Description:Advanced medical waste management system incorporates a durable stainless steel incineration chamber, precise IoT-integrated temperature control, a custom Marx arc generator, and a three-step filtration system. Operating at over 800°C, it ensures thorough waste destruction, with an efficient atomizer for combustible liquid spraying, like alcohol, promoting swift incineration. The compact design facilitates seamless integration into healthcare facilities. Our system stands out for its high efficiency, rapid waste disintegration, elemental breakdown, pathogen elimination, environmental friendliness, and energy efficiency, providing a reliable solution for responsible medical waste disposal.
Key Components and Functionality:
1. Incineration Chamber: Constructed from high-quality stainless steel (304 or 316 grade) to withstand temperatures exceeding 800°C, ensuring durability and compliance with industrial standards. Atomizer is combined with the chamber to spray combustible liquid such as alcohol on the waste to facilitate incineration.
2. Temperature Control System: Utilizes industrial-grade thermocouples and fans with a precision of ±0.5 °C to maintain incineration temperatures within 800 - 1000°C, with built-in failsafe mechanisms for safety compliance.
3. IoT Integration: Incorporates IoT sensors and controllers, such as PT1000 temperature sensors and Arduino based controllers, designed for continuous monitoring of waste inlet and operation completion process for efficient medical waste management.
4. Arc Generator: Features a custom-designed Marx arc generator with a power rating of 5kW, engineered for industrial-scale waste reduction, ensuring safe and efficient incineration.
5. Three-Step Filtration: Utilizes industrial air filtration components, pre filter, HEPA filter, and chemical filters (Potash and activated carbon), capable of removing particles down to 0.3 microns, and adsorbing carbon dioxide, meeting or exceeding industrial environmental standards.
6. Compact Design: Despite its industrial capabilities, the system maintains a compact footprint, fitting within 177.5 CMS, making it suitable for integration into various healthcare facilities.
7. Eco-Friendly Disposal: Supports eco-friendly disposal practices by exploring the potential use of incinerated medical waste by-products, such as ash, as environmentally safe additives in construction materials or as an alternative energy source, contributing to sustainability efforts.
Summary:
The innovation combines a Marx arc generator, Arduino board, Temperature sensor, pre filter, Atomizer, HEPA filter, chemical filters (Potash and activated carbon), Cooling system and IOT to create an eco-friendly system for effective medical waste management. This streamlined and accessible approach reduces pollution and prevents outspread if diseases due to medical wastes, promoting safe medical waste disposal in clinics and laboratories in rural areas.
, Claims:1. High Incineration Temperature: Our electric arc incineration process operates at temperatures ranging from 850-1000°C, significantly surpassing the capabilities of other incineration methods, ensuring thorough waste destruction.
2. Rapid Waste Disintegration: The residence time of waste in the arc plasma is very short, typically just a few seconds, demonstrating swift and efficient waste disintegration.
3. Effective Elemental Breakdown: Our incineration process effectively breaks down both organic and inorganic waste into their elemental components, resulting in a high level of ash production.
4. Pathogen Elimination: The incineration process successfully destroys pathogens, including bacteria and viruses, reducing the volume of medical waste and preventing potential disease transmission.
5. Environmentally Friendly: Our electric arc incineration process is environmentally friendly, producing no emissions and requiring no additional chemicals for waste disposal.
6. Energy Efficiency: The process is highly efficient, with minimal energy loss during incineration, ensuring cost-effective and sustainable waste management.