This is the web page of the national (Romanian) micro and nanotechnology network ROMNET-NANO sustained by the
project ROMNET-ERA
.

 

ISTONE
RE-ENGINEERING OF NATURAL STONE PRODUCTION CHAIN THROUGH KNOWLEDGE BASED PROCESSES, ECOINNOVATION AND NEW ORGANISATIONAL PARADIGMS

Project co-ordinator: G. Gandolfi , PEDRINI SPA,
Contact Person (in Romania): Valentina Cetean , PROCEMA GEOLOGI Bucharest

Objectives:

The need for an IP (I-STONE) to address the current problems and the future requirements of the European Stone Sector originates from the ever increasing need of the EU Construction industry for more and higher quality stone products and the fact that despite its economic importance, the Stone Sector has not made any significant technological progress the last decades. The primary aim of I-STONE is the reengineering of the stone production chain, in order to considerably increase its efficiency and productivity, minimise the amount of stone wastes disposed in the environment, produce a new generation of multifunctional products based on stone wastes and safeguard the quality in stone application and use. The ultimate target of the project is to transform the rather traditional Stone Sector into a modern, competitive and knowledge-based industry and ensure a lasting technological superiority of EU over its competitors.

These objectives will be achieved with the incorporation of nanotechnology and intelligent manufacturing in stone processing and through the creation of new applicable knowledge and radical innovations in advanced materials and multifunctional products. The main radically new knowledge to be developed includes the development of a new generation of consolidating agents with chemical characteristics similar to that of the stone, which will efficiently consolidate the stone products and prevent them from breaking during their processing; innovative extra thin cutting disks, a new generation of Ultra Fine Dispersed Diamonds and new heavy metal free metal-diamond bonds resistant to high temperatures and mechanical stresses that will lead to the development of innovative high-speed drilling and cutting tools to maximise productivity and new multifunctional products.

Benefits:

  • Development of expert systems for design, construction, stone risk analysis and service life;
  • Prediction in the construction sector to prolong the lifetime of the stone products;
  • Development of a maintenance handbook to ensure the designed service life of stone products;
  • Development of lab scale virtual selection system at the web to assist stone consumers, end-users and applicants to select piece by piece the stone products;
  • Assessment of the existing waste management schemes applied by the European stone sector and development of appropriate waste management tools;
  • A database with information on documented practice and guidelines for natural stone applications.
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