Richard Ha writes:
Hawaiian Electric Company (HECO) and Hawaii Electric Light
Company (HELCO) are asking for PUC approval to pay Aina Koa Pono $200/barrel
for biofuel, and they are asking for approval to pass the cost straight through
to the rate payers (us).
Should we rate payers accept the risk and provide the
We need to attend the upcoming PUC hearings and testify
against assuming the $200/barrel cost of biofuels. Please consider attending. The hearings are:
- Monday, Oct. 29th, 6 p.m. at the Hilo High School cafeteria
- Tuesday, Oct. 30th, 6 p.m. at the Kealakehe High School
- Thursday, Nov. 1st, 6 p.m. at Farrington High School
Should we rate payers pay for biodiesel that costs
$200/barrel, starting in 2015 and lasting until 2035? There is a great risk
that the price of oil will not follow the Annual Energy Outlook 2012 'high price forecast', and if
that’s the case, we will be paying more for electricity than we would be
There is also a technology risk. Fuel has not yet ever been
produced using the feedstock that Aina Koa Pono proposes to grow. So far, the
feedstock being used experimentally is white pine. The Micro Dee
technology Aina Koa Pono wants to use is still experimental.
There is a risk that this process might use more energy than
it generates. Generating electricity is generally about boiling
water and making steam that turns a turbine. It’s cheaper to burn the product
to boil water. Aina Koa Pono’s proposed process – making electricity to make
microwaves to vaporize the cellulose to get the liquid and then refine it to
make it burnable, and haul it down to Keahole in tanker trucks to make steam –
is extremely energy intensive.
Mid-year last year, on the mainland, the EPA drastically
decreased its 2011 estimate for cellulosic biofuel from 250 million
gallons to a paltry 6 million gallons. Almost all the cellulosic biofuel
companies went bankrupt.
This makes this project risky as well.
In 2010, cellulosic biofuel companies needed to buy their
feedstock for $45/ton. But because farmers were making $100/ton for hay, the
biofuel firms got a $45/ton subsidy. I asked how much Aina Koa Pono expected to
pay for feedstock, and the AECOM Technology Corporation consultant
said between $55 and $65/ton. The problem there is that Hawai‘i farmers have
been earning $200/ton for hay for 10 years now.
The supply of feedstock is a risk.
There is agriculture production risk, as well. Palm oil is
the only industrial-scale biofuel that can compete with petroleum oil. In the
tropics, it produces 600 gallons of biodiesel per acre of production. Say Aina
Koa Pono can produce 500 gallons of bodiesel, since we are located 22 degrees
north of the equator. To produce 16 million gallons a year at 500 gallons per
acre would require 32,000 acres of productive land. Add 10 percent more for
roads and unusable land and you would need 35,200 acres. But we only have
12,000 acres to use. Is the feedstock throughput adequate to cover the capital costs? We don't know. They
have not decided on a feedstock yet.
Imagine the 12,000 available acres could produce 16 million
gallons. Then each acre would need to produce 1,333 gallons to get the required
This would be twice as productive as the best biofuel
producers in the world.
It’s a risky assumption.
Ka'u Sugar relied on natural rainfall. Depending on natural
rainfall makes achieving optimum production very risky, due to the very real
possibility/probability of occasional drought.
According to Energy Expert Robert Hirsch, in his book The
Impending World Energy Mess, the best model
is a circular one, where processing is done in the center of a field (which
does not exceed a radius of 50 miles) that consists of flat land, deep fertile
soil with irrigation and lots of sun energy. This situation exists in Central
Maui, where Hawaiian Commericial & Sugar Company (HC&S) is located.
That is exactly why HC&S is the sole surviving Hawai‘i sugar plantation.
If Aina Koa Pono is supposed to serve as an example from
which to expand, then there is very limited suitable land on the Big Island
that meets the criteria. To compete heads up on the world market will require the best possible combination of production factors. These are not them.
Locking into a 20-year contract would preclude lower cost
alternatives. Geothermal, for example, is the equivalent of oil at $57/barrel.
Oceanthermal has the possibility of being significantly lower in price than $200
oil. Water-to-liquid fuel is a
The amount of risk involved is just far too great. In the investment world, the reward is generally commensurate with risk. Except for protection from $200 per
barrel oil in the later years, there is little reward for all the risk we would assume.
This is a very bad deal for consumers.