheim, Austin, Los Angeles, San Diego, Palo Alto and Roseville municipal utility districts offer incentives for photovoltaic systems, ranging from $3 to $6 per kilowatt hour, offsetting the cost for a system up to 75 percent. The cost for a system varies by regional sunshine availability and individual electric usage. For a typical residence, the cost of installing a one-kilowatt (1,000 watts) solar photovoltaic system—the smallest considered practical—is between $6,000 and $10,000. To find out how much is needed, based on location and usage, check the Solar Power Calculator.

Cities Go the Extra Mile

The federal tax credit and Environmental Protection Agency Energy Star programs have been highly successful in encouraging energy-saving home improvements, such as weatherizing, better insulation and purchase of energy-efficient equipment and appliances.

Renewable energy incentives, however, have failed to generate significant participation nationally – even in places with incentives like California.

Annual limits on funding for state energy incentives, along with lack of public awareness about green energy programs, may be partially to blame. But the main problem is the high upfront cost for installation, which is still a lot of money even after rebates and tax credits, points out Dave Alpert, vice president of the San Francisco office of HGA Architects and Engineers.

He says his commercial clients usually aren’t interested in solar because payback takes longer than five years. He points out that the majority of participation in California’s Solar Rebate Program involves new construction, where installation costs can be rolled into 20- or 30-year mortgages. Alpert suggests that   incentives would get more traction among existing homeowners if coupled with a financing mechanism similar to Berkeley, Calif.’s FIRST (Financing Initiative for Renewables and Solar Technology) program.

Launched last year, FIRST uses bond financing to provide 20-year loans at 3.75 percent on up to $37,500 for renewable energy installations. Similar to loans for other public utility upgrades, the property is encumbered so the debt can be transferred to new owners if it changes hands.

The program is a win-win. It allows homeowners to repay the loan as part of their property tax, and in the meantime enjoy lower electric bills, while helping the city meet requirements of the California Global Warming Solutions Act of 2006. Better known as SB32, the new law requires a 20 percent reduction in greenhouse gas emissions by 2020. The biggest problem with the FIRST program is there’s currently only funding available for 40 loans annually.

Similar programs are beginning to emerge nationwide, with San Francisco and several cities in Massachusetts and Ohio planning on using bond money to offer residents upfront financing for solar installations. Several states, cities and public utilities already offer loans at various levels for solar and other renewable energy technologies, including public utilities in Sacramento, Calif., and Clallum County, Wash.; the states of Oregon, New York, Pennsylvania and Vermont; and cities of Santa Monica, Calif., Aspen, Colo., and Orlando, Fla.

The cost for renewable energy technologies will come down as demand increases. New building-integrated photovoltaics products that integrate solar with roof tiles, skylights and facades are already helping to offset costs by reducing the amount spent on building materials and labor normally used in construction.

Local governments also offer incentives, including reduced fees or fee waivers and fast-tracking of plan checks and permits, for attaining a certain level of sustainable building criteria.

The criteria may involve conserving energy and water, reducing carbon emissions, recycling construction waste, or using renewable or recycle materials and products. Most of these green elements simply involve good design, site selection, and selection of green building materials and products. For a state-by-state list of green building and energy financing programs, visit the Database of State Incentives for Renewables & Efficiency.

When Push Comes to Shove

Green building incentives are helpful, but alone they are unlikely to generate the level of participation needed in time to save the planet. Many industry experts agree that to shift to a sustainable build paradigm quickly, incentives must be linked to policy mandates.

California’s SB375 is serving as the national test case for this concept, linking land use to SB32’s greenhouse gas reduction targets, notes Barry Rosengrant CEO and inventor of E-Space Systems, a moderate price sustainable building system.

Signed into law by Gov. Arnold Schwarzenegger last year, SB375 offers a road map for attaining SB32 greenhouse gas goals by halting urban sprawl. The law encourages cities to adopt a general plan with a Sustainable Communities Strategy (SCS) that requires new development to be near transit or clustered with existing development. While cities are not obligated to adopt an SCS, Rosengrant notes that only those that do will be eligible for a share of the state’s $6 billion annual transportation budget.

SB375 also rewards projects that meet SCS criteria, exempting them from requirements of the California Environmental Quality Act, which involves an expensive, time-consuming process that can delay construction. Qualifying projects are mixed use with at least 50% residential, 20 units or more per acre and no more than half a mile from a transit stop.

Obviously, it will take more than one type of solution to meet the American Institute of Architects’ goal of 100 percent carbon neutral design for new buildings and renovations by 2030.

Solutions, however, must involve a financial hook to get buy-in by a majority of Americans, who may have altruistic intentions that are jarred into play by their personal finances. This became crystal clear last year when fuel prices hit $4 per gallon, causing ridership on public transit to soar to record highs and people to trade their gas guzzling automobiles for more fuel-efficient models. 

Keep it Green

Greencon 

 

 

 

We as South Africans have to look at way to encourage large scale investment in the renewable energy sector. The first obvious route is to limit Eskoms strangle hold on the counrties power decision making, and to look at innovative ways to encourage big business into this sector. Here is a short article off the Associated Press that gives a quick example of proper governement incentives…

SALT LAKE CITY (AP) – A legislative committee has passed a bill to designate renewable energy zones across Utah and give tax credits to renewable energy companies.

Derek Miller of the Governor’s Office of Economic Development says renewable energy companies are interested in Utah and if they settle here they could create hundreds of jobs every year.

House Bill 430, sponsored by Rep. Kevin Garn, R-Layton, would give counties that are home to the companies the option to abate some or all of their property taxes for up to 30 years.

Companies that would qualify under the bill are those that generate renewable energy or manufacture equipment used to generate it.

The bill passed a House committee unanimously on Wednesday and will be debated further on the House floor.

Keep it Green 

Greencon 

 

This is the kind of visionary ideas that make the field of renewable energy so exciting. In the US state of Virginia, they import all their power. Read this fantastic report about a proposal to combine waste water and various co-generation options and soalr power to make a truely green power station…
'Green' Energy Plant Proposed for Loudoun 

By Tara Bahrampour

Green Energy Partners is proposing to build the facility on 80 acres just east of Leesburg, on property with two existing natural gas lines. To create the steam, the plant would use up to 5 million gallons a day of treated wastewater it would purchase from Leesburg. The treated water is now discharged into the Potomac River.

John Andrews, who co-owns the company with his father, said it plans to sell the energy wholesale to Dominion Virginia Power and Northern Virginia Electric Cooperative, the two utilities that provide service to Loudoun consumers.

Company officials said that if the project is approved by federal, state and county officials, Loudoun will be consuming electricity that is produced within the county for the first time.

“There is no energy production of any sort in Loudoun County that I’m aware of, except for individuals with solar panels on their homes,” said Charlie Jackson, a spokesman for Green Energy Partners. The plant would use no diesel fuel, he said.

Andrews said the hybrid facility would be “the lowest emitting plant in the state of Virginia.”

Green Energy Partners applied to the county Friday for permission to build the plant. It is part of a larger project that includes a business park the company hopes to open on adjacent property.

The plant would generate 300 megawatts of energy from natural gas, 300 megawatts from steam and one megawatt from solar energy. Two gas turbines could produce an additional 300 megawatts during peak demand times, company officials said.

Andrews said he expects the plant would produce enough energy to power Loudoun County and possibly enough to sell to neighboring counties.

Judi Birkitt, the senior county planner assigned to review the project, said the review has not begun. But Andrews said the idea, which is similar to models used in some European countries, has drawn positive reactions in informal discussions with county and town officials.

“We need energy, and either you import it or you produce it — and we believe the best way is to produce it,” he said, adding that the proposed hybrid system is less polluting than coal and more realistic than other “clean energy” solutions.

“We didn’t see Loudoun County agreeing to windmill farms, and the sun doesn’t shine enough for us to be able to run our energy on solar, so this is the next best alternative,” he said.

Najib Salehi, energy manager for the county, hailed the idea, saying it would probably save money for the county and Leesburg.

“I think it’s a very good proposal,” he said, adding that the county is constantly looking for ways to cut energy costs, down to the level of turning off computers and vending machines at night.

Leesburg Town Manager John Wells said he had not had a chance to study the proposal. Andrews said that if town officials decide not to sell wastewater for the project, he would look at other options.

If the county approves the project, the company would need to apply for state and federal permits. The approval process is expected to take a year, followed by two to three years for construction of the plant, company officials said.”

What a perfect combination

Keep it Green 

Greencon 

 

 

 

  It is difficult enough to convince the average home owner to convert to renewable energy, but when you are involved with large scale implementation of renewable energy as we at Greencon are, you often knock your head against the big boys in the energy industry here in South Africa. The slow uptake of renewable projects at scale is the hold these monopoloies have on the market, read this article from the Business Report to get a perspective…

Sasol’s numerous brushes with competition authorities have entrenched its reputation for monopolistic tendencies in markets for the liquid fuels and chemicals it produces from coal and gas.

State-owned Eskom has garnered less attention from competition authorities than its privatised counterpart, possibly because the electricity supply sector that the utility monopolises has its own watchdog, the National Energy Regulator of SA.

But if the ambit of our anti-trust regulators were to extend from pricing and control to environmental integrity, Eskom and Sasol might be considered the duopoly of the nation’s carbon polluting industries.
The novel reference to the pair as a duopoly came this week from delegates at the government’s climate change summit.The description is apt. Emissions from the combustion of fossil fuels for energy provision account for about 73 percent of the nation’s total carbon emissions, with coal-addicted Eskom responsible for the biggest chunk and Sasol following as the biggest private sector emitter.

Mike Goldblatt, an economist specialising in environmental and natural resource economics, believes no other country faces such a duopoly. It has implications for any attempts to create market mechanisms to reduce greenhouse gas emissions.The National Treasury has begun investigating what form of carbon taxes may be appropriate for South Africa, possibly in conjunction with an emissions trading scheme that caps emissions and creates a market for trading in emission reductions.

The combined size of Eskom and Sasol poses the danger that a regulatory system is built around them, taking less cognisance of smaller participants with nevertheless significant emissions. In addition, the bargaining power wielded by the duo as a result of their size could determine whether a carbon tax is imposed on them.
A research paper on carbon taxes published in February by the University of Cape Town’s Energy Research Centre (ERC) says European experiences with carbon taxes suggest that requests for exemptions from a general carbon tax should be anticipated here. But the paper points out that if most emissions from coal are exempt, then the tax is likely to become ineffective.

Another recent ERC paper on emissions trading as a policy option highlights the difficulties of ensuring that sufficient liquidity exists in a cap-and-trade system, given Sasol’s and Eskom’s dominance.Regulating emissions at the point of combustion may not be appropriate, much like regulating the upstream providers of coal, oil and natural gas, of which there are a limited number of entities, the paper says.

One option, Goldblatt suggests, is to separate Eskom and Sasol into several carbon trading units, each with its own cap.This is just a hint of the many complex issues surrounding carbon taxes and emissions trading schemes.In the near future, vested interests are sure to vigorously lobby government arms in an attempt to influence policy. A climate change policy is due to be released by the end of 2009 with regulatory, legislative and fiscal details fleshed out by 2012.
The point was made at the summit on Wednesday that whatever policy package is chosen, its outcome needs to result in a lower emissions trajectory, rather than merely create a derivative market in carbon.The policy will paint a clearer picture of the government’s resolve to translate its long-term intent to move towards a zero-carbon economy into immediate action.

Short and medium-term commitments are the real indicators of whether there is political will to deal with the transition from a fossil fuel economy to cleaner energy.

Keep it Green

Greencon