Nanotechnology

Job creation, income generation, and natural resources conservation, all are pillars of sustainable development for industries using new technologies. Despite the importance of new technologies, developing countries face many limitations, such as economic and political problems, which make the development and transfer of technologies more difficult. In this study, we focus on development of new technologies in Iran’s petrochemical industry, including nanotechnologies, biotechnologies, and membranes. Solutions are proposed to improve the current unsatisfactory status. For that matter, taking into account experts’ viewpoints, a new technology tree is suggested for Iran’s petrochemical industry. The literature on technology assessment and prioritization is reviewed, and then primary indicators are proposed based on ability, attractiveness, and patent features. Forty industry experts are surveyed and the results are analyzed using face validity, reliability test, and factor analysis, by which the current status of new technologies is assessed.

The 21st century Nanotechnology has the potential to make a huge impact on sustainability; but to achieve this potential, Nanotechnology is all about getting more function on less space. In other hand, Nanotechnology is one of the most extremely important components in sustainable development. It has the potential to reduce the environmental impact and energy intensity of structures, as well as improve safety and decrease costs associated with civil infrastructure. So, nanotechnology it can one of the most extremely important component for sustainable architecture. In this research we would like to answer below questions: Can nanotechnology be developed in a sustainable manner? How nanotechnology be developed in a sustainable manner? In this Paper, first we brief describe about sustainable architecture and nanotechnology, then we shows nanotechnology it can achieving the goals of sustainable architecture. We propose a new strategy of nanotechnology to achieve sustainable development. Finally, we present a new model for nanotechnology to achieve sustainable development. This work, presents the theory of analytical methods and the analytical approach has explanatory.