Abstract: A system for extracting components from sample material includes a multi-port extraction vessel and an extraction basket that is configured to hold the sample material and to be rotated within the multi-port extraction vessel. The extraction vessel may include multiple ingress ports and multiple egress ports to allow a liquid solvent to flow through the extraction vessel during an extraction process. The extraction basket is permeable to allow liquid solvent to flow through the extraction basket and distribute throughout the sample material held within the extraction basket. A rotation mechanism, such as a motor, may rotate the extraction basket within the extraction vessel during the extraction process. The multi-port extraction vessel, in combination with the rotatable extraction basket, promotes even distribution of the liquid solvent throughout the sample material.

Abstract: A system selectively extracts compounds form plant material. A liquid solvent is introduced to the material and through subsequent cycles of gradually increasing the temperature and pressure of the extraction chamber, various compounds can be selectively harvested from the plant material. The desirable compounds can each be routed to an individual collection chamber for individual extraction and storage. This allows volatile compounds and non-volatile compounds to be selectively extracted and stored separately.

Abstract: A system selectively extracts compounds form plant material. A liquid solvent is introduced to the material and through subsequent cycles of gradually increasing the temperature and pressure of the extraction chamber, various compounds can be selectively harvested from the plant material. The desirable compounds can each be routed to an individual collection chamber for individual extraction and storage. This allows volatile compounds and non-volatile compounds to be selectively extracted and stored separately.

Abstract: A system selectively extracts compounds form plant material. A liquid solvent is introduced to the material and through subsequent cycles of gradually increasing the temperature and pressure of the extraction chamber, various compounds can be selectively harvested from the plant material. The desirable compounds can each be routed to an individual collection chamber for individual extraction and storage. This allows volatile compounds and non-volatile compounds to be selectively extracted and stored separately.

Abstract: A system for extracting components from sample material includes a multi-port extraction vessel and an extraction basket that is configured to hold the sample material and to be rotated within the multi-port extraction vessel. The extraction vessel may include multiple ingress ports and multiple egress ports to allow a liquid solvent to flow through the extraction vessel during an extraction process. The extraction basket is permeable to allow liquid solvent to flow through the extraction basket and distribute throughout the sample material held within the extraction basket. A rotation mechanism, such as a motor, may rotate the extraction basket within the extraction vessel during the extraction process. The multi-port extraction vessel, in combination with the rotatable extraction basket, promotes even distribution of the liquid solvent throughout the sample material.

Abstract: A vertical aeroponic garden utilizes removable growing panels that support plants undisturbed from germination through harvest. The panels are removable, with the supported plants, and can be delivered to a grocery location for harvest by a consumer. A frame system is configured to support one or more growing panels in a vertical orientation. The growing panels define an aeroponic chamber in which a fluid delivery system supplies a nutrient rich atomized solution to the root structure of the plants.