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We generate power in a clean and sustainable manner by making use of natural resources. We develop our own technology and products for harnessing the energy of biomass.
This biomass is obtained from forestry, farming, animal breeding, fishing, and industrial activities. We research and develop technology to harness the electrical and/or thermal energy locked inside all these types of biomass.

Gasification. Process

Biomass gasification is a set of physicochemical processes that help to transform solid biomass into a combustible gas suitable for use in power generation systems (e.g. engines).

We tackle this process as a whole, working to develop technology for the different stages thereof: gas generation, gas conditioning, and power generation.

The raw materials used range from lignocellulosic (forest) biomass to agricultural waste.

The power generated can be of an electrical and/or thermal nature. The higher the degree of co-generation, the greater the profitability of the plant.



Gasification. Research

We have theoretical and experimental tools at our disposal to perform gasification technology research and development, the following among them:

  • Experimental plant in Mojados, Valladolid (Spain) (100kWe).
  • Lab equipment for fuel mixture characterisation.
  • Software and models for simulating the behaviour of engines with different fuel mixtures.

These means have enabled us to develop our own small-power gasification technology.

Gasification. Our product

As a result of our research, we have developed our own product for the generation of electrical and thermal power based on biomass gasification with fixed-bed and parallel-flow technology and the use of the resulting gas in reciprocating internal combustion engines.

This product, conceived for small-scale electrical and thermal power generation (100-150kWe modular plants), is designed to make the most of the biomass energy by means of co-generation and automatic plant operation.

This modular plant design allows undertaking higher power projects by combining several generation modules.

The main advantages afforded by their small size are the possibility of maximising the use of thermal power, the simplification of supply logistics, and the chance for biomass producers to secure investment




The use of biogas from the anaerobic digestion of organic waste matter for power generation is a clean, sustainable alternative to the use of conventional energy sources.
By using theoretical and experimental tools we can characterise, simulate and design applications and processes to optimise the use of biogas.
A practical result is that these technologies can be developed and integrated into industrial applications and power generation systems (e.g. engines).


Other technologies


We research the power generation potential of microalgae-derived biomass by developing technologies for growing microalgae and transforming their biomass into alternative fuels.

Forestry machinery

We develop technology for collecting forestry and farming waste biomass and processing it in situ.


We research new processes and raw materials for obtaining high-quality pellets. We have experimental facilities in which to conduct this type of research.

Biomass boilers

We are continuously developing new biomass-boiler concepts for home applications that improve on the performance of systems currently on the market



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Cidaut Foundation (Headquarters)
Parque Tecnológico de Boecillo, Plaza Vicente
Aleixandre Campos nº 2

47151 Boecillo (Valladolid) Spain
Cidaut Latin America
1er. Retorno Osa Menor No. 2, Oficina #403
Col. Reserva territorial Atlixcayotl, C.P. 72810
San Andrés Cholula, Puebla, México.
Cidaut Deutschland GmbH
Schlüterstrasse 17
10625 Berlin
Red de Puntos de Información
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