Tag Archives: Nitrogen

Testimony To PUC Supporting 50MW of Geothermal for Big Island

Richard Ha writes:

This is testimony that the Big Island Community Coalition (BICC) steering committee sent to the Hawaii PUC earlier this month. It is in support of the implementation of 50MW of geothermal energy for Hawai‘i island.

The BICC steering committee is made up of the following, all acting on their own behalf: David DeLuz, Jr., Rockne Freitas, Michelle Galimba, Richard Ha, Wallace Ishibashi, Kuulei Kealoha Cooper, Kai’u Kimura, D. Noelani Kalipi, Robert Lindsey, HM Monty Richards, Marcia Sakai, Kumu Lehua Veincent, and William Walter.

Our testimony:

To: Chair Hermina Morita

Commissioner Michael Champley

Commissioner Lorraine Akiba

Hawaii Public Utilities Commission

Email: Hawaii.puc@hawaii.gov

Re: Comments to PUC Docket: 2014-0183 (HECO/HELCO/MECO – PSIP: HELCO Power Supply Improvement Plan and PUC Docket: 2012-0092 (Geothermal 50 MW RFP for Hawaii Island)

Aloha PUC Commissioners,

The Big Island Community Coalition supports implementing 50MW of geothermal as soon as practicable. The high oil price case projected by the EIA 2014, predicts $150 per barrel oil by 2020. There is a direct correlation between oil usage and world GDP. A high oil price of $150 per barrel will adversely impact our tourism industry causing a severe recession.

Geothermal is one of the few ways available to mitigate high oil price. And, we need to move sooner rather than later.

Oil prices quadrupled in the last ten years and the folks who could pass on the costs did pass on the costs. Those who could not were the working homeless, kupuna on fixed income, single moms as well as others such as farmers who are price takers and not price makers. 

The Big Island has the lowest median income of the counties. Our electricity rates have been 25% higher than Oahu’s for as long as we can remember. That high electricity rate acts like a giant regressive tax. We are able to turn that around by enabling more geothermal.

The 23% curtailed electricity from geothermal can support making hydrogen at an affordable cost. This will help solve the green ground transportation problem. And, curtailed electricity can be the basis for making nitrogen fertilizer, without which we cannot feed all the people.

Mahalo, Commissioners.

Richard Ha

President, Big Island Community Coalition

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Let’s Adapt To Change, And Survive/Thrive

Richard Ha writes:

What we’re doing on the Big Island with Bill 113 is trying to make a law that prohibits us from helping ourselves. It is the exact opposite of what we should be doing.

The biggest problem we face today is at the intersection of energy and agriculture. In a nutshell: As petroleum prices rise, there’s a direct consequence on agriculture and everything that goes into it (fertilizer, chemicals, packing materials, etc.).

We rely on oil here far more than does the U.S. mainland. We generate 78 percent of our electricity from oil, whereas on the mainland, it’s only two percent. As oil prices rise, everything that has electric costs associated with it gets more expensive. We already see this happening.

Our farmers and food producers on this agricultural-based island are becoming less competitive, and our food prices are skyrocketing.

We need to find a way to be more competitive, which will not only keep our farmers and food producers working, and make us more “food secure,” but will also make our food costs go down instead of continuing to increase.

It’s energy and technology that determine agricultural costs, and fortunately we have two ways to solve this big problem:

Energy

We are extremely fortunate here on the Big Island to have a resource that most places don’t have: We have the gift of geothermal energy. Geothermal costs only half as much as oil, and the resource will be stable (we will be over the “hot spot” that makes it possible) for 500,000 years.

If we increase our use of geothermal over the years as the price of oil rises, we will be more competitive with the rest of the world. This will be good for our island’s ag industry and also for our people, who will see prices go down, instead of up.

Agriculture

Biotech solutions generally lower costs. They can help increase production, whether it’s with university-developed solutions that help plants resist diseases and pests, or biotech solutions that allow plants to manufacture their own nitrogen so we don’t have to import fertilizer (which requires electricity to produce and oil to get to Hawai‘i).

Then we will be able to rely on natural sunlight for our primary energy, which gives us a tremendous, and not common, advantage – we can grow crops here all year around. Insects, pests and weeds grow all year around too, though, and biotech can safely help us with those problems so we will become even more sustainable and competitive.

Using geothermal plus appropriate biotech solutions can give us a huge advantage over the rest of the world, and make life better for us here at home, but we don’t have much time. We have to let science and technology prevail so we can move forward, not stagnate nor fall behind, and we have to get on this now.

There is some unwarranted fear about using biotechnology, but know that all the major scientific organizations in the world say foods created with biotechnology are as safe as those created otherwise.

Oil is a finite resource, and its cost will rise. There is no question about this. It’s a predictable consequence of what’s happening now, and this is not just my take on it.

Gail Tverberg, who is an actuary and an expert on Peak Oil, says it’s not the physical oil that’s a problem, but it’s whether or not we can afford it – because, of course, the harder it is to find the oil, the more expensive it becomes. This is what’s happening right now. She predicts that in two years we’ll be in really serious trouble.

Citibank recently put out a report predicting that Saudi Arabia will no longer export oil by year 2030 – only 17 years from now – because they will be using all their oil within their own country. The consequence of this would be rising oil prices, and the effects would be felt much sooner than 2030.

Many, many other reports agree that the price of oil will continue to rise. The whole prospect is pretty scary.

Michael Kumhof of the International Monetary Fund (IMF) says the IMF can’t even model what will happen if oil hits $200/barrel, because that would be entirely uncharted territory.

I have been to five Peak Oil conferences now, which I started attending in order to figure out how to position our farm for the future. In the course of learning about the oil situation, I realized I was the only person from Hawai‘i attending, and realized I needed to share what I was learning here at home.

What I learned is that the world has been using two to three times as much oil as we’ve been finding, and that this trend continues. Over the five years I attended the conferences, we started to hear predictions of when unparalleled high oil prices, the kind the IMF cannot even model, could occur.

It might be two years from now, or it might be 20 years, but it will happen, and it might happen soon. We need to start preparing now.

Charles Darwin said it’s not the strongest nor the smartest who survive, but the ones that can adapt to change. Let’s survive, and more.

How Hawaii Farmers Can Be Competitive & Make Money

Richard Ha writes:

Nitrogen is the basis of protein production. But here in Hawai‘i, farmers have no control over nitrogen fertilizer costs.

What if Hawai‘i farmers had stable and affordable nitrogen costs, and therefore our products had a competitive advantage over imported foods? Then farmers would make money, and farmers would farm.

There is a lot going on in the area of ammonia production. Iowa State University has committed to doing research in this area.

Hawaii can build on the knowledge gained as we find a way to make ammonia fertilizer from electricity that is now being “curtailed” (thrown away).

If we can get to urea, it is a short step to blending so that it is available for most uses.

From Wikipedia:

Urea or carbamide is an organic compound with the chemical formula CO(NH2)2.
The molecule has two —NH2 groups joined by a
carbonyl (C=O) functional group.

Urea serves an important role in
the
metabolism of
nitrogen-containing compounds by animals and is the main nitrogen-containing
substance in the
urine
of
mammals. It is a
colorless, odorless solid, highly soluble in water and practically non-toxic (
LD50 is 15 g/kg
for rat). Dissolved in water, it is neither
acidic nor alkaline. The body uses it
in many processes, the most notable one being nitrogen excretion. Urea is
widely used in
fertilizers
as a convenient source of nitrogen. Urea is also an important
raw material for the chemical industry.

Read more in the
Download Yara Fertilizer Industry Handbook, 2012.

Not no can. CAN!!

Fertilizer from Local Resources

Richard Ha writes:

It’s Father’s Day, and I’m thinking about my Pop and what he always told me: “Find three solutions for every problem, and then find one more just in case.”

I’m thinking, on this Father’s Day, that it’s appropriate to talk about the “one more solution.”

Excess or “curtailed” electricity is thrown away. What if we used curtailed electricity to make fertilizer?

Three years ago, my farmer friend Steve Gruhne in Iowa was talking about the ammonia and nitrogen cycle.

Nitrogen is a building block of protein. We can take the throw-away electricity and run it through water. Hydrogen and oxygen will bubble up. Take the hydrogen and combine it with nitrogen in the air and you get ammonia fertilizer. Just think – nitrogen fertilizer made from local resources!

Pop said there are a thousand reasons why no can. We are looking for the one reason why CAN!

Happy Fathers Day, Guys.