Abstract: A method, computer system, and non-transitory computer-readable medium are provided. An energy domain data object is retrieved from a database. The energy domain data object was created using an energy domain software application based on collected energy data. The energy domain data object is embedded in a presentation file and is visualized by executing a presentation application using the presentation file. One or more parameters of the energy domain data object from the presentation file are adjusted. At a second point in time, an updated copy of the energy domain data object from the database is retrieved using the presentation file. A visualization of the energy domain data object is modified based on the updated copy of the domain data object.

Abstract: An intermediate cover of a filter housing of a filter for purifying liquids can be mounted in the filter housing for separating a filter receiving space for a filter insert from a centrifuge receiving space for a centrifuge separator by a rotary and/or insertion movement relative to an imaginary axis. The intermediate cover is provided with a portion of at least one clean fluid channel forming a fluidic connection between a clean fluid side of the filter insert and a fluid outlet of the filter housing for a purified clean fluid. The filter insert has a connecting device arranged at an axial end face and connectable to the intermediate cover. An outlet opening for purified clean fluid is arranged at the axial end face and corresponds with an inlet opening of the clean fluid channel of the intermediate cover. The outlet opening at least partially forms the connecting device.

Abstract: A liquid filter for detachable arrangement at a liquid circuit has a filter bellows and an outlet opening at the clean side. A stop valve downstream of the filter bellows closes the outlet opening in an unmounted state of the liquid filter. The stop valve is opened mechanically by a discharge socket of the liquid circuit in a mounted state of the liquid filter. An assembly with liquid circuit and liquid filter detachably arranged at the liquid circuit is provided. The liquid filter has a filter bellows, an outlet opening at the clean side, and a stop valve downstream of the filter bellows closing the outlet opening in an unmounted state of the liquid filter, wherein a discharge socket of the liquid circuit connects to the clean side and actuates and opens mechanically the stop valve of the liquid filter in the mounted state of the liquid filter.

Abstract: A method, comprising receiving input data representing a subterranean formation, defining a grid representing the input data, with the grid including cells. The method also includes identifying at least one of the cells in which kerogen is present based on the input data, simulating hydrocarbon movement within the kerogen using the grid, and generating a model of hydrocarbon expulsion to pore space based on the simulating.

Abstract: A graphical user interface described herein can allow a user to easily explore and interact with a complex software application in a distributed computing environment. In one example, a system can generate a graphical user interface (GUI) for display on a display device. The GUI can depict a topological view of a group of software components of a distributed software application in a distributed computing environment. The topological view can include a group of nodes representing the group of software components. Each node in the group of nodes can represent a software component and have a status indicator for at least one container pod including the software component. The topological view can also include at least one link between the group of nodes, where the at least one link represents at least one relationship among the group of software components.

Abstract: An exchangeable filter system is provided with an exchangeable filter module that has at least one fluid inlet, at least one fluid outlet, and a fluid path connecting the at least one fluid inlet and the at least one fluid outlet with each other. The exchangeable filter module is provided with at least one filter element for filtering a fluid. A flange element and a counter flange element are provided. The flange element is provided to releasably engage the exchangeable filter module and to releasably engage the counter flange element. A valve device is arranged in the flange element. The valve device blocks the fluid path when the flange element is in engagement with the exchangeable filter module and is disengaged from the counter flange element. An internal combustion engine is provided with such an exchangeable filter system to filter fuel, lubricant or urea.

Abstract: A method for performing a field operation of a field. The method includes obtaining, for each cell in a data volume, a permeability measure to represent fluid passing ability in a corresponding location in the field, generating neighboring cell combinations based on each neighboring cell combination including a connected portion of the cells, and the permeability measure for each cell in the connected portion satisfying a pre-determined threshold, selecting, from the neighboring cell combinations and based at least on the permeability measure, a selected neighboring cell combination having an optimal combined free advection measure, wherein the selected neighboring cell combination corresponds to an advection candidate region of the field, generating an equivalent thermal conductivity for the advection candidate region, and performing, based at least on the equivalent thermal conductivity, a basin modeling of the field to generate a modeling result.

Abstract: Automatic calibration for modeling a field includes performing model calibration iterations based on measurements of the field. Each model iteration includes obtaining, during the field operation, a current measurement of the field, generating likelihood values corresponding to model realizations of the field, where each likelihood value is generated by at least comparing the current measurement of the field to a modeling result of a corresponding model realization, selecting, based on the likelihood values, at least one selected model realization from the model realizations, generating, by at least adjusting a first input value of the at least one selected model realization, an adjusted model realization of the field based on the at least one selected model realization, and adding the adjusted model realization to the model realizations. Automatic calibration for modeling a field further includes generating a calibrated modeling result of the field based on the adjusted model realization.

Abstract: An intermediate cover of a filter housing of a filter for purifying liquids can be mounted in the filter housing for separating a filter receiving space for a filter insert from a centrifuge receiving space for a centrifuge separator by a rotary and/or insertion movement relative to an imaginary axis. The intermediate cover is provided with a portion of at least one clean fluid channel forming a fluidic connection between a clean fluid side of the filter insert and a fluid outlet of the filter housing for a purified clean fluid. The filter insert has a connecting device arranged at an axial end face and connectable to the intermediate cover. An outlet opening for purified clean fluid is arranged at the axial end face and corresponds with an inlet opening of the clean fluid channel of the intermediate cover. The outlet opening at least partially forms the connecting device.

Abstract: A filter element for filtering fluid has a filter medium surrounding an inner cavity extending axially in the filter element. An axially extending sealing connecting piece is arranged at an axial end of the filter element. The sealing connecting piece has an opening fluidically connecting the inner cavity to a fluid channel of a filter housing and also has a seal holder structure. A double concentric seal is arranged at the sealing connecting piece and closes a drainage channel of the filter housing. The double concentric seal has radially inner and radially outer sealing elements. One of the sealing elements has an elastically deformable sealing lip that extends away from the sealing connecting piece radially and axially toward the filter medium and can be pressed against a sidewall of the drainage channel of the filter housing. The other sealing element is an oil seal arranged in the seal holder structure.

Abstract: An exchangeable filter system is provided with an exchangeable filter module that has at least one fluid inlet, at least one fluid outlet, and a fluid path connecting the at least one fluid inlet and the at least one fluid outlet with each other. The exchangeable filter module is provided with at least one filter element for filtering a fluid. A flange element and a counter flange element are provided. The flange element is provided to releasably engage the exchangeable filter module and to releasably engage the counter flange element. A valve device is arranged in the flange element. The valve device blocks the fluid path when the flange element is in engagement with the exchangeable filter module and is disengaged from the counter flange element. An internal combustion engine is provided with such an exchangeable filter system to filter fuel, lubricant or urea.

Abstract: A filter element of a liquid filter has a filter medium surrounding an element interior with a radially inner and a radially outer circumferential side as inflow side for raw fluid and outflow side for clean fluid, respectively. A sealing element arrangement of a sealing device is arranged at a filter medium end face. The sealing device seals a fluid connection between a liquid discharge line of a filter housing and the raw fluid side or clean fluid side of the filter element. The sealing element arrangement has radially inner and radially outer sealing elements extending circumferentially relative to the element axis. The radially outer and radially inner sealing elements are concave, viewed from a pressure-loadable side of the filter element. The radially outer sealing element has a radially outwardly or inwardly extending sealing lip; the radially inner sealing element has a radially inwardly or outwardly extending sealing lip.

Abstract: Automatic calibration for modeling a field includes performing START model calibration iterations based on measurements of the field. Each model iteration includes obtaining, during the field operation, a current measurement of the field, generating likelihood values corresponding to model realizations of the field, where each likelihood value is generated by at least comparing the current measurement of the field to a modeling result of a corresponding model realization, selecting, based on the likelihood values, at least one selected model realization from the model realizations, generating, by at least adjusting a first input value of the at least one selected model realization, an adjusted model realization of the field based on the at least one selected model realization, and adding the adjusted model realization to the model realizations. Automatic calibration for modeling a field further includes generating a calibrated modeling result of the field based on the adjusted model realization.

Abstract: A method for performing a field operation of a field. The method includes obtaining, for each cell in a data volume, a permeability measure to represent fluid passing ability in a corresponding location in the field, generating neighboring cell combinations based on each neighboring cell combination including a connected portion of the cells, and the permeability measure for each cell in the connected portion satisfying a pre-determined threshold, selecting, from the neighboring cell combinations and based at least on the permeability measure, a selected neighboring cell combination having an optimal combined free advection measure, wherein the selected neighboring cell combination corresponds to an advection candidate region of the field, generating an equivalent thermal conductivity for the advection candidate region, and performing, based at least on the equivalent thermal conductivity, a basin modeling of the field to generate a modeling result.

Abstract: A filter element for filtering fluid has a filter medium surrounding an inner cavity extending axially in the filter element. An axially extending sealing connecting piece is arranged at an axial end of the filter element. The sealing connecting piece has an opening fluidically connecting the inner cavity to a fluid channel of a filter housing and also has a seal holder structure. A double concentric seal is arranged at the sealing connecting piece and closes a drainage channel of the filter housing. The double concentric seal has radially inner and radially outer sealing elements. One of the sealing elements has an elastically deformable sealing lip that extends away from the sealing connecting piece radially and axially toward the filter medium and can be pressed against a sidewall of the drainage channel of the filter housing. The other sealing element is an oil seal arranged in the seal holder structure.

Abstract: A filter element of a liquid filter has a filter medium surrounding an element interior with a radially inner and a radially outer circumferential side as inflow side for raw fluid and outflow side for clean fluid, respectively. A sealing element arrangement of a sealing device is arranged at a filter medium end face. The sealing device seals a fluid connection between a liquid discharge line of a filter housing and the raw fluid side or clean fluid side of the filter element. The sealing element arrangement has radially inner and radially outer sealing elements extending circumferentially relative to the element axis. The radially outer and radially inner sealing elements are concave, viewed from a pressure-loadable side of the filter element. The radially outer sealing element has a radially outwardly or inwardly extending sealing lip; the radially inner sealing element has a radially inwardly or outwardly extending sealing lip.

Abstract: A filter housing has a housing pot accommodating a filter element. The filter housing has a connecting element connectable by a rotary and/or plug-in connection for connecting the filter with a connecting device. The filter housing has a securing ring forming a cup-shaped attachment section with a circumferential free rim. By rotary and/or plug-in movement, the attachment section is attached to an insertion section of the connecting device. The attachment section is provided with a sealing receptacle of a circumferential sealing device. The sealing receptacle is open in radial inward direction and has a radial sealing surface. The attachment section is connected at the free rim with the circumferential wall of the housing pot by crimping. The securing ring provides a first axial stop surface for an annular seal. A stop ring, inserted into the securing ring, provides a second axial stop surface for the annular seal.

Abstract: A hollow filter element of a fluid filter has a filter element-associated retention/carrier device of a retention/carrier system retaining the filter element in a first housing section of a filter housing during installation/removal in or from a second housing section by rotation and/or insertion movement. The filter element-associated retention/carrier device has a retention/carrier part extending radially and circumferentially and has through holes adjacent thereto extending circumferentially so as to enable a filter housing-associated retention/carrier part of the retention/carrier system to pass through axially. This retention/carrier part has a tensile face extending circumferentially and radially on a side facing away from an end face of the filter element facing the first housing section. This retention/carrier part has a rear side in circumferential direction.

Abstract: The invention relates to a tank vent filter (70) that guides tank contents that have inadvertently reached the tank vent filter (70) through a downpipe (80) past a first filter (78) of the tank vent filter (70). A contamination of the first filter (78) is thus prevented by means of a space-saving arrangement. The downpipe (80) and the first filter (78) are preferably arranged rotationally symmetrically around the longitudinal axis of the tank vent filter (70) in order to achieve an especially compact design of the tank vent filter (70).

Abstract: A device and a method is disclosed for detecting an undesired escape of fluids, in that electric potentials are measured using a grid of non-polarizable measuring electrodes above an underground storage facility. Potential differences are determined in such a way that disturbances due to injection borehole or due to the exchange of fluids in the underground storage facility are eliminated. This is done either through the use of the symmetry of the potential distribution around the injection borehole in that the potential differences of pairs of measuring electrodes are observed whose mid-points coincide with the injection borehole or else through the computational simulation of the potentials that arise due to the fluid movement in the underground storage facility without a leak. These are then subtracted from the measured potentials. If the ascertained potential differences exceed a limit value, this is considered as an indication of a leak.