One of our lines of work is the participation in collaboration projects for the development of models or tools oriented to the improvement of products or processes.

To do so, we associate with other companies or institutions, with whom we collaborate closely to achieve the aimed objectives. In this sort of projects, financing may come both from private initiatives or by the participation in public financing projects.

Next, we show some examples of this kind of projects:

Optimization of the heat exchanger in a biomass boiler

In collaboration with Biocurve and the University of Zaragoza.
Work developed within the Europan project Cloudflow, under the 7th Framework Programme financed by the European Union.

Now, Biocurve‘s boiler is 30% smaller, new models come to market 4 months earlier and each new design cycle is 23.000€ cheaper. All that thanks to the use of the developed CFD tool in the context of the European project Cloudflow.

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Micrositting of small wind turbines in urban environments

In collaboration with Kliux Energies, Gompute and the University of Zaragoza.
Work developed within the European project Fortissimo2, under the H2020 initiative financed by the European Union.

The micrositting of wind turbines in cities is critical. The use of weather reanalisys models and fluid simulation allows to decide the optimal placement to maximize the energy generation and achieve a fast amortization. The European project Fortissimo2 has provided the opportunity to develop this tool.

Do you want to know more details about the project?

Optimization of the manufacturing process for hybrid solar panels

In collaboration with Endef, IT4 Innovations and Innsomnia.
Work developed within the European project Cloudifacturing, under the H2020 initiative financed by the European Union.

During their manufacturing process, the hybrid panels are put into an oven which operation depends on each model. With CFD and optimization algorithms, a tool is being developed within the CloudiFacturing project, which will define the optimal temperature ramp. It is expected that the production increases a 20% while the manufacturing energy consumption decreases.

Do you want to know more details about the project?

Digital twin for biomass biolers

We have received aid for the development of this European project within the framework of the H2020 program funded by European Union.

The modeling of biomass boilers using fluid simulation techniques is complex and often inaccessible for companies that may require it in their design or operation management processes. At DT4Biomass we have developed an accurate and affordable model for the simulation of biomass boilers using computational fluid dynamics techniques.

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Do you have an idea and you think that we could help each other?

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