Video summary
Climate change is compelling us to fundamentally reconsider how our critical infrastructure is designed and maintained, as these structures support essential functions like transporting families home after a shift or enabling emergency medical responses. While we rely on bridges and tunnels completely, often taking them for granted until they fail, thousands of these vital assets are nearing the end of their design life while cities continue to expand at an unprecedented rate. The challenge lies not in choosing between development and climate action, but in achieving both simultaneously by ensuring that our growing urban environments can withstand increasing environmental stresses without compromising safety or sustainability.
A significant barrier to effective infrastructure management is the traditional reliance on periodic inspections that only assess visible and accessible parts of a structure, missing damage that begins deep within the concrete long before it becomes apparent on the surface. By the time cracks are visible to the naked eye, repairs have become far more expensive, carbon-intensive, and disruptive. Solvay addresses this gap with an embedded fiber optic sensing solution that continuously monitors the entire structure at millimeter resolution rather than isolated points, allowing engineers to detect structural changes early and intervene before minor issues escalate into major failures.
This shift from reactive maintenance to proactive, data-driven management offers profound climate benefits by extending the lifespan of existing infrastructure and avoiding unnecessary reconstruction. Every year gained through early detection represents emissions that are never released, concrete that is never poured, and steel that is never produced, directly contributing to Sustainable Development Goal 13. The model is scalable and efficient, generating recurring revenue while connecting new sites to an underlying system that allows for rapid expansion without starting over, making it particularly relevant for large-scale projects in regions like the Nordic area where climate conditions are changing faster than infrastructure was originally designed to handle.
Ultimately, the future demands more infrastructure than ever before, but true climate action is measured not just by what we build, but by how well we protect and preserve what already stands. The infrastructure needed for the next fifty years is currently in place, and whether it survives depends on our ability to manage it with advanced technologies that reveal hidden stresses in real time. Solvay's approach empowers owners to prioritize actions based on actual data rather than fixed schedules, ensuring that the structures we depend on remain safe and functional for generations to come while significantly reducing their environmental footprint.
Read the full video transcript
Climate change is forcing us to rethink
what our infrastructure [music]
is built to carry.
A bridge is what gets [music] a mother
home after a night shift.
What an ambulance depends [music] on
when minutes decide everything.
Or what a child crosses every single
[music] day without a second thought.
We rely on these structures [music]
completely and rarely notice them until
the day they fail us.
That quiet trust [music] is the real
weight a bridge carries.
Thousands of bridges and tunnels are
near the end [music] of their design
life and growth won't wait.
Cities keep expanding and infrastructure
must grow with them.
At the current pace, humanity builds
[music] the city the size of New York
City
every month
for the next 40 years.
Concrete alone [music] accounts for
nearly 8% of global emissions. The
challenge [music] is not choosing
between development and climate action,
it is achieving [music] both.
Bridge inspections are typically carried
out only once every 5 years and
engineers can only assess the parts that
are visible
>> [music]
>> and accessible.
Damage begins deep inside the concrete
long before it reaches the surface.
By the time cracks become visible,
repairs are larger, [music]
more expensive and far more carbon
intensive.
Solvay's fiber optic sensing [music]
solution is embedded directly inside
both new and existing structures.
Instead of measuring a few isolated
points, one fiber [music] cable checks
the entire structure continuously at
millimeter resolution.
We catch structural change long before
it reaches the surface,
giving owners control over what was
previously impossible to see.
Every year gained and every unnecessary
reconstruction [music] avoided is
emissions that were never released,
concrete that was never poured, and
steel that was never produced.
>> And that is why extending [music] the
lifetime of what is already built is one
of the most effective climate actions
[music] there is. It goes straight into
SDG 13.
The climate is changing faster than most
of our [music] infrastructure was ever
designed for.
Heavier rainfalls, wider temperature
swings, and stress whose effect on older
structures we couldn't fully understand
until now.
But when we can see that stress inside
the structure in the real time, we can
fully understand what is happening and
fix small problems before they become
big ones.
>> On the platform, owners see the
condition of every [music] structure
they manage, prioritize where action is
needed, and move from fixed inspection
[music] schedules to decisions grounded
in real data.
>> So all this already trusted by a paying
customer, and it is one of the biggest
infrastructure projects in the Nordic
region, and we are ready to deliver to
more.
Our model is simple. We install once,
and each structure generates recurring
revenue year after year.
And because every new site is connected
to the same underlying system, expanding
to a new location doesn't mean starting
over. It means scaling from what we
already have.
>> The future will demand more
infrastructure [music]
than ever before.
But climate action isn't only measured
by what we build.
It's measured by how well we protect
[music] what we already have.
The infrastructure we need for the next
50 years is already standing.
Whether we manage to preserve it that
long, is still up to [music] us.
Solveig is what lets us carry it that
far.