A transport system can include a first chamber having a body that is configured to fully enclose a biodegradable container placed within the first chamber, the biodegradable container having food waste therein, and the biodegradable container being sealed from the ambient environment, and a disinfection system being configured to disinfect an object placed within the body. The transport system can include a second chamber having a composting system, the composting system being configured to begin to compost an object placed within the second chamber, and an enclosure that houses the first chamber and the second chamber. The first chamber, and the second chamber can be configured to be placed within a cargo space of a vehicle.

The invention relates to a composting apparatus for providing compost material from organic material, comprising at least one initial chamber and at least one subsequent chamber, wherein the at least one initial chamber and the at least one subsequent chamber comprise a composting chamber in which organic material is convertible to compost material, wherein the at least one initial chamber comprises an introduction opening and a discharge opening and organic material is introducible into the at least one initial chamber through the introduction opening, wherein the at least one subsequent chamber comprises an introduction opening, a conveying unit on at least one initial chamber, having at least one conveying element for the organic material, said conveying element being arranged in said initial chamber; and a control device for actuating the conveying unit, wherein the organic material is conveyable by means of the conveying unit through the discharge opening for transfer to the at least one subsequent chamber.

The invention relates to a composting apparatus for providing compost material from organic material, comprising at least one initial chamber and at least one subsequent chamber, wherein the at least one initial chamber and the at least one subsequent chamber comprise a composting chamber in which organic material is convertible to compost material, wherein the at least one initial chamber comprises an introduction opening and a discharge opening and organic material is introducible into the at least one initial chamber through the introduction opening, wherein the at least one subsequent chamber comprises an introduction opening, a conveying unit on at least one initial chamber, having at least one conveying element for the organic material, said conveying element being arranged in said initial chamber; and a control device for actuating the conveying unit, wherein the organic material is conveyable by means of the conveying unit through the discharge opening for transfer to the at least one subsequent chamber.

The present invention relates to a novel composter device. The device is designed to recycle organic waste for easy and convenient disposal. The device comprises a means for grinding organic waste, such as food wastes, yard trimmings, lumber, etc. and a biodegradable bag for collecting the ground organic waste. The device further comprises a button that activates the grinding function and a second button that activates a self-washing function. The device can be sized to handle large or small quantities of waste, depending on the application and setting the device is used in. Accordingly, there may be several versions of the device available to accommodate households, restaurants, schools, farms, ranches, maintenance workers, etc.

A composting system comprising a composting bin containing a composting material: the bin embedded at least partially below a ground surface in a root zone; the bin forming an enclosure including porous side portions and a non-porous base portion; the side portions provided with holes to allow ingress and egress of worms while excluding vermin; the holes further allowing nutrients exuded by composting material in the bin to leach into surrounding soil: the bin embedded in a root zone in a soil mass.

A composting system comprising a composting bin containing a composting material: the bin embedded at least partially below a ground surface in a root zone; the bin forming an enclosure including porous side portions and a non-porous base portion; the side portions provided with holes to allow ingress and egress of worms while excluding vermin; the holes further allowing nutrients exuded by composting material in the bin to leach into surrounding soil: the bin embedded in a root zone in a soil mass.

There is disclosed a method of producing a soil remediant from liquid organic waste material in which the liquid organic waste material is concurrently pasteurised and digested by thermophilic aerobic digestion in the liquid phase in a single digester vessel. The organic waste material in the digester is maintained continuously at a temperature of at least 70° C. for at least an hour and the liquid organic waste material comprises at least 70% water and can be pumped. After a period of at least an hour a small amount of pasteurised organic waste material is removed and a corresponding amount of fresh organic waste material is added to the single digester vessel such that the temperature is maintained in a comfort zone of the thermophilic bacteria. In a preferred embodiment the thermophilic aerobic digestion is facilitated by micro-organisms including crenarchaeota. The liquid organic waste material can be combined with a microporous adsorbent. Also disclosed is a soil remediant comprising a microporous adsorbent and liquid organic waste material from the novel method. The microporous adsorbent may be a volcaniclastic sedimentary rock or diatomite or of vegetable origin such as biochar. The microporous adsorbent may be a powder or a granular material and may have particle sizes up to 2000 microns.

There is disclosed a method of producing a soil remediant from liquid organic waste material in which the liquid organic waste material is concurrently pasteurised and digested by thermophilic aerobic digestion in the liquid phase in a single digester vessel. The organic waste material in the digester is maintained continuously at a temperature of at least 70° C. for at least an hour and the liquid organic waste material comprises at least 70% water and can be pumped. After a period of at least an hour a small amount of pasteurised organic waste material is removed and a corresponding amount of fresh organic waste material is added to the single digester vessel such that the temperature is maintained in a comfort zone of the thermophilic bacteria. In a preferred embodiment the thermophilic aerobic digestion is facilitated by micro-organisms including crenarchaeota. The liquid organic waste material can be combined with a microporous adsorbent. Also disclosed is a soil remediant comprising a microporous adsorbent and liquid organic waste material from the novel method. The microporous adsorbent may be a volcaniclastic sedimentary rock or diatomite or of vegetable origin such as biochar. The microporous adsorbent may be a powder or a granular material and may have particle sizes up to 2000 microns.

An anaerobic biogas plant for the digestion of fresh organic digestion substrate. The digester having an entry section with an inlet at a first end, a rear section at a second, opposite end, and a middle section arranged between the entry section and the rear section. The digester further includes a stirring unit comprising a shaft extending in the direction from the first end to the second end and having at least one agitating arm for mixing the substrate within the digester. The middle section of the digester includes a main outlet and the rear section includes an additional outlet. The digester further includes a separate return line leading from the additional outlet back to the entry section of the digester for allowing a direct return of a minor fraction of digested substrate removed from the rear section back into the entry section of the digester.

An apparatus and a method for composting organic material. The apparatus comprises a container (10) having a first end (11), a second end (12) in the form of a hemispherical wall, and a jacket (13) extending between said ends. The container operates in an inclined (al) position. A transporting and mixing device (30) in the container transports organic material in a transport direction (L1) from the first to the second end and simultaneously mixes the organic material. The transporting and mixing device directs the organic material towards the hemispheric wall, whereby the organic material is first directed upwards along the hemispheric wall and then turned back against the transport direction. A fluffing device (40) in the container comprises a shaft (41) being perpendicular to the transport direction (L1) and cutter blades (50) extending outwards from the shaft (41).