Your Challenge. Our Competence. The Solution. - Linde Kryotechnik ...
Your Challenge. Our Competence. The Solution. - Linde Kryotechnik ...
Your Challenge. Our Competence. The Solution. - Linde Kryotechnik ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Helium liquefiers<br />
<strong>Linde</strong> <strong>Kryotechnik</strong> has decades of experience in<br />
helium liquefaction and offers a variety of standard<br />
and custom built equipment to suit every need<br />
and every application. <strong>The</strong> systems offered have<br />
capacities from 10 to over 3500 liters per hour and<br />
are thus of interest to universities and institutes,<br />
just as our specialty solutions are to gas producers.<br />
Helium recovery systems<br />
When liquid helium is drawn from an open loop,<br />
it normally cannot be returned to the liquefaction<br />
system without prior treatment. <strong>Linde</strong> <strong>Kryotechnik</strong><br />
offers many single components for helium recovery<br />
as well as complete systems, from collection to<br />
reinjection into the helium liquefaction cycle.<br />
Storage and distribution systems<br />
A detailed knowledge of thermodynamics, working<br />
media and materials of construction enables us to<br />
design distribution systems ranging from simple<br />
transfer lines to complex distribution systems for<br />
specialty gases. We have mastered the storage<br />
of liquefied gases and offer our customers a wide<br />
selection of storage solutions.<br />
Helium refrigerators<br />
A helium refrigeration system is a closed loop<br />
installation in which a constant quantity of helium<br />
circulates continuously. <strong>Linde</strong> <strong>Kryotechnik</strong> designs<br />
and builds special helium refrigeration systems<br />
rated at hundreds of watts to well over 20,000 W<br />
(equivalent power at 4.5 K) – there is no upper limit.<br />
For example, <strong>Linde</strong> <strong>Kryotechnik</strong> delivered its first<br />
refrigeration system to CERN in Geneva as early<br />
as the 1960s. <strong>The</strong> company is now responsible for<br />
designing, building and commissioning the giant<br />
refrigeration systems of the Large Hadron Collider<br />
(LHC) project.<br />
Hydrogen liquefiers<br />
<strong>Linde</strong> <strong>Kryotechnik</strong> has a long tradition of building<br />
hydrogen liquefaction plants. <strong>The</strong> hydrogen capacities<br />
of the systems used begin at 150 liters per hour<br />
and range up to over 20,000 liters per hour. But our<br />
years of experience also enable us to respond to<br />
customer needs that go beyond these limits.<br />
Examples of proven key components used in our<br />
systems are aluminum plate heat exchangers and<br />
expansion turbines with gas and oil bearings, all<br />
designed and fabricated in our own production<br />
shops.<br />
Special cryogenic plant engineering<br />
One thing that makes cryogenics especially stimulating<br />
is the continuous exchange and discussion<br />
with our customers about how we can achieve their<br />
objectives, often leading to further questions and<br />
tasks for our engineers, some of which are beyond<br />
the boundaries of our core business, allowing us to<br />
extend and enhance our range in an exciting way<br />
and frequently arrive at completely novel cryogenic<br />
solutions.<br />
Helium <strong>Solution</strong>s<br />
Hydrogen <strong>Solution</strong>s<br />
Storage and Distribution <strong>Solution</strong>s<br />
Special <strong>Solution</strong>s<br />
Customer Service <strong>Solution</strong>s<br />
Purifiers, Liquefiers, Reliquefiers, Refrigeration Systems<br />
Purifiers, Liquefiers<br />
Distribution Systems, Storage Tanks, Dewars<br />
Special Cryogenic Plant Engineering<br />
Installation, Maintenance, System Operation, Spare Parts<br />
Product overview