MUCAR Project
New Technology for designing and building anti-reflective docks
The MUCAR project sets out to study and develop the structural modifications necessary for reducing the reflection of waves on vertical reinforced concrete caisson docks, as well as to assess the influence on stability and overflow of structures.

Project certified by AENOR according to UNE 166001.

This project was co-financed by the IMPIVA and FEDER funds.

CAFLOT Project
New Software applied to making caissons
CAFLOT aims to implement a new software tool for the dynamic analysis of stability in caisson manufacturing.

Project certified by IVAC according to UNE 166001.

This project was cofinanced by the IMPIVA and FEDER funds.

Manufacture of floating concrete caissons
Technological development for port works
Design and implementation of a proprietary system for manufacturing floating reinforced concrete caissons for building port works.

Land Consolidation Techniques
Technology development for civil engineering works
Development and application of new vibro-floatation and vibro-substitution techniques for consolidating and improving land. These technologies were developed by cyes in 1995.