It Fails The Common Sense Test

But it sounds too good to be true!

Energy Expert Robert Rapier writes that:

On December 6th, the Institute for Energy Research released a groundbreaking report claiming that the amount of oil that is technically recoverable in the U.S. is more than 1.4 trillion barrels, with the largest deposits located offshore, in portions of Alaska, and in shale deposits throughout the country. The report estimates that when combined with resources from Canada and Mexico, total recoverable oil in North America exceeds nearly 1.7 trillion barrels.

To put this into perspective, the largest producer in the world, Saudi Arabia, has about 260 billion barrels of oil in proved reserves. It’s suggested that the technically recoverable oil in North America could fuel the U.S. with seven billion barrels per year for almost 250 years.

So, what does this mean for our energy future? For starters, it could mean the end of our reliance on imported oil from unfriendly nations.

I find these sorts of reports highly misleading, for the following reason. It is true that the U.S. has tremendous oil resources. But it is also true that most of those resources are not economically recoverable. An analogy I have used in the past is the amount of gold in the oceans. There are trillions of dollars of gold in the oceans that is technically recoverable. But that gold is not — and in my opinion will never be — economically recoverable. So it would be misleading for me to argue that we can have all the gold we want if we just get serious about it.

In fact, I tracked down the report referenced above from the Institute for Energy Research: North American Energy Inventory. Then I tracked one of the references they used to come up with their estimate of more than a trillion barrels of “technically recoverable” oil in the United States. The source is a U.S. Department of Energy report: “Undeveloped Domestic Oil Resources.” What that report says is quite different than the implications that are being drawn. The following chart tells the tale:

Screen shot 2011-12-15 at 11.21.21 PM

So of the 1.3 trillion barrels of oil from this DOE report, most is not technically recoverable, and the only category that is known to be presently economically recoverable is that tiny sliver of 22 billion barrels that says “Proved Reserves.” This accounts for less than 2% of the 1.1 trillion barrels categorized as “Undeveloped Oil In-Place.” Read the rest here.

The U.S. imports roughly 12 million barrels of oil per day. Prudhoe Bay, on Alaska’s north slope, produced, at its high point, two million barrels per day.

To be self-sufficient in oil, we would need to have six Prudhoe Bays sitting in North Dakota. This does not pass the “common sense” test.

Kamaaina Christmas at the Honolulu Academy of Arts

June and I attended the Kama‘aina Christmas event at the Honolulu Academy of Arts this weekend. It was very nice and a lot of fun.

The last time I was at a black tie event was when I was an Army officer a long, long time ago. Governor Abercrombie told me he knows my twin brother – the one who only wears shorts.

June&richard

At our table were Mina Brinkopf, Alan and Carole Tang, Pat and Jan Sullivan, and Henk, Akemi and Michael Rodgers.

Here’s June with Alan and Carole Tang. Alan is Chief Strategy Officer for Ku‘oko‘a.

IMG_0118

One of the dancers from Iona Contemporary Dance Theatre performing in real snow!

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With one of the Iona dancers.

Iona

Momentum Toward Geothermal Has Shifted

It is clear that the momentum toward geothermal has shifted.

There have been numerous community meetings on the Big Island, where the overwhelming number of Hawaiians are in favor of geothermal if it is done in a pono way: It needs to be culturally sensitive and benefit the community, and before we implement geothermal, it must be shown that its use is environmentally benign.

People on the Big Island are very aware that geothermal electricity is much cheaper to produce than oil- or biofuel-generated electricity. They expect to see a difference on their electric bills.

This major change will be very challenging for the electric utility as it tries to translate geothermal production into lower electric bills. But they have the best people working for them; they are our friends and neighbors. Actually, they are us.

Not, no can. CAN!

We are at a Pivotal Moment & We Need to Make a Commitment

I spoke at a plenary meeting for federal, state and private enterprise energy experts yesterday at the Honolulu Convention Center. It was put on by the Department of Business, Economic Development and Tourism. I want to share my speech here, too:

Aloha Everyone,

We farm 600 fee simple acres on the Big Island. I am the only person from Hawai‘i to have attended what is now four Peak Oil conferences. I went to the first conference so I could learn about oil, and figure out how to position our farm for the future.

I have an accounting degree. But, as a farmer, I would say our biggest strength is that we are good at adapting to change.

Here are some key observations:

1. The world has been using twice as much oil as it has been finding for more than 20 years. And that trend continues.

2. Economies run on energy. If you take a chainsaw and a gallon of gas, you will cut so many trees. If you take that chainsaw and a half gallon of gas, you will cut less. It’s the same for the world economy. Energy growth is tied to economic growth. If energy is not available in sufficient amounts, the economy cannot keep on growing.

3. “Energy Return on Energy Invested.” It is the net energy that is available for society to use that is important.

In 1930, to get 100 barrels of oil it took the energy of one barrel.

In 1970, to get 30 barrels took one barrel.

Now, it’s 10 or 15-1 and decreasing.

Oil shale and tar sands are in the 5-1 range.

Biofuels is less than 2-1.

But geothermal is at least 10-1, and will last for 500,000 years.

It is estimated that we need 4-1 just to maintain our present society.

The net energy that is available for the use of society is getting gets less and less. In order to stay even, we will need more and more of the low EROI stuff just to stay even. Using geothermal to make electricity costs only half as much as oil.

With the world in recession, the oil price is at $100 per barrel. It seems like we are at the edge of starting down the backside of the oil supply curve. As oil supply starts to decrease, the net energy available decreases too but at an increasing rate.

One may reasonably assume that we are facing permanent recession or worse.

Another way of looking at it is: Net energy minus the energy it takes to get our food equals our lifestyle.

What can we do? The Big Island will be over the hot spot for 500,000 to a million years. The EROI for geothermal is stable and will stay the same for 500,000 years.

Consumer spending is two-thirds of our economy. Affordable energy is key. Let’s all work together to find the solution that works for the community, the environment and the economy.

Iceland is energy- and food-secure. They became that way by using low-cost hydroelectric and geothermal energy. They use their cheap electricity to make aluminum, and with the hard currency from that, they buy the food that they cannot grow. It can be done, but we must force the change!  

At the early ASPO conferences, EROI used to be “fringe” thought, and now it is mainstream. We need to consider this in our planning!

We are at a pivotal moment in Hawai‘i’s history. Business as usual is no longer safe. Like the ancient leaders who made the decision to send the canoes up from the south, we are about to make decisions that will decide the future for coming generations.

We here in this room will make the commitment.  If not now, when? If not here, where? If not us, who?

We can do this. Not, no can. CAN!

Hawaii Needs to Show the Way, Not Serve as a Warning

Robert Rapier and I have an article in Civil Beat today. Read the article here.

Hawaii Should Show Way to Better Energy Future

Over the past decade, world oil prices have advanced from approximately $25 per barrel to more than $100 per barrel. Had the price of oil merely kept pace with inflation, the $25 barrel in 2000 would have been worth just over $30 in 2010. Thus, there was a fundamental shift in the oil markets.

By 2005, the idea that the price increase was being caused by oil depletion – commonly referred to as “peak oil” – was receiving widespread attention. While some dismissed the idea of peak oil, instead offering up speculation, OPEC, growth in developing countries, or other geopolitical factors as the primary factors behind the advance in prices – oil production remained flat despite record high oil prices. Read the rest

The world is changing, and our next 20 years will be completely unlike the past 20 years. We need to adapt to this change.

We can start by taking a triple bottom line approach to the problem. We need to put the needs of the people first and foremost, we need to consider the effect on the environment and we must make sure that the investment makes sense. It isn’t the strongest that survive; it’s the ones who can adapt that survive.

Chris Martenson’s YouTube video explains in a commonsense way how the world is changing. Economic growth requires energy growth. Energy growth has hit a plateau and so economic growth is slowing down. If net energy starts to decline, there will be serious, and unpredictable, consequences.
We have geothermal, the gift of Pele, to help us cope. We must change and adapt.
Also from the Civil Beat article:

Because of our heavy dependence on oil, it has been said that Hawaii is the canary in the coal mine for the rest of the U.S. But in warning others of impending danger, the canary dies. We do not want to serve as a warning to others; we want Hawaii to be the beacon for the world to see how we have achieved a better future.

Hydroelectric Project at Farm is Full Steam Ahead

Somebody asked me the other day about Richard’s hydroelectric project at the farm. I hadn’t even gotten around to asking him about it yet when I saw this Pacific Business News article.

Hydroelectric energy will power Big Island farm

FRIDAY, NOVEMBER 25, 2011 AT 10:24AM

(Pacific Business News)  Hamakua Springs Country Farms plans to use the streams along the Hamakua Coast to generate electricity as early as next year and has hired a system developer to move the process forward.

The idea has been in the works since last year, and Richard Ha, president of Hamakua Springs, said development of the hydropower system is likely to begin in 2012. The farm has received the proper permits, he said, but the cost and design analysis has not yet begun. He expects the evaluation and building process to take about seven months to a year. Read the rest

Richard told me, “We cannot wait to make our electric bill predictable and stable.”

Great Podcast About Renewable Energy

Richard Ha writes:

This is a very interesting podcast by Robert Rapier, who spoke at the recent Association of the Study of Peak Oil (ASPO) conference.

He talks about a request for him to rank the top 50 renewable energy companies. By the time he reached the fifth one, it was looking iffy and by the time he reached the tenth company, he did not expect the rest to survive 10 more years.

It really is tough to do what Mother Nature did for free and to be competitive, cost-wise. Some have Mother Nature’s oil embedded in the process and so the break-even point of the renewable oil recedes into the horizon.

Some fail because of bad assumptions – like that the feedstock will be available for a cheap price. Only if the farmer makes money will the farmer grow feedstock.

Scale is a significant issue, too. The process is like cooking turkeys. It’s one thing when one is cooking just one turkey in a bench scale experiment. It is quite another when one is cooking 100 turkeys per hour in a large oven. How do you make sure the turkeys in the middle are not raw and the ones on the edge are not burnt to a crisp?

What can we make of the fact that oil is $100 per barrel and yet we are in a recession? One would expect oil prices to decline in a recession. Could we be in an endless recession?

And what about the difference in the oil consumption of different countries? Will they be in a permanent recession? China uses only two barrels of oil per person per year while the U.S. uses 26 barrels of oil per person per year.

They can grow their economy at $100 per barrel oil, and we are barely keeping our heads above water at the same price? Hmmm.

Let’s move to geothermal now!

Water, Water, Everywhere…

How is it that, after drilling through fresh water and then through 9000 feet of salt water, they hit cold fresh water under pressure? That wasn’t supposed to happen.

Last year, Don Thomas gave a talk to the Keaukaha Community Association about this project I wrote about last time.

A very Wet Trip

This is what it looks like when water under 160 pounds of pressure shoots up out of the ground.

Read more about his Keaukaha talk here.

Don Thomas is the UH professor who was in charge of the water drilling project, and he has agreed to take us on a behind-the-scenes tour of this fascinating project. I’ll be writing more about it here at the blog; stay tuned!

New Info About Hawaii’s Water

This morning I talked to Dr. Don Thomas for half an hour. He’s finding really fascinating stuff that turns upside-down the whole theory of how fresh water is stored under the island.

It looks like there is a 15-foot thick, impermeable, layer on the Hilo side that traps freshwater 9,000+ feet down.

This is what we thought the Hawaiian Islands water cycle looks like.

Water

Clouds come in and pile up against the slopes, and then rain falls, percolating down and out toward the ocean. So when we drill, we expect to find a freshwater lens, with salt water beyond (lower than) the freshwater lens. Right? One would expect to find fresh water at roughly around sea level. Or maybe a little deeper.

What if you drilled past the freshwater lens into the salt water and found fresh water at a much deeper level – like 9000 feet? And what if it were cold, and more than 1000 years old and under 160 pounds per square foot pressure? That was what Don Thomas recently found at a well he was drilling by the Hilo airport.

What does this mean? Could it be the same on the Kona side? He thinks so.

Using magnetotelluric surveys — they detect radio waves in the earth, and, depending on the conductivity of the rocks, can give a hint at what is there (i.e., hot/cold rocks, salt/fresh water, or combinations thereof), and then he gets in there with his drill — he has found what looks like perched fresh water on the dry side of the island. And it was higher than expected. Hmmm!

Washington Place Reception for People Behind the Thirty Meter Telescope

On Friday I attended a reception at Washington Place, the governor’s mansion, given for the people behind the Thirty Meter Telescope.

Washington Place

It was great to get together. So many people worked so hard to accomplish what we did.

I remember Roberta Chu and I standing in the parking lot in the very early days asking each other: “Do you think we can do this?” We never looked back.

Roberta Chu, Barry Mizuno and Don StraneyRoberta Chu, Barry Mizuno and Don Straney

Henry Yang, President of the TMT Corporation, is a very special person. He flew in and out of the Big Island more than 15 times, and spent all of his time talking to the regular folks. He never once spoke to the press.

Henry YangHenry Yang

He learned firsthand that the lowest common denominator that folks on all sides of the issue could agree upon was keiki education, and so the TMT committed $1 million annually for keiki education on the Big Island.

All throughout the tough negotiations, this was completely off the table. No one could touch it, nor even think about touching it.

Jean Lou Chameau, Richard Ha, Henry YangJean-Lou Chameau, me, Henry Yang

Henry did not come into town telling everyone he was there to save them. He told them what was going to happen. But mostly he listened. And, slowly but surely, people started to trust.

Dilling and Henry YangDilling and Henry Yang, me

Roberta Chu, Dilling and Henry YangRoberta Chu greeting Dilling and Henry Yang

Henry Yang

Henry and I were like brothers during this project. He was the kind of guy I could do business with on a handshake. He and Jean-Lou Chameau, President of Cal Tech, are people persons. The right people at the right time.

Jean-Lou Chameau, president of Cal TechJean-Lou Chameau

I missed seeing my friend Dawn Chang. She and I worked very closely in the tough, early days.

Daniel InouyeSenator Daniel Inouye arriving

Senator Daniel InouyeSenator Inouye speaking

P1000223Senator Inouye, me, Henry Yang

Irene Inouye, MRC GreenwoodIrene Inouye and MRC Greenwood

Ka‘iu Kimura was very brave.

Mazie HironoRep. Mazie Hirono with TMT Board Members

Thirty Meter Telescope

Richard Ha, Rockne Freitas, Herring Kalua, Don StraneyMe, Rockne Freitas, Herring Kalua and Don Straney

And I learned an important lesson from Kumu Lehua Veincent. When I suggested to him that we try to get five “full-ride” scholarships to the best schools in the nation for Keaukaha kids, he asked me: “And what about the rest of them?” Of course he was right.

Thirty Meter Telescope, Washington Place

Barry Taniguchi, Carl Carlson, Jim Omura, Virginia HinshawBarry Taniguchi, Carl Carlson, Jim Omura, Virginia Hinshaw

Mike Bolte and Sandra DawsonMike Bolte and Sandra Dawson

Patrick Kahawaiola‘a told me something profound. He said that it’s all about the process. Then it dawned on me: “You have to aloha everyone, no matter on what side of the issue.”  

Aloha to the Kanaka Council and other folks like Kealoha, and Ku Ching, who do not agree. I’m pretty sure they know that we were trying to be pono.

Jim Omura, Virginia Hinshaw, Mark YudovJim Omura, Virginia Hinshaw, Mark Yudov

MRC Greenwood and Governor Neil AbercrombieMRC Greenwood and Governor Neil Abercrombie

Richard Ha, Greg Chun and Dennis HirotaMe, Greg Chun and Dennis Hirota

Jennifer Sabas, Roberta Chu and Mike BolteJennifer Sabas, Roberta Chu and Mike Bolte

Thirty Meter Telescope

Thirty Meter TelescopeDavid Lonberg, Carl Carlson, Doug Ing

Here are some startling facts about the Thirty Meter Telescope:

  • 9 times more light collecting area than a Keck Telescope
  • 12.5 times sharper images than we can get with the Hubble Space Telescope (This is amazing!)
  • Will be able to see through the universe back to the time when the very first stars and galaxies formed
  • Will be able to image planets orbiting other stars and to look for the signposts of life
  • Will be able to discover and study supermassive black holes at the centers of galaxies throughout the Universe
  • Will be able to determine the nature of dark energy and dark matter – These are key to determining the ultimate fate of the Universe.