Richard Ha writes:
There have been fireworks lately around the subject of geothermal over at the Big Island Chronicle blog.
Robert Petricci is leader of the anti-geothermal group that include Senator Ruderman and Mayor Kim. Petricci never answers the question, “What about the rubbah slippah folks?”
Read the article and, especially, the comments here: Lively online geothermal discussion
Richard Ha writes:
I was surprised to see that both HB106 AND HB932 were killed.
The Big Island Community Coalition supported both bills. Both addressed geothermal development and included County home rule provisions, mediation and permitted geothermal development where wind and solar are allowed.
It appears to me that the choice was either “institute geothermal subzones” or “kill the bill.” So in the end, County home rule did not seem to be the most important issue.
Richard Ha writes:
Although we are testifying in strong support of HB106 HD2, SD1, we would support any bill or combination of bills that further our efforts to bring lower-cost electricity to the Big Island in a pono way.
Aloha Chair Gabbard and Vice Chair Ruderman:
The Big Island Community Coalition (BICC) is strongly in favor of HB106 HD2, SD1.
The BICC steering committee members are Dave DeLuz, Jr., President of Big Island Toyota; John E. K. Dill, Chair of the Ethics Commissions; Rockne Freitas, former Chancellor, Hawai‘i Community College; Michelle Galimba, Rancher and Board of Agriculture member; Richard Ha, farmer, Hamakua Springs; Wallace Ishibashi, Royal Order of Kamehameha; Ku‘ulei Kealoha Cooper, Trustee, Kealoha Estate; D. Noelani Kalipi, who helped
write the Akaka Bill; Ka‘iu Kimura, Director of Imiloa Astronomy Center; Robert Lindsey, OHA; H. M. (Monty) Richards, Rancher; Marcia Sakai, Vice Chancellor, University of Hawai‘i at Hilo; Kumu Lehua Veincent, Principal, Kamehameha High School, Kea‘au; William Walter, President, Shipman Estate. All speak here in their private capacity.
Our mission is to drive down the cost of electricity on the Big Island. The cost of the Big Island’s electricity has been 25 percent higher than O‘ahu’s for as long as we can remember. Yet the Big Island has the lowest median family income in the state. Three school complexes in East Hawai‘i lead the state in free and subsidized school lunches: Pahoa at 89 percent, Ka‘u at 87 percent and Kea‘au at 86 percent.
Education is the best predictor of family income. But because the Big Island’s electricity rate is 25 percent higher than O‘ahu’s, we waste more than $250,000 annually in some of our school complexes.
The cost to generate electricity from geothermal is less than half that of oil. And because the Big Island will be over the hot spot for more than 500,000 years, that cost will be relatively stable – unlike the cost of oil, which will rise in the not-too-distant future.
I asked Carl Bonham, Executive Director of the UH Economic Research Organization, if it is fair to conclude that if geothermal were the primary base power for the Big Island, then the Big Island would become more competitive to the rest of the world as oil prices rise? He said, Yes, we would become more competitive. I concluded, and he agreed, that our standard of living would then rise. And that our working homeless could get off the streets.
We all need to work together to make things work. Get thousand reasons why no can! We only looking for the one reason why CAN!
Richard Ha
BICC Steering Committee Representative
Caption this picture! Send us your caption by this Friday, March 22, 2013. Submit your caption to leslie@leslielang.com.
Your prize? The inner satisfaction that comes with knowing you are clever and a quick wit!
Really, it's just for fun. So fire away! We'll share some of them here.
Richard Ha writes:
Puna Geothermal Venture tripped offline a few days ago. It’s very encouraging to know that everything worked well with Civil Defense and our emergency procedures. This is a result of folks having raised concerns, which has heightened awareness.
As Patrick Kahawaiola‘a always says, “It’s about the process.”
Going through the process makes for a better result. So you have to aloha everyone on all sides of an issue.
HELCO just issued a Request for Proposals (RFP) for 50 megawatts more of geothermal power. There will be much more discussion. House Bill 160 draft 2, which has now crossed over to the Senate, is an attempt to bring “home rule” back to geothermal development, and to streamline procedures without sacrificing safety.
This is all about balance. How do we insure safety, while at the same time keeping costs under control?
If we can do that, we can protect the rubbah slippah folks, and that in turn helps all of us.
Council Councilman Greggor Ilagan issued this press release:
MEDIA RELEASE
At approximately 4 p.m. Wednesday, March 13, Puna Geothermal Venture, tripped off line and experienced a steam release. The steam was released through the plant’s Emergency Steam Release System, which abates hydrogen sulfide emissions.
Council Councilman Greggor Ilagan of District 4, went directly from the council meeting in Hilo to the PGV site in Puna. He met with PGV staff, including operations manager William E. Wiebe and plant manager Cliff Townsend.
“Everyone worked together quickly and effectively. PGV’s safety mechanisms were put into action immediately, the public was notified, and the appropriate authorities took action,” Ilagan said. “I feel it’s better to be overly cautious than unprepared.”
PGV staff monitored the facility and surrounding area through the afternoon and into the evening. Fire Department personnel also assisted in these efforts.
“Everything went well … precautionary procedures were implemented early on. The community did a great job. Those that were concerned chose to leave and seek information,” said Darryl Oliveira, Civil Defense administrator.
The Pahoa Community Center, under direction of the Department of Parks and Recreation, opened itsdoors for those who preferred to remain outside the area.
According to Ken Nagasawa, Pahoa Community Center director, “just one” couple arrived in the evening after the center had been notified to “stand down,” at approximately 6:45 p.m.
Hawaiian Electric Light Company indicated power to 20,095 customers in Waikoloa, Waika, Kailua, Kaloko, Captain Cook, Kuakini, Waiakea Uka and lower Puna, which included the PGV plant, was interrupted when HELCO’s transmission line tripped open. The PGV plant tripped off line following HELCO’s power interruption.
HELCO continues to investigate the exact cause of the event.
“I’d like to thank Civil Defense, Fire Department, Department of Parks and Recreation, and staff of the Pahoa Community Center for their swift execution of contingency plans,” Ilagan said. “To the residents of Puna and Hawaii County, thank you for maintaining calm with aloha, during this event.”
Ilagan, the District 4 representative, can be reached at 965-2712 or gilagan@co.hawaii.hi.us.
By guest blogger Rodrigo Romo:
With every question that seems to stir up controversy (geothermal, the Thirty Meter Telescope [TMT], etc.), the way I see it is to ask: "What would Kamehameha (or the old Hawaiians) do?"
The old Hawaiians lived in harmony with what the land/sea provided them, making sure they took care of their resources and making sure they were not depleted.
Would the old Hawaiians bring oil from distant lands to meet their energy needs? Or would they take advantage of what the land and the gods provided them (geothermal, solar, wind, hydroelectric)?
The old Hawaiians were famous for their star-based navigational skills. If they had the chance to further understand the universe from the top of Mauna Kea, would they pass on that opportunity? Or would they take advantage of the privileged location they were given by the land/gods to learn more about the universe?
I think part of the problem is that people underestimate what the old Hawaiians would do in today's technologically advanced world, and many think that they would still live like they did prior to the arrival of Cook.
I don't think that is the case. They were incredible wise people from an environmental point of view. They understood that by living on an island their resources were extremely limited and that their environment was very delicate.
Because of modern-day technology, we tend to forget that. It's easy for us to go to the grocery store and buy tomatoes from California, peaches from Chile and Atlantic salmon. We turn on the switch and expect the light to come on, because we know that there will be a ship/plane coming over to deliver our goods; goods that were not produced here from the land.
People see geothermal or wind as an intrusion to the environment, but have no problem with burning fossil fuels that are brought in from thousands of miles away.
They worry about the impact that a geothermal well may have on the air quality, but never think about the consequences that an oil spill from a tanker would have on our corals and the life around them.
People see the TMT as an intrusion into sacred land (regardless of the telescopes already present) but fail to see the wonderful opportunities it will provide to local young future Hawaiian scientists to be in the lead of space exploration.
We can learn a lot from the ways of the past: An understanding of the real value of our local resources, and how delicate our environment is. Combining that understanding with advances in technology will lead the path to achieving, or at least to moving closer to becoming a sustainable community/culture.
Aloha.
Rodrigo Romo was a member of the second Biosphere 2 crew. He is currently VP of Engineering for Zeta Corporation, where he is involved in water conservation projects. He lives in Hilo with his family.
Richard Ha writes:
On Thursday, Kalei Nu‘uhiwa and I spoke on a geothermal panel at the UH Manoa’s Richardson School of Law.
Kalei talked about Papakū Makawalu, a Hawaiian deconstruction of the universe into its basic component parts. Here is an interesting talk she gave on this topic about a year ago. (It’s about 13 minutes; well worth a watch.)
From the Edith Kanaka‘ole Foundation:
Papakū Makawalu is the ability of our kupuna to categorize and organize our natural world and all systems of existence within the universe. Papakū Makawalu is the foundation to understanding, knowing, acknowledging, becoming involved with, but most importantly, becoming the experts of the systems of this natural world.
At our panel discussion, the essential question was: “Can geothermal exist in harmony with the Hawaiian world view?”
Kalei’s answer, as I understood it, was, “Yes – If we have a full discussion ahead of time to assure that all concerns are adequately addressed. We need to understand and be comfortable in knowing what its effect on the Hawaiiian environment would be.”
I agree with this point of view. When we were asked what would we do if one of the geothermal developers did not agree to abide by this I said, “Then they need to get out of here!”
Hawaiians in pre-contact time were very successful. Here in Hawai‘i today, we are less successful.
This is why I really like Charles Hall’s EROI concept, which measures net energy. It provides empirical data that compares use of energy from ancient times to the present. It’s a way of comparing apples and apples across time.
Tomorrow (Thursday, March 7, 2013) Richard will be sitting on a panel called Native Hawaiians and Geothermal Energy: Blessing or Curse? It's at the University of Hawai‘i at Manoa's Richardson School of Law.
Kalei Nu‘uhiwa is also on the panel, which takes place from 11:45 a.m. to 1 p.m. Free and open to the public. We invite you to come and learn more about this subject!
– Leslie Lang
Richard Ha writes:
Every organism, organization and even civilization needs surplus energy or it goes extinct.
When a mama cheetah catches an antelope, for instance, she needs to get enough energy from consuming that antelope to take care of her kids.
Let’s say all the antelopes are very skinny, and the energy she gets from eating a skinny antelope only gives her enough energy to make one more sprint, and that’s all.
That would be described as an "energy return on investment," an EROI, ratio of 1-1. She has no excess energy available to do anything but catch her next meal. That would be a very scary existence: She would have to catch an antelope on every single sprint, or her species would go extinct.
But if the antelopes got fatter, and the cheetah could make two sprints from eating one antelopes, we would call this an EROI of 2-1.
When the cheetah could make five runs from eating one antelope, things would be starting to look better (EROI 5-1). She would have energy left over to do more than just survive. She could spend time washing and playing with the kids.
At an EROI of 10 to 1, she could send the kids to grad school; things would be wonderful.
At an EROI of 30 to 1, the cheetah population would start to grow. The cheetahs would move into condominiums and take vacations in Hawai‘i.
So what does this mean in real life? Here’s some history.
In the 1930s, we could extract 100 barrels of oil from the ground by using the energy we got from one barrel of oil. That’s an EROI of 100-1.
By 1970, we were only getting 30 barrels of oil from the use of one barrel (an EROI of 30-1).
And in 2013, it’s around 10 barrels of oil (EROI 10-1).
Tar sands is around 5-1.
And biofuels are less than 3-1. Some biofuels (for example, alcohol from corn) are barely more than 1-1. You can see why putting our money and efforts into biofuels hardly makes sense.
Especially when you realize that geothermal, as we have in Hawai‘i, appears to have an EROI ratio of 11-1. It’s also significant to note that this rate won’t change anytime soon. The Big Island will be over the “hot spot,” which creates our geothermal conditions, for 500,000 to 1 million years.
Here is an article about the minimum EROI a sustainable society must have, by Charles A.S. Hall, Stephen Balogh and David J. R. Murphy.
What don’t we understand about this?
Richard Ha writes:
Because the Big Island pays 25 percent more for its electricity than O‘ahu does, it follows that Big Island schools have 25 percent less of their budgets available to pay teachers than O‘ahu’s schools. Did you ever think about it this way?
Some Big Island school complexes (an area’s elementary, middle and high school) are paying around $1 million/year just for electricity. As compared with O‘ahu, that’s around $250,000/year that isn’t going toward teachers and other education services. At $70K per teacher, that could be three full time-teachers, for instance.
On top of the Big Island having paid 25 percent more for its electricity than O‘ahu for as long as anyone can remember, our Puna district has one of the lowest median family incomes in the state.
And what’s the best predictor of family income? Level of education. Therefore, one of many benefits of cheaper electricity is that a lot more of our schools’ money would go toward educating our children. Lowering the cost of electricity would allow Puna schools more resources to focus on teachers and learning, and it follows that this could lead to increased median family incomes.
Geothermal done in a responsible manner can lower the cost of electricity. But we all must work together. It’s great that HELCO is moving forward with low-cost alternatives, such as calling for requests for proposals for expanding geothermal production.
There are a thousand reasons why NO CAN. We only need to find the one reason why CAN!
