The present invention relates to a medical waste sterilizer, and the medical waste sterilizer according to the present invention comprises two sterilization vessels which are slidable in the left-and right direction, whereby a waste disposal operation can be performed in one sterilization vessel while a sterilization operation is performed in the other sterilization vessel. Accordingly, there is an advantage in that the waste disposal capacity can be enhanced and the wait time can be reduced.

Features relating to a wasting station that provides for secure collection, anonymous auditing, and safe disposal of medication are provided. The wasting station securely receives and stores wasted medication for later analysis. The wasting system may provide for waste containers that may include electronic tags, biomarkers, and/or reagents that may be used to analyze waste items. The wasting system may include support for witnessing the wasting process, either locally or remotely.

Systems and methods that an individual may use for disposing of unwanted pharmaceutical formulation. More specifically, systems and methods that an individual may use for disposing of unwanted pharmaceutical formulations that include receiving a disposal container including a pharmacological agent activity mitigation component and combining the unwanted pharmaceutical formulation with the pharmacological agent activity mitigation component in the disposal container are provided. The systems and method may further include a direct mail mailer for sending the disposal container and pharmacological agent activity mitigation component to the user.

The present disclosure provides systems and methods for medication disposal, e.g., at a medical institution or a pharmacy. For example, a system for medical disposal can comprise a receiving unit configured to receive a medication from a user. The medication can be an unused or leftover portion of a prescribed medication for a subject in need thereof. The system can comprise one or more sensors operatively coupled to the receiving unit. The one or more sensors can be configured to detect the medication received by the receiving unit. The system can comprise an analysis engine operatively coupled to the one or more sensors. The analysis engine can be configured to determine a score indicative of a management of the prescribed medication by the user, based at least in part on (i) the detection of the medication received.

A molten metal reactor comprising at least the following components a) through c): a) a reactor vessel comprising a molten metal bath, b) a waste input assembly, and c) a product removal assembly. A process to treat a waste material, the process comprising adding the waste material to a molten metal reactor as described herein.

A geogrid prepared by recycling medical waste and a preparation method therefor, and use in foundation reinforcement. The method includes: recycling medical waste for treatment and processing the medical waste into a crushed material; adding modified filler and processing aids, and selecting high-strength fiber bundles for compounding and melting with the crushed material and pressing and stretching to prepare a geogrid. The medical waste is any combination of one or more used medical plastic products and medical plastic products that expire and are not used. The high-strength fiber bundles are more than one bundle of fiber materials commonly used for manufacturing geogrids on the market. The modified filler is a stabilizer for improving the stability of component materials to heat and light. The processing aids are enhancers for improving the performance of the component materials.

Features relating to a wasting station that provides for secure collection, anonymous auditing, and safe disposal of medication are provided. The wasting station securely receives and stores wasted medication for later analysis. The wasting system may provide for waste containers that may include electronic tags, biomarkers, and/or reagents that may be used to analyze waste items. The wasting system may include support for witnessing the wasting process, either locally or remotely.