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KM3NeT kick-off meeting WP5 organization/work program

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Antonio Capone - KM3NeT kick-off meeting. 5. WP5 parallel session, agenda ... biological properties, bioluminescence, optical noise, biofouling ... – PowerPoint PPT presentation

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Title: KM3NeT kick-off meeting WP5 organization/work program


1
KM3NeT kick-off meeting WP5 organization/work
program
  • Antonio Capone (INFN, Roma, Italy)
  • Erlangen - April 11th 2006

2
WP5 participants
3
Goals and Objectives milestones
4
Goals and Objectives deliverables
5
WP5 parallel session, agenda
  • - Antonio Capone - Introduction
    - 30
  • Presentation of participating Institutes, plans
    and proposal
  • - IN2P3
  • - Saclay
  • - HCMR Vasilis Lykousis - 15
  • - CNR Gian Pietro Gasparini - 15
  • - IFREMER Gilbert Damy - 15
  • - INFN Marco Anghinolfi - 15
  • - INGV Giuditta Marinaro - 15
  • - TECNOMARE by
  • Coffee Break
  • - UNIABDN Monty Priede - 15
  • - NESTOR/NOA Leonidas K. Resvanis - 15
  • - U- Athens Stratos Anassontzis - 15
  • Open discussion

6
WP5 objectives
  • Deep Sea environmental properties
  • Deep Sea Infrastructures for detector assembly,
    deployment, recovery,
  • Methods/ equipments for Power Transmission and
    distribution to the Deep-Sea apparatus
  • On-shore infrastructure for power transmission to
    the the Deep Sea apparatus
  • On-shore infrastructures for data transmission to
    the external network

7
Deep Sea sites properties
  • Asses data concerning ANTARES, NEMO and NESTOR
    sites on
  • light transmission (absorption and diffusion
    coefficients in deep sea water)
  • biological properties, bioluminescence, optical
    noise, biofouling
  • deep sea currents, temperature and salinity
    profiles
  • chemical and radioactivity characterization
  • acoustic noise
  • sea bottom surveys, collection and analysis of
    sea-bottom samples
  • geo-hazards (using SN1 ?, new equipments )
  • vertical sediment flux
  • Analyze them in a common framework
  • Stimulate/perform needed measurements for a
    complete sites characterization

8
Deep Sea sites properties participants
  • IN2P3
  • Saclay
  • HCMR
  • CNR
  • IFREMER
  • INFN
  • INGV
  • TECNOMARE
  • UNIABDN
  • NESTOR/NOA
  • U- Athens

9
Deep Sea sites properties studies
IN2P3, Saclay, HCMR, CNR, INFN, INGV, TECNOMARE, UNIABDN, NESTOR/NOA, U. Athens Assessment of water, geological, oceanographic properties of candidate sites. Refined characterisation of the site geology properties which may have impact on the structures of the neutrino telescope. Long-term time evolution of optical, oceanographic and environmental parameters of seawater (for instance, currents, temperature, salinity, light transmission, optical noise, acoustic noise, chemistry, radioactivity) in the detector region and at seafloor.
HCMR Survey of water properties and detailed sea bottom topography
CNR Oceanographic characterisation of deep-sea locations, evaluation of bio-fouling and corrosion effects at telescope structure
IFREMER Oceanographic characterisation biofouling
INFN Coordination of work package
INGV Geo-environmental characterisation of the sites through long-term time series monitoring
TECNOMARE Engineering work for the characterisation of sites, adaptation of an innovative nuclear spectrometer
UNIABDN Water column profiling of temporal and spatial variation in abundance of luminescent organisms at sites, studies on mobile deep-sea animals living in proposed observatory areas
10
Deep Sea Infrastructures
IFREMER, IN2P3, INFN
  • Design deployment procedures of detector parts
  • Study technologies needed (available or not) for
    deep-sea operation with the aim of optimizing
    them in order to reduce operations costs and time
  • Design infrastructures for
  • detector modules deployment,
  • detector modules (junction boxes, instrumented
    parts) handling
  • connection/disconnection, and eventually
    maintenance, of deep sea structure
  • visual inspection of deep sea floor and of
    detector parts.
  • Design/optimize stationary docking stations for
    an Hybrid System made by AUV and ROV

11
Design of deployment procedures for detector parts
IFREMER, IN2P3 Studies of deployment and recovery procedures, Design of components, costs evaluation.
INFN Coordination of work package, design procedure and tooling for detector unit deployment and recovery.
Identification and design of deep-sea
infrastructures required for connections,
maintenance and recovery of detector parts
IN2P3 Investigation on deep-sea infrastructures for detector deployment, maintenance, and recovery.
INFN Coordination of work package, design of specifications for deep-sea infrastructures for detector deployment, maintenance, and recovery
12
Power Transmission system
Saclay, INFN, U-Athens
  • assess power consumption for each component and
    for the full detector
  • study the power distribution system from the
    on-shore laboratory to the single detector
    element
  • define deep-Sea cables specifications
  • define deep-Sea connectors specifications
  • DC/AC energy transport ?? mixed DC-AC system ??
  • define, for each AC/DC power transmission
    condition, the characteristics required for the
    EOC and for the Connectors and/or Penetrators and
    of the associated electronics
  • study the environmental impact of each power
    transmission solution.
  • AC-DC conversion technologies
  • define characteristics of the real-time control
    system required from each AC/DC power
    transmission solution
  • technological limits to the total power
    transmission

13
Definition of cables and connections
INFN, U. Athens Investigation of connectors and cables
Definition of the electrical power distribution
Saclay Design deep-sea power network
INFN Coordination of work package, design specifications for deep-sea power network
14
On-shore Infrastructures
INFN, NESTOR/NOA
  • define a conceptual design of the shore station
  • define the on-shore power distribution system
  • define the characteristics of the data
    transmission network needed to distribute data
    from the on-shore station to the external
    research laboratories
  • which technologies needed for data sharing ??
  • high speed computing for huge data volumes
  • GRID ??
  • New technologies ??
  • .

15
Definition of the shore station required
characteristics
INFN, NESTOR/NOA Definition of the shore station required characteristics
Connection of the future detector and
infrastructures to the European data network
INFN Connection of the future detector and infrastructures to the European data network
16
Time schedule
17
Budget human resources, funds
18
WP5 Kick-off meeting outcome
  • Start close organization between collaborating
    Institutes
  • Set-up coordination
  • Confirm agreement on proposed program of work and
    on objectives
  • Define a short term (3 months) agenda
  • existing deep-sea data assessment, definition of
    common analysis method, identification of needed
    measurements
  • definition of long-term measurements for final
    characterization
  • The work on other tasks need some imput from WP2,
    WP3, WP4, WP7, the activity will start in few
    months.

19
WP5 Organization
WP5 Coordinator Antonio Capone,
antonio.capone_at_roma1.infn.it , 39-06-49914415
WP5 Steering Committee
20
Risks connected to WP5 ?
  • Site characteristics study activity (spoiled by
    the site selection duty) can be successful for
    all quantities that have been already extensively
    measured and that do not need a long term,
    multi-year and multi-seasonal measurements
  • Detector deployment/handling tools design are
    design dependent but should not create problems
  • Deep Sea Infrastructure design, as well as power
    distribution, cables and connectors selection,
    will be based on commercial technology or, at
    most, on developments that do not need an out of
    the market technological effort
  • What we promised as deliverables in ANNEX1 can be
    reached
  • Present technologies are already sufficient for
    our needs but expensive, our work will be mainly
    devoted to simplify all deep-sea operation, to
    maximize the operative time, to reduce the
    operation costs

21
Docking system for AUV-ROV
A 3500m depth ROV design and construction is
already funded (project PEGASO funded with 5.6
Meuro by the Regione Siciliana) and under
realization by INFN and INGV (P.I.).
How many docking stations ? Where to place them ?
Which kind of connectors ? Which are AUV/ROV
critical parts ? How to improve their reliability
? How to control them ?
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