Abstract: The invention concerns a support for offshore foundation structures, in particular for tripods, having a bearing surface for receiving gravitational force, a base surface for applying gravitational force to the ground, and a supporting structure for the transfer of force from the bearing surface to the base surface. The invention concerns in particular such a support having two separate frame elements which respectively have a bearing sub-surface and a base sub-surface, as well as a bridge member which can be coupled to the frame elements in the region of the bearing sub-surfaces for the transfer of force between the frame elements in a substantially horizontal direction.

Abstract: The invention concerns a support for offshore foundation structures, in particular for tripods, having a bearing surface for receiving gravitational force, a base surface for applying gravitational force to the ground, and a supporting structure for the transfer of force from the bearing surface to the base surface. The invention concerns in particular such a support having two separate frame elements which respectively have a bearing sub-surface and a base sub-surface, as well as a bridge member which can be coupled to the frame elements in the region of the bearing sub-surfaces for the transfer of force between the frame elements in a substantially horizontal direction.

Abstract: The invention relates to an apparatus for the determination of a concentration of a component to be measured in a gas, comprising a light source, a wavelength selection unit, a measurement cuvette, a reference cuvette arranged in the optical beam path in parallel thereto, at least one light receiver and an evaluation unit which determines the concentration from the signals of the light receiver, wherein the gas to be analyzed is supplied to the measurement cuvette, on the one hand, and, on the other hand, to the reference cuvette via an absorption apparatus which includes a substance which completely absorbs the component to be measured. Further, the component to be measured is H2S and a wavelength selection unit is provided for the selection of an absorption wavelength.

Abstract: The invention relates to an apparatus for the determination of a concentration of a component to be measured in a gas, comprising a light source, a wavelength selection unit, a measurement cuvette, a reference cuvette arranged in the optical beam path in parallel thereto, at least one light receiver and an evaluation unit which determines the concentration from the signals of the light receiver, wherein the gas to be analyzed is supplied to the measurement cuvette, on the one hand, and, on the other hand, to the reference cuvette via an absorption apparatus which includes a substance which completely absorbs the component to be measured. Further, the component to be measured is H2S and a wavelength selection unit is provided for the selection of an absorption wavelength.