Glass Melting Technology: A Technical and Economic ... - OSTI
Glass Melting Technology: A Technical and Economic ... - OSTI
Glass Melting Technology: A Technical and Economic ... - OSTI
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
hazardous waste containment, recycling <strong>and</strong> soil remediation, or revisit innovative<br />
technologies detailed in Chapter IV “Innovations in <strong>Glass</strong> <strong>Technology</strong>.”<br />
V.4. <strong>Economic</strong> strategy<br />
From an economic perspective, the need for advanced glass melting technology becomes<br />
clear in the following ways.<br />
• Change the style of relative non-cooperation among companies <strong>and</strong> segments. Work<br />
together on the current major problem, which is an inability to generate margins high<br />
enough to replace its own capital assets. Industry segmentation, competition, <strong>and</strong><br />
intellectual property right disputes are obstacles that must be overcome.<br />
• Develop a pre-competitive advanced melting concept within the industry. This will<br />
provide opportunity to syndicate risk <strong>and</strong> cost at an early stage on more revolutionary<br />
projects. Development of a radically new glass melting system that is commercially<br />
viable could cost well in excess of $100 million. With current low returns for producing<br />
most types of glass, few, if any, companies are willing to spend this much money alone.<br />
Should one large company be willing to invest in development of a viable system, other<br />
members of the industry could buy the technology at a reasonable price.<br />
• Develop industry-wide strategy.<br />
Industry experts recommended a three-phase approach:<br />
Phase I<br />
Conduct a proof-of-concept to investigate the validity, feasibility <strong>and</strong> economic return of<br />
selected projects. Government funding could be justified by citing environmental<br />
constraints, energy efficiency, job availability, national security, <strong>and</strong> glass industry<br />
competitiveness. The current state of the glass industry will not support financial<br />
commitment to needed technology development.<br />
Phase II<br />
Build a demonstration facility with cooperative funding.<br />
Phase III<br />
Provide proven technologies to major glass companies to incorporate them into their<br />
capital plan (license).<br />
Collaboration between suppliers <strong>and</strong> glass manufacturers would broaden the scope of<br />
possibilities. If the entire glass industry <strong>and</strong> its supply industry were to come together in<br />
a coherent <strong>and</strong> concerted effort to craft <strong>and</strong> execute a meaningful <strong>and</strong> practical strategy,<br />
the results could be powerful.<br />
V.5. Conclusion<br />
“The glass melting process is ripe for drastic change.”<br />
Ray Richards, Affiliated <strong>Technical</strong> Consultants<br />
Based on recommendations from the industry experts who participated in the workshop<br />
on glass melting <strong>and</strong> processing <strong>and</strong> guided by the goals for 2020 in the “<strong>Glass</strong> Industry<br />
Road Map,” economic <strong>and</strong> technical considerations <strong>and</strong> recommendations are compiled<br />
96