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10 – Collect data from sensors with wireless, energy autonomous, and remote access to follow mobile equipment

Name of the system:

Collect data from sensors with wireless, energy-autonomous, and remote access to follow mobile equipment,

Lead entity within the SAMMBA consortium:

Air Liquide

Attachment point within the process chain of the Spaceport operator:

The sensors will provide data for supervision of fluid operations, send data and alarms to operators working in the launch zone, detect fluid leaks, collect data from sensors with the help of ultrasounds: collecting systems could be used by operators, or embedded on drones or AGV.

Major benefit [KPI] within the process chain: [cost reduction/processing time reduction/reliability
increase – preferably with quantitative figures]

Increase in reliability: yes
Increase in availability: yes
Increase in safety: yes

Reduction in OPEX cost by reducing the risk of launch abortion due to sensor anomaly on ground eqipment

Anticipated R&D vector for the near/mid/long-term:

How will the sensor develop/evolve in the near/mid/long-term, if known (?)

Modularity granted with the following standards:

The sensor for fluid handling don’t require special modifications and can be used at any spaceport. (?)

Interoperability granted with the following standards:

What kind of interfaces with other systems are used to install the sensor (?)

Systems interfaced:

AGV, Propellant storage tanks and various pipes dedicated to fluid handling procedures (?)

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