The Spill Proof Substance Disposal System (95) allows for the storage and removal of liquid (e.g. oils) and semi-liquid substances (e.g. greases) (“stored substances””) being transported in a transfer vessel (90). The Spill Proof Substance Disposal System (95) is vandal and theft proof. The Spill Proof Substance Disposal System (95) provides for a quick and efficient way to store and to remove the stored substances. The Spill Proof Substance Disposal System (95) comprises a container (100), a cradle (200), a hinge (300), and a screen (400). The Spill Proof Substance Disposal System (95) may additionally include a cover (500). The Spill Proof Substance Disposal System (95) may additionally include a lock (600). The Spill Proof Substance Disposal System (95) may further comprise a fast substance removal system (700).

The Spill Proof Substance Disposal System (95) allows for the storage and removal of liquid (e.g. oils) and semi-liquid substances (e.g. greases) (“stored substances””) being transported in a transfer vessel (90). The Spill Proof Substance Disposal System (95) is vandal and theft proof. The Spill Proof Substance Disposal System (95) provides for a quick and efficient way to store and to remove the stored substances. The Spill Proof Substance Disposal System (95) comprises a container (100), a cradle (200), a hinge (300), and a screen (400). The Spill Proof Substance Disposal System (95) may additionally include a cover (500). The Spill Proof Substance Disposal System (95) may additionally include a lock (600). The Spill Proof Substance Disposal System (95) may further comprise a fast substance removal system (700).

A method for the destruction of data carriers preventing access to the process of rendering confidential data carriers, which consist of paper or similar material, unreadable and allowing the carriers to be destroyed. In the method, confidential data carriers are collected at the point of origin in secure collection containers, removed by a collection vehicle, and are supplied to a paper recycling plant in a final step. The interior of a mobile pulper, which is connected to the collection vehicle, is filled with the confidential data carriers, the carriers are mixed with a pulping fluid and the mixture is blended by an agitator to form a suspension of defibrated documents and pulping fluid, a hydromechanical pulping process taking place in the pulper before the suspension is supplied to the paper recycling plant.

An energy-saving and environment-friendly garbage disposal box capable of dispersing garbage, applicable to various areas, includes a domestic garbage disposal unit, a recyclable garbage disposal unit and a plastic garbage disposal unit. A pedal mashing device is provided to a rear portion of the domestic garbage disposal unit. The garbage disposal box is covered by solar panels and a computer display. An auto electronic weighing plate is provided to top the garbage disposal box. A set of mashing cutters is disposed inside the garbage disposal box to connect spatially with a fermentation area, and an organic fertilizer area is located under the fermentation area. The recyclable garbage disposal unit is furnished with a garbage entrance at an upper portion thereof and three external drawers corresponding to three recycle chambers. The plastic garbage disposal unit covered by solar panels is furnished thereinside a gravity compression iron and a battery set. The garbage disposal box provided by this patent disclosure and featured in flexible garbage dispersing functions can resolve environmental degradation caused by garbage piling and environmental pollution caused by the current garbage disposal means, and can also provide a possibility to maximize the garbage utilization rate.

A system and method are provided for a food loading station having a disposer that grinds food waste that is located at a facility that processes food waste. A storage tank receives a slurry of food waste and water from the disposer for storage until the slurry is collected for transportation to an anaerobic digestion facility. An agitator is installed in the storage tank for mixing the slurry stored in the storage tank prior to collection for transportation to the anaerobic digestion facility. A discharge outlet is installed on the storage tank for connection to a discharge hose of a collection truck. The discharge outlet has an air admittance valve for admitting ambient air into the discharge hose while the slurry is sucked out of the storage tank through the discharge hose and into the collection truck.

A two-part biowaste container for crushed biowaste includes a first part of the container for solid part of the crushed biowaste, a second part of the container for liquids separated from the crushed biowaste, which second part of the container is arranged below the first part of the container, a separating wall between the first part and the second part, a separating means arranged to the separating wall and being configured to separate at least a part of the liquids from the crushed biowaste from the first part to the second part, a drain connection in the second part for separated liquids, and a separating valve arranged to the separating wall that separates at least a part of the liquids from the crushed biowaste from the first part to the second part of the container.

A system and method are provided for a food loading station having a disposer that grinds food waste that is located at a facility that processes food waste. A storage tank receives a slurry of food waste and water from the disposer. A controller is connected to the disposer and in communication with a scale that senses a weight of the food waste before grinding by the disposer. A remote module is in communication with the controller, receives the sensed weight of the food waste, and calculates, based on the sensed weight, a total amount of the food waste ground by the disposer and received by the storage tank over a predetermined time period. A terminal associated with the facility and connected to the remote module receives a report that includes diverted food waste data for the predetermined time period corresponding to the total amount of food waste.

A system and method are provided for a food loading station having a disposer that grinds food waste that is located at a facility that processes food waste. A storage tank receives a slurry of food waste and water from the disposer for storage until the slurry is collected for transportation to an anaerobic digestion facility. An agitator is installed in the storage tank for mixing the slurry stored in the storage tank prior to collection for transportation to the anaerobic digestion facility. A discharge outlet is installed on the storage tank for connection to a discharge hose of a collection truck. The discharge outlet has an air admittance valve for admitting ambient air into the discharge hose while the slurry is sucked out of the storage tank through the discharge hose and into the collection truck.

In an approach to a docking station for a robotic cleaner, the docking station includes a base; a trash bin having a substantially air-impermeable trash bag removably disposed thereon; a dock dirty air inlet defined in the base, the dock dirty air inlet being configured to fluidly couple to the robotic cleaner; and a dock suction motor, wherein the dock suction motor is activated after the robotic cleaner is determined to be docked with the docking station and configured to urge debris from the robotic cleaner into the trash bin.