>>Ryan Beach: The CoMET was commissioned in 2017.
This 10,000-square-foot facility significantly expands NREL’s composite manufacturing capabilities
and allows researchers and engineers to design and prototype composite structures and structurally
validate them all in one location.
>>Daniel Laird: CoMET was created to research the science of scaling for composite materials
and manufacturing.
Basically, how do we go from benchtop success to really large structures such as wind turbine
blades.
CoMET enables us to address all of those scaling issues from small coupon scale articles in
the laboratory up to very large composite structures.
>>Matt Ringer: Additionally, this is an education facility.
We've brought groups of students, brought groups of stakeholders in here to demonstrate
and show them how we're able to use these new composite technologies and then evaluate
the end component to make sure that it works the way you need to.
>>Derek Berry: Over the years, we've built capabilities here at the CoMET to address
research needs for composites, materials, and manufacturing.
That includes both our human resources and our capabilities through equipment.
The equipment here varies from very small to very large as we approach research at scale,
things like glass tables and vacuum pumps and Eastman cutters enable us to efficiently
perform research in the area of composite materials.
>>Ryan Beach: One of the great things about the CoMET is the size of the facility and
the size of the projects we are able to undertake.
>>Derek Berry: We work with both private and public organizations, whether it be universities,
national laboratories, or industry partners.
Basically, allows us to all come together in a single space here at the CoMET and work
side by side on challenging problems in the areas of composite materials and manufacturing.
>>Matt Ringer: A great example of that is the recent work that we did where we built
a 13-meter blade in collaboration with the IACMI Institute and were able to not only
build the entire blade in this facility but were also able to walk across the street,
put it in our structural test facility, and validate it as it went through a bunch of
dynamic transitions to show that the material was resilient enough to operate in real conditions.
>>Daniel Laird: CoMET is helping make wind energy and waterpower more cost competitive
and contributing to better recyclability of the blades for both wind energy and waterpower.
>>Derek Berry: But we can also play a critical role in other applications such as vehicles
technology and buildings, energy efficiency and aerospace and other applications for composites.
As we expand into these other research areas, we'll have an opportunity to impact the factories
of the future.
Whether we're performing research in automation at scale, sustainability, or circular economy,
we'll help to enable U.S. manufacturing to be more competitive and more energy efficient.
>>Matt Ringer: We have the capability here to be able to integrate automation.
How do you automate that full process?
How do you build this?
What goes onto this structure in order to attach it to a hub in a wind turbine blade?
You could look at the alignment of the bolts.
You could look at the finishing processes that go into actually completing the blade
itself.
And we have all those capabilities here; we just need to bring them in, and over time,
we'll be able to help the automation industry in doing that.
>>Derek Berry: The CoMET facility has been a great success, and it will continue to be
a place where we can gather side by side with industry partners, universities, and other
national labs in order to advance composites manufacturing and materials research.
>>Matt Ringer: We haven't tapped all the potential that's in this facility yet.
And as we continue to do research, look at the science, and then look at how it can be
applied at a larger scale, this facility is right for that kinda work, and we're excited
for the future.