Comments howardgw has made
off shore oil
27 percent of the U.S.' piddling annual oil production already comes from the OCS. Adding the estimated 7 percent of that amount by expanding off shore exploration will not be noticed by the gaping mouth of consumption. Our effort should go to reduction of demand, not expanding supply.
Howard Wilshire
On Salazar sends mixed signals on offshore drilling posted 10 months ago 1 Responseclimate change reports
The change in administration happily has resulted in the release of important information, as attested by the four climate change reports cited by Grist. In late December 2008 another very important report=
Abrupt Climate Change=by the USGS, NOAA, and NSF was released. Land managers and informed citizens need to wade into this information soon. Either we plan changes in the way we live, or nature will do it for us.Howard Wilshire
On The four global warming impact studies Bush tried to bury in his final days posted 10 months ago 16 ResponsesLisa Jackson and EPA
If you want to know why Lisa Jackson should not run the EPA go to: http://www.peer.org/news/news_id.php?row_id=1136
Howard Wilshire
On Politico claims N.J. DEP commissioner Lisa Jackson in line to head EPA posted 11 months, 3 weeks ago 8 Responsesoil shale
As they say in the industry, oil shale is the energy source of the future, and always will be. Having an energy content of an equal weight of baked potatoes, production of oil from shale (a misnomer)probably yields less energy than required to get it, especially using Shell's scheme, is especially dirty if mined and retorted at the surface, and uses water that we don't have. The economics of this endeavor completely ignore the value, in dollars, of the services the natural landscapes provide us. If you want more information on this matter, and how oil shale fits into our overall energy problems, try The American West at Risk: Science, Myths, and Politics of Land Abuse and Recover, published by Oxford University Press, 2008.On BLM finalizes plan for leasing oil shale in U.S. West posted 1 year ago 10 Responses
where the wild places were
Opening Utah's magnificent wildlands for oil and gas exploration has nothing to do with energy security or independence. Despite the extremely poor prospects of finding enough oil and gas to make a net gain in energy at all, and a profit only at high prices, the Bureau of Land Management is approving invasive exploration activities in many lands of high natural and scenic values: for example, the Lockhart Basin, Hatch Point, Dome Plateau, Goldbar Rim and others. Even Wildlife Refuges, protected for some wildlife values, are not protected from oil and gas exploration and production: 27% of the nation's 575 refuges have been either explored, drilled, and exploited, or laced with pipelines. 105 refuges contain a total of 4,406 oil and gas wells, 1,806 currently active. Production from these wells is a tiny proportion of total U.S. production, itself only 30% or so of consumption.
At the request of Congress, the USGS performed a qualitative assessment of oil and gas potential in National Monuments approved and expanded under the Clinton Administration, which did protect them from exploration/production. Of 19 monuments, only 4 had any prospects, and those for only modest amounts of oil and gas with no relevance to energy independence.
In contrast, the oil industry claims undiscovered reserves of as much as 4 billion barrels of oil in and adjacent to the Grand Staircase-Escalante National Monument. The whole region contains only 24 geologically favorable oil and gas sites, all of which have been explored for many years. One site has trickled out 25 million barrels of oil since its 1964 discovery, barely more than one day of current consumption over 35 years.
Reckless opening of valuable natural lands to energy exploration can only worsen the nation's energy position. Hopefully, Obama will reverse this trend.
Information from: The American West at Risk: Science, Myths, and Politics of Land Abuse and Recovery
On BLM proposes opening wilderness-y areas in Utah to oil and gas drilling posted 1 year ago 5 ResponsesNo drilling in Utah wilderness
Opening Utah's magnificent wildlands for oil and gas exploration has nothing to do with energy security or independence. Despite the extremely poor prospects of finding enough oil and gas to make a net gain in energy at all, and a profit only at high prices, the Bureau of Land Management is approving invasive exploration activities in many lands of high natural and scenic values: for example, the Lockhart Basin, Hatch Point, Dome Plateau, Goldbar Rim and others. Even Wildlife Refuges, protected for some wildlife values, are not protected from oil and gas exploration and production: 27% of the nation's 575 refuges have been either explored, drilled and exploited, or laced with pipelines. 105 refuges contain a total of 4,406 oil and gas wells, 1,806 currently active. Production from these wells is a tiny proportion of total U.S. production, itself only 30% or so of consumption.
At the request of Congress, the USGS performed a qualitative assessment of oil and gas potential in National Monuments approved and expanded under the Clinton Administration, which did close them to exploration/production. Of 19 monuments, only 4 had any prospects, and those for only modest amounts of oil and gas with no relevance to energy independence.
In contrast, the oil industry claims undiscovered reserves of as much as 4 billion barrels of oil in and adjacent to the Grand Staircase-Escalante National Monument. The whole region contains only 24 geologically favorable oil and gas sites, all of which have been explored for many years. One site has trickled out 25 million barrels of oil since its 1964 discovery, barely more than one day of current consumption over 35 years.
Reckless opening of valuable natural lands to energy exploration can only worsen the nation's energy position. Hopefully, Obama will reverse this trend.
Information from: The American West at Risk: Science, Myths, and Politics of Land Abuse and Recovery
On Obama looks to reverse Bush's drilling efforts in Utah posted 1 year ago 2 ResponsesBiden/Palin on energy
What the "debate" shows mainly is that neither the Republicans nor the Democrats have a viable energy policy. And, in the face of the current financial problems, lack of credit is certainly going to curtail the drill-baby-drill clowns.
Howard Wilshire
On Vice presidential candidates spar on energy and climate issues posted 1 year, 1 month ago 10 ResponsesMcCain's oil platform photo op
First let me say that McCain's 300 mile helicopter round trip for a photo op is an extravagant use of fossil fuel that seems somehow at odds with his endorsement of energy conservation.
Just as irritating, however, is the loose use of numbers. Are the 160 million barrels of oil that supposedly underlie the platform the resource (about 30% of which can be produced) or the proved reserves? What is the relevance of a field already in production to the areas from which McCain wants to remove the regulatory wraps? We already know that off-shore oil wells are producing only 27 percent of the nation's miniscule production, and drilling the areas currently under moratorium can, on the basis of optimistic guesswork, add only 7% more in 20 years.
Obama should have stuck to his guns.
Howard Wilshire
On McCain visits an oil rig, repeats call for more offshore drilling posted 1 year, 3 months ago 2 ResponsesThree Gorges Dam
It is more likely that the increased seismicity around the Three Gorges Dam is the result of the weight of the impounded water than of seepage of water into dry rocksOn China announces vague plans to mitigate environmental impacts of Three Gorges Dam posted 2 years ago 5 Responses
Hillary Clinton on the environment
Almost all of Clinton's positions on the environment are reactionary. There is a little, but very little, new thinking suggestive of leadership. The ugly C word (conservation) is not an element of her plan, and she, like most of the candidates, utters nonsense about energy independence. On An interview with Hillary Clinton about her presidential platform on energy and the environment posted 2 years, 3 months ago 32 Responses
Change the Rules, Change the Future
Much more important than changing the rules is changing our habits. It is nonsense to think that we can go on doing what we are doing only by becoming more efficient and getting off of fossil fuels. We have to power down, in a big way.On New energy rules could unleash an economic boom and help quash climate change posted 2 years, 6 months ago 18 Responses
more oil availability
I can't believe that anyone, let alone the NY Times and Grist, is hyping steam and CO2 injection for enhancing oil production. These techniques have been around a long time. Guess how the steam is made for the Bakersfield CA aging (discovered 1899) fields. By burning natural gas piped in from Wyoming. This is like changing gold to lead--the oil is low quality heavy dregs, and the natural gas is a very precious commodity, which, like good oil, we are squandering.On But Wait, There's More posted 2 years, 8 months ago 3 Responses
Biofuels
The 3 pieces under Fill 'er up have some very useful information, but two significant points are overlooked:
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
- we cannot hope to replace significant amounts of fossil fuels with biofuels, NRDC notwithstanding. NRDC's scheme calls for a lot of rich folks who can afford 50+mpg cars and "smart growth" has to supplant many thousands of acres of dumb growth already on the land.
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
Biofuels
The 3 pieces under Fill 'er up have some very useful information, but two significant points are overlooked:
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
- we cannot hope to replace significant amounts of fossil fuels with biofuels, NRDC notwithstanding. NRDC's scheme calls for a lot of rich folks who can afford 50+mpg cars and "smart growth" has to supplant many thousands of acres of dumb growth already on the land.
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
Biofuels
The 3 pieces under Fill 'er up have some very useful information, but two significant points are overlooked:
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
- we cannot hope to replace significant amounts of fossil fuels with biofuels, NRDC notwithstanding. NRDC's scheme calls for a lot of rich folks who can afford 50+mpg cars and "smart growth" has to supplant many thousands of acres of dumb growth already on the land.
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
Biofuels
The 3 pieces under Fill 'er up have some very useful information, but two significant points are overlooked:
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
- we cannot hope to replace significant amounts of fossil fuels with biofuels, NRDC notwithstanding. NRDC's scheme calls for a lot of rich folks who can afford 50+mpg cars and "smart growth" has to supplant many thousands of acres of dumb growth already on the land.
- the focus is entirely on fuel, but the fuel is supposed to run something, like cars and trucks. They do not come out of thin air, but use other nonrenewable materials that, like oil, are on depletion curves. Manufacturing the vehicles also takes lots of energy.
Who Killed the Electric Car?
I love Jon Stewart, but he doesn't know squat about environmental issues. Here we are in the midst of a big crunch on electricity supplies, and he and his guest are talking about plug-in cars (same goes for plug-in hybrids). Can you imagine the impact on the grid when millions of these little metal monsters plugged in to get to the grocery store?
In our craze to go on doing what we are doing the obvious dots on the energy curves are never connected. Time to stop dreaming and start conserving.
Howard Wilshire
On Electric Car director on Daily Show posted 3 years, 3 months ago 6 ResponsesGreen is the new dead
There is good documentation that we continue to pollute soil and groundwater with traditional burial methods. Readers might be interested in two sources of information: U.S. Geological Survey National Mapping Information. [Online]. Available: http://geonames.usgs.gov.
U.S. Congress, Office of Technology Assessment, Protecting the Nation's Groundwater from Contamination, (Washington, DC U.S. Congress, Office of Technology Assessment, OTA-0-233 1984), 244 p.
On Green-burial movement gets more ambitious posted 3 years, 3 months ago 14 Responsescoal gasification
Use of carbon dioxide to enhance oil recovery is not sequestration! The idea with sequestration is to find a place to put the stuff where it will stay. In enhanced recovery much of the CO2 dissolves in and comes up with the recovered oil. It can be recaptured and used again, but the need for continuous supply suggests that it is not.
Howard Wilshire
On Coal gasification posted 3 years, 4 months ago 13 Responsessame old same old
I wonder if Obama knows that when Brazil diverted its sugar crop to ethanol, the price of sugar went up 48%? You can't just jump on one facet of a problem and expect meaningful relief. The resource ramifications of our car-hungry society go far beyond fuel. Try checking out what goes into making a car, and how many of those resources are reaching their limits.
Our transportation energy problem cannot be solved by seeking substitute fuels that will allow us to go on doing what we are doing. Our only salvation is to radically reduce our demand for gasoline.On Barack Obama chats with Grist about energy independence and ethanol posted 3 years, 8 months ago 7 Responses
Ag, You're It
I take you at your word that the intent of 25X'25 is to replace 25% of our total energy use (in 2004 this was 99.74 quads) in the next 16 years with biomass sources. The need, then, is 25 quads. If you look only at the energy consumption in the transportation sector (27.8 quads), the amount of land needed to grow an ethanol replacement for 25% of the gasoline currently used (7 quads for the 139 billion gallons used per year) is about 130 million acres for corn ethanol or about 210 million acres for switchgrass ethanol (presuming cellulosic ethanol actually comes into production tomorrow). If you throw short-rotation trees into the bargain, 25% of current gas consumption could be produced from 56 million to 575 million acres, depending on tree types. Any of these options is a lot of land, and, we still have 18 quads to go to satisfy the goal of 25X'25. This seems very far-fetched.
The NRDC "solution" isn't any better. And, like most of these proposals, it is focused on finding the silver bullet that will allow us to go on doing what we are doing.On Agriculture interests push ambitious renewable-energy goal posted 3 years, 8 months ago 10 Responsescorn ethanol
The amount of land required to offset a significant amount of fossil fuel transportation uses is much in debate. Under current crop yields and conversion efficiency, corn yields about 358 gallons of ethanol per acre annually and switchgrass 165 gallons per acre. Replacement of current U.S. gasoline demand (139 billion gallons per year) by corn ethanol would require 407 million acres and replacement by switchgrass ethanol 840 million acres on an equal energy basis. These land requirements exceed the current total U.S. cropland, leaving no land for growing food. The Natural Resources Defense Council has proposed a program to reduce land requirements for switchgrass to replace not only current demand for gasoline, but that projected from current trends to be in demand by 2050 (289 billion gallons per year) to as little as 6 million acres. 66 percent of this gain is the result of conservation and 34 percent the result of technological improvements in crop yield and conversion processes and juggling existing cropland uses.
The rush to biofuels has some major problems: Almost the entire focus of current considerations is on replacing present and future demand for fossil fuels with plant products. The highly concentrated energy contained in fossil fuels came from the same generic feedstock as we are presently proposing, yet it was distilled by millions of years of geologic processes. Today's biofuels do not have the benefit of those processes, so their energy yield is far below that of fossil fuels.
To put the matter in perspective, worldwide primary power consumption is about 13 trillion watts (Tw) per year, with fossil fuels supplying 11 Tw of that power (85 percent). Replacing just the U.S. fossil energy consumption with bioenergy confronts a basic energy imbalance: each year the nation uses 85 percent more fossil fuel energy than the total energy amount stored annually in all U.S. plant biomass. Replacing current world fossil fuel demand with biomass would put more than 10 percent of the earth's land mass--nearly all agricultural land--into fuel rather than food crops. This means that the earth simply cannot grow enough biomass to supply energy at U.S. consumption levels.With world demand projected to require another 30 Tw by 2050, our choice becomes driving or eating, but not both.
This focus on what goes into the tank also ignores the fact that the tank, and the vehicle carrying the tank, do not come out of thin air. Many of the components of vehicles come from mined products that are increasingly scarce, the recovery of which requires ever-increasing amounts of energy.
On Ethanol is suddenly all the rage in D.C. and Detroit posted 3 years, 8 months ago 18 ResponsesCape Cod wind farm
Wind and solar energy are likely the most benign sources of electricity available to us, and there are ample opportunities to tap into them without wrecking other valuable assets. What is missing is any national policy to site facilities in environmentally acceptable locations. We are unnecessarily knocking heads over battlegrounds chosen by companies with no national or environmental interests. This can only ensure continued poor siting choices, as exemplified by the Cape Cod project.On Climate change is pushing this easygoing enviro over the edge posted 3 years, 9 months ago 57 Responses
Cape Cod wind farm
Wind and solar energy are likely the most benign sources of electricity available to us, and there are ample opportunities to tap into them without wrecking other valuable assets. What is missing is any national policy to site facilities in environmentally acceptable locations. We are unnecessarily knocking heads over battlegrounds chosen by companies with no national or environmental interests. This can only ensure continued poor siting choices, as exemplified by the Cape Cod project.On RFK Jr. and other prominent enviros face off over Cape Cod wind farm posted 3 years, 9 months ago 57 Responses
ethanol fuel
On the order of 500 million acres may be available for all crops in the whole United States, including current and potential farmlands. Through 2000, the United States was burning more than 128 billion gallons of gasoline annually. Trying to substitute corn-derived ethanol for it all would require dedicating nearly 2.5 billion acres of farmland to corn crops--5 times more land than is now under agricultural production for all purposes. A much more optimistic, but still grossly unrealistic, estimate is 300 to 500 million acres of grassland and forests under cultivation for ethanol to supplant our entire current gasoline consumption, not allowing for growth. Even adding just 10 percent ethanol to gasoline, the farmland needed for growing it would amount to 250 million acres, more than twice the size of California.
Howard Wilshire
On Just because General Motors calls it green doesn't mean it is. posted 3 years, 10 months ago 8 Responses