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Description
Transylvania Innovation''s project focuses on developing innovative equipment for the medical industry, aimed at reducing emissions of persistent organic pollutants from hazardous liquid waste incineration and lowering associated carbon footprints. This initiative addresses the lack of on-site pathogenic liquid waste neutralization technology for small to medium-sized laboratories. The proposed compact, automated device, with advanced technology and traceable compliance capabilities, offers a sustainable solution to this problem. The project''s main goal is to achieve a positive environmental impact while meeting healthcare needs efficiently.
The ultimate objective of the plan is to reduce the carbon footprint necessary for burning hazardous liquid waste and for transporting rubbish to centralized incinerators, hence reducing emissions of persistent organic pollutants generated by burning such waste.
Achieving this goal will require a series of key activities including:
- Investment activity
- Research & Development
- Project Management
- Project Promotion
Summary of project results
The project aimed to tackle several critical issues in the medical industry, particularly in managing and neutralizing hazardous liquid waste. One of the primary challenges was the environmental impact, as traditional waste disposal methods like incineration contribute significantly to pollution and carbon emissions. The project sought to reduce these emissions by developing a greener solution.
Another major challenge was the lack of on-site solutions for small to medium-sized laboratories. Existing technologies were either large-scale neutralization plants, medium-sized incinerators that did not cover liquid waste, or large incinerator firms that transported waste over long distances. The project aimed to provide an on-site neutralization solution to address this gap.
Cost and efficiency were also significant concerns. Traditional waste management methods required substantial financial resources for handling, storage, and transportation to incineration facilities. The proposed solution aimed to eliminate these costs by offering a more efficient on-site neutralization process.
Finally, the project aimed to ensure compliance and safety in treating hazardous liquid waste. It sought to develop a solution that met regulatory requirements and provided a safer alternative to existing methods. Additionally, the project leveraged the latest technologies, including AI and cloud services, to enhance the functionality and efficiency of the waste neutralization device
The project undertaken by Transylvania Innovation involved a series of activities aimed at developing an Automated Hazardous Liquid Waste Neutralization Device. The primary activities included the acquisition of various hardware components necessary for the final prototypes, which underwent extensive testing and optimization. Research and development were crucial, involving the design and simulation of electronic schematics, microcontroller software development, printed circuit board design, and the creation of custom mechanical parts.
Additionally, the project focused on the acquisition of custom-built AI and machine learning modules for predictive monitoring, as well as a cloud system for real-time remote monitoring and compliance reporting. A professional presentation website with e-commerce capabilities was also developed to serve as a front-end for cloud access for customers. Communication services, patent registration, CE Mark validation, and medical validation services were acquired to ensure the project''s compliance and market readiness.
The project also included participation in relevant conferences to present the product to key opinion leaders and potential customers. The outputs of the project were significant, including the development of innovative technologies and processes, the implementation of measures to decrease CO2 emissions and increase energy efficiency, and the creation of new jobs. The project also aimed to achieve several certifications and intellectual property rights applications.
The project achieved several significant outcomes and impacts, benefiting various stakeholders in the medical industry and beyond. One of the primary results was the development of an innovative Automated Hazardous Liquid Waste Neutralization Device, which provided a greener and more cost-effective solution for managing hazardous liquid waste. This device helped reduce emissions of persistent organic pollutants and lowered the carbon footprint associated with waste disposal.
The project also led to the creation of new jobs, with two positions expected to be filled by 2024. Additionally, it resulted in the submission of two new intellectual property rights applications, including trademarks and patents. The project contributed to environmental sustainability by decreasing CO2 emissions by an estimated 447 tonnes and reducing fuel consumption by 13,000 litres by 2025. Furthermore, it facilitated the collection of 1,252.6 tonnes of waste from production and operational processes for re-use or recycling.
The beneficiaries of these outcomes included hospitals and private laboratories, which gained access to a more efficient and compliant waste management solution. The healthcare industry as a whole benefited from the project''s advancements in green technology and the reduction of environmental impact. Additionally, the project''s success in achieving certifications and compliance with various standards, such as ISO60601, ISO9001, ISO13485, and ISO27001, ensured that the developed technology met high-quality and safety standards.
Overall, the project had a positive impact on the environment, the healthcare industry, and the broader community by providing a sustainable and innovative solution for hazardous liquid waste management.