REWEC3 in the Harbour of Salerno
7
www.wavenergy.it DESIGN OF THE NEW REWEC3 FOR THE COMMERCIAL HARBOUR OF SALERNO THE FIRST APPLICATIONS OF A REWEC3 PLANT EMBODIED INTO A CAISSON BREAKWATER OF A COMMERCIAL PORT HAS BEEN PLANNED TO BE REALIZED IN ITALY, IN SALERNO’S HARBOUR IN TYRRHENIAN SEA. THE ACTUAL BREAKWATER OF THE PORT OF SALERNO WILL BE ENLARGED BY AN OVERALL LENGTH OF 200M. FOR THIS PURPOSE, THE PORT AUTHORITY OF SALERNO HAS ALREADY PLANNED A CONCEPTUAL DESIGN OF THE EXTENSION OF THE MAIN BREAKWATER WITH THE ADOPTION OF THE NEW TECHNOLOGY OF CAISSON BREAKWATERS MODIFIED BY EMBODYING THE REWEC3 PLANT IN PLACE OF TRADITIONAL UPRIGHT CAISSONS. THE TOTAL ENLARGEMENT OF 200M WILL BE REALIZED THROUGH TEN REWEC3 CAISSONS AT A WATER DEPTH OF ABOUT 11.5M, EACH WITH LENGTH OF 20M.
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Design of Rewec3 for the Commercial Harbour of Salerno, to be embodied into a caisson breakwater (Port Authority of Salerno, Italy)
Transcript of REWEC3 in the Harbour of Salerno
www.wavenergy.it
DESIGN OF THE NEW REWEC3 FOR THE COMMERCIAL HARBOUR
OF SALERNO THE FIRST APPLICATIONS OF A REWEC3 PLANT EMBODIED INTO A CAISSON BREAKWATER OF A COMMERCIAL PORT HAS BEEN PLANNED TO BE REALIZED IN ITALY, IN SALERNO’S HARBOUR IN TYRRHENIAN SEA. THE ACTUAL BREAKWATER OF THE PORT OF SALERNO WILL BE ENLARGED BY AN OVERALL LENGTH OF 200M. FOR THIS PURPOSE, THE PORT AUTHORITY OF SALERNO HAS ALREADY PLANNED A CONCEPTUAL DESIGN OF THE EXTENSION OF THE MAIN BREAKWATER WITH THE ADOPTION OF THE NEW TECHNOLOGY OF CAISSON BREAKWATERS MODIFIED BY EMBODYING THE REWEC3 PLANT IN PLACE OF TRADITIONAL UPRIGHT CAISSONS. THE TOTAL ENLARGEMENT OF 200M WILL BE REALIZED THROUGH TEN REWEC3 CAISSONS AT A WATER DEPTH OF ABOUT 11.5M, EACH WITH LENGTH OF 20M.
www.wavenergy.it
AN ITALIAN EXPERIENCE: DESIGN OF THE NEW REWEC3
FOR THE COMMERCIAL HARBOUR OF SALERNO
enlargement of 200m by the adoption of REWEC3 caisson breakwaters
200m
from Port Authority
www.wavenergy.it
The enlargement of 200m of the pre-existing breakwater will be realized by 10 REWEC3
caissons
20m
www.wavenergy.it
20m
5 active cells for each REWEC3 caisson
The enlargement of 200m of the pre-existing breakwater will be realized by 10 REWEC3
caissons
www.wavenergy.it
An efficient configuration for each caisson breakwater embodying a REWEC3 plant,
at the examined location in the Tyrrhenian Sea for the Salerno’s harbour (Central Mediterranean Sea)
width of the vertical ductwater depth
width of the inner room
width of the inner roomheight of the inner room, with respect to MWL
aa
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A REWEC3 with the same safety coefficients for whole stability of a traditional caisson for the Salerno’s harbor: comparison between a
traditional caisson and a REWEC3
GREEN PORTS:AN ITALIAN EXPERIENCE
.
Felice Arena – Mediterranea University of Reggio Calabria, Italy wavenergy.it Srl – academic spin-off
Alessandra Romolo – Dept. of Mechanics & Materials, - Mediterranea University, Italy
Alfredo Ascanelli – Company IMPRESA CIDONIO SpAAndrea Ferrante – High Counsel of Public Works, Rome, Italy
Simona Ghiretti - Department of Public Works, Reggio Calabria , Italy
Elena Valentino – Port Autority of Salerno, Italy
2nd Mediterranean Days of Coastal and Port Engineering
23rd-25th May 2012, Valencia, Spain
