GeoFleX is a platform developed for building software applications that require the inventorying, monitoring and/or modelling of a large number of physical elements that occur in space as points, lines or surfaces. Such applications can be developed to suit the client, the problem and available data, in a short period of time, at low cost, and, with the guarantee of reliability, professionalism and user-friendliness.
Mapping and modelling of
(dangerous) emissions to water, discharged by various sectors
(dangerous) emissions to air emitted by various sectors
(de)centralized energy demand from different sectors
(de)centralized energy production by different (renewable) energy technologies
(additional) energy production potential, centralized/decentralized, by different technologies and a degree of realization according to different scenarios
Heat maps, showing locations where residual heat could potentially meet the heat demand of nearby industry, services, commerce, households, ...
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Important features
Geographically explicit, intermediate and final results presented on maps at high spatial resolutions
Interactively adjustable and expandable according to the needs and available data
Visualization and reporting of results at the level of adjustable (administrative) spatial subdivisions
Advantages
Customized applications
Simple and flexible solutions for complex spatial problems
High resolution, large spatial detail, built-in necessary GIS functionality, exportable maps and data
User-friendly, steep learning curve, possibility for tailor-made on the job training
The client becomes the owner of the application, fills and uses it (co-creation)
GeoFleX Products
WEISS has been developed to model emissions to the surface waters. At high spatial resolution the path of the pollutants from the source to the surface waters is mapped. The user decides on the pollutants that are modelled as well as on the detail and the subdivision of the sectors responsible for the emissions. WEISS pre-eminently supports the inventory, modelling, analysis and reporting of emissions to the surface waters in accordance with regional, national and/or European regulations. WEISS also allows to simulate scenarios with regard to technical and/or policy measures aimed at reducing pollution of the surface waters.
EISSA has been developed to model emissions to the air. At high spatial resolution, pollutants, caused by various sectors, are mapped. The user determines the spatial resolution at which the problem is modelled as well as the subdivision of sectors and subsectors that are inventoried. EISSA pre-eminently supports the inventory, modelling, analysis and reporting of emissions to air in accordance with regional, national and/or European regulations. EISSA also allows to simulate scenarios with regard to reduction of emissions.
The Dynamic Energy Atlas (DEA) has been developed in collaboration with EnergyVille to model energy demand and production in a spatially-explicit manner. All intermediate and final results are shown on maps at high spatial resolutions. The user also determines to a large extent the detail to tackle the energy issue: both centralized and decentralized demand and production, and both classic and renewable production technologies can be modelled. The DEA also offers insights into the potential for additional energy production per technology, whether or not taking into account current spatial, environmental and energy policies.
Customers
