Summary Reader Response Draft 3
Draft 3
According to Vinci (2022), Innovation at the end
of the tunnel talks about how tunnels have become an essential part of
urbanizing worldwide. With the pressure for more need of underground
infrastructure, innovative tunneling had stayed relevant throughout the years.
The tunnel boring machine (TBM) is one of the greatest invention men had ever
created. The largest TBM measures up to 100m in length and 19m in diameter.
With its powerful tools, it is able to mine through different minerals and
rubble that is obstructing the construction. Despite the integration of
artificial intelligence and automation, the TBM technology had stayed stagnant
for years with minimal upgrades done. As more tunnel projects are introduced,
this invites potential investors to venture into the industry. As stated by
Vinci (2022), Elon Musk launched its company The Boring Company in 2017 to
compete with the competitors. The company promised a more efficient and faster
drilling than the current TBM technology. In 2021, the company launched a
Competition to attract talent and innovation for his tunneling project.
However, manufacturers were not amazed by the company as the company had yet to
make an impactful innovation in the industry.
This shows that manufacturers are not willing to
put in risk to further improve the TBM technology as the TBM has not been
giving much trouble in drilling although it is very slow in progression. As
time passes, the need for a faster and more cost-efficient drill will be
required to tackle the drawbacks.
One of the drawbacks of the TBM will be the
speed. Although the TBM is a great technology for precision and underground
works, it takes more than 1 week to be able to dig through a little more than
100m underground. According to Steed (2021), the crossover XRE TBM shown its
fastest speed in a project done in Turkey. The TBM managed to achieve 117m in
one week and it is one of the fastest records ever made in history. Although it
is the fastest TBM in the world, it will still take years for the 508km tunnel
to be completed. This showed the amount of time that will be needed for a
tunnel to be completed. For Singapore to achieve such a completed tunneling
system, it took Singapore more than 2 decades to build up so many different
tunnels transport systems that interlink each other. Throughout this 2 decades,
tunnels were also had to be maintained and changed to fit the newer
technologies and TBM used. This shows that with the speed of the current TBMs,
the tunnels built will not be able to keep up with the technology updates
through the years.
Another draw backs of the TBM will be the cost
of operating these machines. Although the TBM are essential to constructing
certain projects. It is definitely costly to maintain and operate. According to
Tunnel Business Magazine (2020), the cost of constructing 1 mile of tunnel will
cost $1.5 to $2.5 billion in the USA. Out of the cost spent to construct the
tunnel, up to 20 per cent of the budget were spent on operating machinery with
the TBM being the most expensive. This shows just how expensive it is to build
a tunnel using the TBM machine. With the technology being so costly, many
countries around the world explored other alternatives other than tunneling for
its transportation.
Despite the TBM being slow and expensive to
operate, the TBM does not creates lots of technical problems in the industry. Despite
slow production movement, countries like Singapore have made incredible
underground tunneling system with the TBM and even owning 3 different types of
TBM. Another example will be the China railway system project in Guangzhou.
According to Anderson (2021), this project covers poor ground conditions such
as soft, hard, fractured zones and hard rocks. The tunnel will also be expected
to cross under rivers and other bodies of water with a cover of 20m to 31m.
This shows that although the technology does not advance much in the present
times, it is still able to fulfil many challenges despite being slow.
In conclusion, the TBM technology will still
need newer upgrades and innovative ideas and technologies to be integrated with
the current technology to achieve a better outcome despite being able to
achieve many records throughout the years. With its current technology, the
tunnels made will require constant upgrades and the machine technology will not
be able to be pushed to a new level. As stated by Vinci (Leonard, 2022), the
boring company aims to create new boring machine that is much better than a
conventional tunnel boring machine and hopes to achieve a way faster boring
speed.
Reference
Leonard (2022, January 25). Innovation
at the end of the tunnel Leonard, Foresight and Innovation by
VINCI. https://leonard.vinci.com/en/innovation-at-the-end-of-the-tunnel/
Lindsey, A. (2021, July 13). The
Biggest Tunneling projects around the world in 2021. https://www.international-construction.com/news/the-biggest-tunnelling-projects-around-the-world-in-2021/8013496.article
Leila, S. (2021, August 4). Tunnel
Boring Machine Sets new world Records. https://www.international-construction.com/news/tunnel-boring-machine-sets-new-world-records/8013959.article
Tunnel Business Magazine (2020,
August 18). Why Tunnels in The US Cost Much More Than Anywhere Else In
The World. https://tunnelingonline.com/why-tunnels-in-the-us-cost-much-more-than-anywhere-else-in-the-world/
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