Since October 2023, FIELAX GmbH has been working on the development of a new heat flow probe in a project funded by the Federal Ministry for Economic Affairs and Energy as part of the “Maritime Research Program” funding measure. This is to be used primarily to determine thermal conductivity in marine sediments along cable routes for offshore wind farms or interconnectors, i.e. power lines connecting several countries. The thermal conductivities are used, among other things, for the dimensioning of the power cables. FIELAX GmbH has many years of experience in this field, so that existing practical and theoretical company know-how can be used to make this technology fit for the future. This includes in particular the use of modern hardware and software components for data acquisition, which make the technology so robust and powerful that simple, fast and successful offshore use can be guaranteed. Read more
Software Development
FIELAX helps with archive migration
The Archive of the German Polar Research (AdP) of the Alfred Wegener Institute is to be integrated into the Archive Information System of Lower Saxony and Bremen. FIELAX is providing AWI with programming support for the implementation: By the end of the year, all AWI archive records will be transformed into the new format and can then be found on the Arcinsys website. In the new archive system, all archive objects will be organized in a uniform and clear manner and will be easy to find using an online search. We are delighted about the close and successful cooperation with the Alfred Wegener Institute and the Lower Saxony State Archives.
Demonstrator for deep-sea pump system “Seafeather” – developed by FIELAX and AWI – successful first deployment in the Kermadec Trench
FIELAX and the Alfred Wegener Institute work together in the joint project "SeaFeather 10k" funded by the Federal Ministry for Economic Affairs and Energy (FKZ 03SX480C). The goal is to develop a new, innovative deep-sea pumping system up to water depths of 10000m. The new system should enable various control options via measured values of additional sensors (e.g. pressure, conductivity, temperature), have modern battery technology and be intuitive to operate.
After test runs in a pressure tank and in the North Sea, the system was used for the first time under real conditions during the cruise SO289 of research vessel ‚FS Sonne‘. In the Kermadec Trench, approx. 500 liters could be successfully pumped through at almost 6000m within 1 hour. Pumping performance, filter pattern, battery performance, manageability and operation of the system as well as the data sets obtained met all set requirements. In the remaining term of the project, work is to be done on the development towards a prototype.
Feasibility study: Knowledge database
The digitization of facts and figures is nothing new these days. "Soft knowledge" such as customer preferences or general experience values, on the other hand, is often only in the heads of individual people.
In the "Knowledge Database" project, a modular framework was created whose module scope is constantly growing due to increasing customer requirements and automates a large part of the backend programming. This enables FIELAX to offer a product with which small and medium-sized companies can securely archive "soft" data and make it usable.
This project was financially supported by the European Regional Development Fund (ERDF)
Software Development
With our IT-team of experienced analysts and programmers FIELAX offers customized software solutions designed specifically for scientific datasets and devices.
- Software for managing and processing temperature dataWeb applications using database access
- Web mapping applications and OGC web services (WMS, WFS)
- Data interfaces
- GIS tools, add-ins and tool boxes for ESRI ArcGIS
- Desktop application e. g. for Windows
- Scriptbased processes and tools
- Microprocessor applications and embedded systems
- 3D temperature evolution models
- Software for managing and processing temperature data




