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Operations and Development of the Accelerators

ODAC

ODAC is the acronym of the project: Operations and Development of the Accelerators, with one year duration i.e.1st of January to the 31st of December and renewable every year upon submission of a new proposal. It is one of the initiatives that contribute to implement and support the MIUR International Project ELETTRA. The present proposal is intended for the year 2015.
With the term Operations and Development we mean all the necessary actions to ensure and improve the functioning of the accelerators as means of service to the users.
The Operations of the Accelerators include both periods of functioning of the accelerators as well as shutdowns during the whole year and consists of many contributing items. For its budget and resources considers the necessary to commission, operate, troubleshoot, repair, maintain and optimise of already existing parts. To this aspect it does not include equipments for general use, new big developments and projects, even if they are related, or accelerator physics experiments that are not directly connected to the functioning, commissioning or improvement of the accelerators or their parts. On the other hand it may include small or medium size development projects that have an immediate impact on the accelerator such as top-up implementation, vacuum chamber cooling improvement etc.

 
 

Information flow

  • Operations server 

  • End of shift report that is mailed to a big list of recipients (including task leaders) three times per day.

  • Intercommunication system from Control Room to Service Area, Storage Ring and Experimental Hall.

  • Machine information screens.

Risk analysis

 

Some tasks can stop the accelerator (water, electricity, vacuum (breakdown), magnets and power supplies, bpms and controls).
Some can compromise the quality (RF plants, bad vacuum, 3HC and feedbacks, communications network).
Others can produce big delays in case of need to refill (injector, pulsed magnets) No order of importance in risk analysis can be defined for the following tasks: injector, water and electricity, PS, vacuum, RF plants, bpms and controls, pulsed magnets, 3HC. All should be considered the same critical for the operations of the facility.
 

 

Operating procedures

The procedures for operators include:

  • Operating the Injector (pre-injector, booster, TLs) and the SR (setting in function the accelerators, providing beam to the users according to the calendar, setting the accelerators in stand by or shut down, emergency procedures, Storms, access control to the service area or to the storage ring / Linac).

  • Procedures by the Task leaders on their particular tasks.

All documented procedures can be found in the elog server. There is also a hard copy version for the most important tasks. A control and adjourning of the procedures is performed yearly.

Responsibilities

  • Operators.

Perform the control access procedures Machine functioning (set the right parameters etc.) and in general follow the operating procedures. Coordinate and participate in shutdown works. Perform small troubleshooting and repairs; Act as floor coordinators.

  • Task leaders:

Are responsible on their particular task (including hardware and software) for testing, maintaining, providing training and written procedures. In particular a task leader is responsible for the performance of the components of their system even if inside these components there are subcomponents belonging to other systems. (For example, a power supply has inside water-cooling. If the power supply fails due to a non timely maintenance of the water cooling tubes the downtime is charged to the power supply task and not to the water task.)

Performance control

The systems are monitored and controlled continuously and the task leaders are immediately informed (telephone, dedicated email, end of shift report) in case of a failure. At the end of each run the downtime is send via email to the task leaders and discussed at the next Operations meeting. A general statistics with the total up time of the year will be presented as a written report in January 2011. A part of production premium is based on these statistics according to the “Contratto Integrativo Azientale”.

Safety and Radioprotection

Every task leader is responsible for the safety of his/her equipment as far as safe functioning is concerned. Any intervention on machine parts should follow the safety rules established. In particular no interventions should be made on electrical components under tension if the intervening personnel is not especially trained and equipped as stated in the “Manuale della Sicurezza” available in the control room. Since the SR/Booster is considered to be a big electric cabin no personnel may enter with the magnets or RF system powered. Due to risk of asphyxia from He the personnel entering the SR or SA nearby the cryogenic plants should carry the Oxygen detector. In case of equipment tests during shutdowns, special warning signs / area restriction barriers should be used so that the workers are well warned of the activity. Same “restricted area” signs and barriers should be also used in case of removal of the false floor in service area or any other place that a removable floor exists. This action comes under the responsibility of the task leader to whom the equipment belongs. The operators are responsible and should control the access to the SA and SR / Booster Areas making sure that people get registered / get their dosimeters /He leak detector and switch the SR magnets and RF plants off in case of an access to SR/Booster. They should not inject beam to the SR when there are people working in the SA. People entering into areas named “sorvegliate” should already have training in radioprotection issues. Documents and instructions on radioprotection and safety are available in the control room. Operators that shift solo should carry the “salva-vita” when alone in the control room. Feel free to contact the safety or radioprotection task leaders for any clarifications.

Emergencies

The instructions (case of fire, accidents etc.) are exposed in the Control Room. In addition the operators undergo periodically first aids training.
 


Organization

In this section we will try to keep you informed about the project, its organization, and other various items that are necessary to go about doing our business well.

ODAC belongs to the Elettra Cluster and is led by Emanuel Karantzoulis who is also the Elettra Cluster Coordinator

See also VUO – Project details – ODAC: Project Schedule, under each task the name of the task leader. Called also ODAC Activity Leaders (OAL). 

There are 32 tasks (work packages) and 30 task leaders. Of these 32 tasks, 20 have also a dedicated budget (indicated with *) whereas the remaining use either general services/other budgets or do not need one.
 

 

Name Leader Description
ALIGN FURLAN RADIVO Paolo Alignment
APH KARANTZOULIS Emanuel Accelerator physics
BLC CHENDA Valentina Beam lines controls , bcs etc.
BOOSTER CARNIEL Alessandro Booster
CONT SCAFURI Claudio Controls and interlocks
COOLPR RUGO Stefano Cooling projects , tubes needed, dimensions etc
EDIL BUONANNO Alberto Moving Blocks, Crane
ELECT STOPAR Giuliano Internal electricity supply net, works etc.
FLUID VOUCH WALTER Water supply, equipment and ambient cooling
FREND GIOVANNONI Raoul Front end functioning and repair
GSERV ACCETTULLI Annamaria General services, cleaning etc.
IDs MILLO Daniele Insertion devices
INSTR BASSANESE Silvano Instrumentation
MAGN FABRIS Riccardo Magnets (electro + pulsed )
OCOR KARANTZOULIS Emanuel Coordinamento
OPS KRECIC Stefano Operations
PINJ BORSI Piergiorgio Pre-injector booster
PS CAUTERO Marco Electromagnets power supplies
PULMA TOSOLINI Piergiorgio Pulsed magnets power supplies
RDPROT VASCOTTO Alessandro Radioprotection
RF PASOTTI Cristina RF systems
S3HC ZUPANCICH Pietro superconducting third harmonic cavity
SAFETY BAVDAZ Flavio Safety during machine function and during shutdowns
SBL LAUSI Andrea Liaison to beam Lines, shutdown work requests from Beam lines
ODDC KRECIC Stefano Documentation, operation programs, statistics
SHDOWN KRECIC Stefano Programming and supervising the shutdown works
ODEM CARNIEL Alessandro Emittance measurements
TECPRO LODA Giorgio Tecnical Projects , calculations, designs, draw...
VAC RUMIZ Luca Vacuum
INTL GIACUZZO Fabio Interlocks and control access
QC SAURO Roberto Controllo Qualità

 

 


ODAC Operations

participation of the task leaders or their substitutes in order to get informed on the functioning of the machine, discuss any problems etc. with frequency once per week and duration 1 hour (Wednesday 11:00-12:00)

ROF

Riunione Operation Facility with the free participation of ODAC Activity Leaders, (OAL) beam line responsibles and physicists with the aim to explain problems and discuss user demands. Frequency once per 2 weeks, duration about 1/2 hour maximum. (Thursday 14:00-14:30)

Shutdown

with the participation of task leaders to program the shut down works. Frequency once per run and duration 1 hour. (Usually during ODAC operations meeting of the week before the shutdown)

Elettra Accelerator Physics (APH)

once or twice per run with free participation. In this meeting there are short presentations of measurements and analysis of their results as well as discussion of accelerator problems and eneral information about the operability of the machines. The contributions to the meeting become an Elettra Technical Note.
Last Updated on Friday, 30 March 2018 15:49