Abstract: A primary packaging for a liquid is presented including an at least partially collapsible container and a connector element for connection of the primary packaging to a withdrawal device. The connector element has at least one connector channel which is in fluid communication with an interior space of the container. The container is composed at least partially of a foil which is constructed from a first layer which, during intended use of the primary packaging, comes into direct contact with the liquid. Both the first layer and the connector element are composed of a plastics material including at least one cyclic olefin polymer.

Abstract: The present invention relates to a container (1, 1?, 1?) for the intake and release of a medicament, in particular a parenteral medicament, the container (1, 1?, 1?) exhibiting a casing (6, 6?) which is sealed, except for an opening (7) for the purpose of releasing the medicament, the container (1, 1?, 1?) being designed in such a way that a release of the medicament is effected by alteration of at least one region of the casing (6, 6?). The casing (6, 6?) is furthermore formed in one piece. The container exhibits a hollow needle (9, 10).

Abstract: The present invention relates to a container (1, 1?, 1?) for the intake and release of a medicament, in particular a parenteral medicament, the container (1, 1?, 1?) exhibiting a casing (6, 6?) which is sealed, except for an opening (7) for the purpose of releasing the medicament, the container (1, 1?, 1?) being designed in such a way that a release of the medicament is effected by alteration of at least one region of the casing (6, 6?). The casing (6, 6?) is furthermore formed in one piece. The container exhibits a hollow needle (9, 10).

Abstract: A liquid to be treated is guided through an adsorption medium reactor (1), especially a fluidised bed reactor. The flux starts from the bottom (3) of the reactor (1) along the longitudinal axis of the reactor (1). There are provided one or more outlets (18) for the liquid to be treated inside the reactor (1) at a distance from, but near to, the bottom (3) of said reactor (1) directed mainly towards said bottom (3) of said reactor (1).