by David Wojick
BOEM is taking comments on a draft Programmatic Environmental Impact Statement (PEIS) for its five floating wind offshore leases off the California coast. I am doing research prior to commenting and this is my first report which other commenters might find useful.
The comment deadline is February 12 so the final EIS will be under the Trump Administration. This may make comments opposing the Program more important than they have been previously when they were mostly ignored.
For the PEIS and how to comment see https://www.boem.gov/renewable-energy/state-activities/california-offshore-wind-programmatic-environmental-impact
This is BOEM’s second offshore wind PEIS. The first was for a set of leases off New York and it was atrocious. This one is still bad but it has some useful features that are worth pointing out.
Note that this is the first one for floating wind turbines which is very different from the fixed turbines being built along the Atlantic coast. Floating wind is still an immature technology with a large number of proposed designs none of which has been tested at commercial utility scale. There are just a handful of small demonstration scale projects in the world.
There are at least two good things about this PEIS. First is a pretty good tutorial on floating wind with a focus on the California case. This is Appendix A and done by the National Renewable Energy Laboratory. They rule out a number of design options including the most popular that has been demonstrated. The huge range of options they present shows the immaturity of the technology.
Second the PEIS includes an encyclopedic discussion of numerous potential adverse impacts of a huge floating wind project. This is just what is contemplated for each of the five leases so there is already a lot not to like about this Program.
Here is a quick list of some of the biggest flaws found to date.
By far the biggest is that there is no cumulative multi-lease impact assessment. The whole point of a PEIS is to do such an assessment. Cumulative impact can be much greater than the sum of individual project impacts especially where two or more projects are closely clustered as in this case.
In many cases an adverse impact is merely mentioned with no assessment of the potential harm.
The systematic harassment of large numbers of endangered and protected species of whales and other animals is not discussed. In fact the term “harassment” only occurs twice in the entire main report. Death due to noise harassment is one of the top adverse impacts of offshore wind.
Moreover floating wind introduces a major non-acoustic form of harassment. This is the 3D web of potentially thousands of mooring cables each of which could be up to a mile long. We may be talking about hundreds of square miles of deep ocean literally filled with webs of cables. Harassment is defined as causing behavioral change on a protected animal’s part and these monstrous webs will certainly do that.
The PEIS does briefly mention the threat of “secondary entanglement” in the nets, lines and other debris that are caught on the cables over time. The potential adverse effects of this deadly accumulation needs to be assessed in detail.
Lastly there is an extensive economics section but no mention of cost. Development of these five leases will likely cost ratepayers and taxpayers tens of billions of dollars, possibly hundreds of billions, but these staggering sums are never quantified. Job creation is treated in detail as a benefit when jobs are in fact a cost.
This is just a quick look but it is already clear that this PEIS is woefully inadequate. In fact it specifically avoids those issues that justify cancelling the Program. Stay tuned for more findings.
Right into the migration path of gray whales, and the Western Flyway for birds.
But of course, the Green Blob does not care about wildlife anymore.
not just the Grays, but we on the left coast have been seeing an upward trend in sightings of blue and fin whale, humpbacks too. The instance of whale tails wrapped in discarded fishing nets & cables is increasing, so adding great forests of attachment cables miles long through the water column is just perfect for exterminating more of the whales
The Altamont Pass wind farm kills an estimated 1300 raptors annually. It’s
been in operation since the early 80’s. I haven’t seen a golden eagle for
many years, they were common on my place till the early 2000’s.
“full of holes”, or what comes out of one particular hole
Yes but I was being polite, not accurate.
Some years ago, I redid the EIA LCOE of onshore wind by correcting several egregious errors. (Details in essay True Costbof Wind over at Judith’s.) result: CCGT LCOE $58/MWh, on shore wind $146/MWh. EIA says offshore wind is 3x onshore—likely a lowball. So offshore wind is at least 7.5x more expensive than CCGT. That alone says the PEIS is a waste of time.
Since offshore drilling and new nuclear power plants are banned in Califonia, California deserves off shore wind.
I expect this off shore to put power on the grid about the same time fusion does.
California is the gift that keeps on giving…for jokes.
I have a copy of a half inch thick 2013 draft of an environmental impact statement which is a hodgepodge of what must be cut and paste documents with different paginations. It is for a 10 mile high pressure carbon dioxide New Mexico pipeline. In the environment part they mentioned vegetation but apparently not knowing about pasture land and oil field, also soil about caliche so had to be told by an engineer. I did one of the early such documents on a coastal pipeline with a few pages of careful and relevant analysis including soil and sediment. The 2013 one had three endangered species, bald eagle, a falcon, and a ferret and I just opened up a page on inspections which are required every “…14 days or after ½ inch rain….” Below it said “in semi-arid and air periods inspections are only required once a month.” Those in charge should be held more responsible. This one wants feedback, but one has to wonder if it is worth the trouble.These documents easily drown the important stuff.
These are all single examples, but they seem to be recurring often, as I recently found an invasive crab listed for Texas without homework. There are several examples reported as far back as 1953 and I saw it in 2006 so it’s still in the new millennium as so many seem to think that’s where everything started but they will save us.
“We may be talking about hundreds of square miles of deep ocean literally filled with webs of cables.” Cool!! I love it.
“Development of these five leases will likely cost ratepayers and taxpayers tens of billions of dollars, possibly hundreds of billions” Awwww. You didn’t tell me you were gonna kill it!
“literally filled”… then I thought about the radius of cables and the volume of “hundreds of square miles of deep ocean” and sniffled a little. Reminds me of planet Trantor supposedly covered in steel from childhood sci-fi, before I understood what volume of steel it would take to cover a planet’s surface with even electroplate thickness.
Update: If planet Earth’s inner core were slurped out and spread uniformly over its surface, then hollowed-Earth’s nickel plating could be almost 10 miles thick. F the asteroids that’s taller than Everest.
We could all have our own nickels! huzzah!
Hywind Tampen, located in the Norwegian North Sea. It has a system capacity of 88 MW and is made up of 11 turbines mounted on floating concrete structures. I guess thats slightly more than a demonstration project … but still not much else is up and running …
Well they are selling the power (to nearby oil rigs!) but it is hardly grid scale where 1,000 MW is medium sized.
Floating concrete structures…are they on fire too? 😝
These are the most important questions. For all the money being wasted on this project how many megawatts of nuclear could be built? What is the life expectancy of nuclear compared to floating wind? What is the maintenance cost of nuclear compared to floating wind? What is the consistency of power generation of nuclear compared to floating wind? What is the real amount of power generation we can firmly count on over each system’s lifetime? What happens after each system is taken out of service? Last how many animals do we expect to die as a result of each system during it’s lifetime.
I just can’t grasp the idea of floating wind turbines. I know nothing of engineering- and no doubt some engineers say it’s feasible- but it just seems against common sense. Even if they work, they must be the most expensive energy source. But, in very high winds I expect many will break. Maybe not. Just seems crazy to me- all aside from the fact that I don’t believe in “green energy” at all.
I was incensed by the “blow your own sail” episode of the Mythbusters TV show – some things just don’t make sense. Monty haul problem in statistics. RrrRRrrrrrrrrrgh.
“But, in very high winds I expect many will break.”
Very high winds? At sea?? Let’s not go crazy town now…
I picture those cables that keep them in place corroding and breaking, followed by those stupid things washing up on beaches.
Now where’s that ‘smack my head emoji.
”I can’t…grasp…”
After a certain amount of life experiences, one no longer can relate to stupid ideas…
A huge range of options is a bad sign when engineering new projects. They can’t all be the best option.
Remember, this is only happening at all because California wants to save the world.
Immature technology is shown in this article’s image of many windmills out to sea. Each one has the blades at similar rotation, with the bottom blade pointing straight down, as if they were all parked. As the technology matures, can we expect to see images of windmills turning? Geoff S (wink).
I’m sure they can get some “AI” images to simulate that.
Only on occasion, and probably when their power isn’t needed.
It might be interesting to compare the offshore wind EIS with those on file for offshore oil and gas. California has chosen to ban those latter because of environmental concerns. My guess would be that some of those problems for oil and gas platforms would be features of offshore wind development.
Hey Gavin, how’s that high speed rail thing going?
To your question, the answer would be “Immobilized if they ever get it built, due to the destruction of the electric grid.”
“Floating wind is still an immature technology with a large number of proposed designs none of which has been tested at commercial utility scale.”
Typo. Could also use a comma after “designs”,
But Gretta can “see” CO2!
huh?
gramer and speling policing becomes endless so just focis on content or you’ll go crazy- or worse you’ll make the same mistake you’re pointing out in the comment used to point it out.
Sorry, these things scream out at me. If I were presenting something for the world to see, I would appreciate this kind of feedback.
FYI, it’s not policing, it’s critique.
Yep, I was troubled by the grammar in the comment from hdhoese
“Ten mile high
pressure carbon dioxide
New Mexico pipeline.”
(Just for fun). Geoff S
Who the heck had this brilliant idea? Floating windmills. How silly! Don’t they know it would be far less expensive to put up some wind generating zeppelins over Mammoth or Yosemite? They could fly them up really high in the jet stream and generate lots and lots of power. You could put solar collectors on them and generate even more energy.