Sustainable technologies designed to reduce waste and improve resource efficiency are increasingly available, yet adoption remains limited. This research examines the disconnect between technological innovation and practical implementation in small scale industries, suggesting adoption challenges, rather than technology availability, limiting the impact of sustainable technologies. Using previously published industry adoption data, this study assesses the factors that influence technology uptake decisions.
Technology Adoption Model (TAM), Diffusion of Innovation Theory (DOI), and quantitative evidence collectively demonstrates that advanced sustainable technologies are adopted by only a minority of operations. Adoption rates for digital and efficiency tools frequently remain below 40% despite widespread availability. Key barriers to adoption include high initial costs, uncertainty regarding short-term returns on investment, insufficient training or technology complexity, and resistance to change. These results are consistent with established DOI, indicating even beneficial innovations may require decades to achieve widespread adoption when perceived costs and risks outweigh evident benefits for users.
This study evaluates strategies to enhance adoption, including phased pilot implementations with measurable key performance indicators, cost-effective financing models, integration of tools into existing workflows like Blockchain technology and Internet of Things (IoT), targeted user training for complexity, and the use of internal change. By focusing on sustainability challenges as issues of implementation and adoption, the research underscores the critical role of organizational strategy and change management in realizing the potential of sustainable technologies.
Key Words: Sustainable, Technology Adoption, Innovation Implementation, Change Management