Grupa KDM carried out, on commission from SGGW, a modern educational biogas plant at the Wilanów–Obory Agricultural Experimental Station. The investment combines renewable energy production with a teaching and research function, creating practical facilities for students and researchers. The project is part of the development of RES technologies and strengthens the competences needed by the economy of tomorrow. It is also an example of responsible infrastructure that supports the circular economy and responds to real environmental needs.
At Grupa KDM we specialise in the comprehensive delivery of construction projects – from technical infrastructure to industrial, public and commercial facilities. What sets us apart is our ability to deliver investments of a high degree of technological, legal and organisational complexity. This was precisely the nature of the project carried out for the Warsaw University of Life Sciences (SGGW) – the construction of a modern educational biogas plant.
This investment combined engineering, environmental and scientific aspects. It is a project that is part of the development of renewable energy sources, while at the same time supporting the education of future experts in the RES sector. Our involvement as general contractor covered not only technical delivery, but also active participation in developing solutions tailored to the needs of the university and the academic community.
A project of double value
A biogas plant is a RES installation with an unusual purpose. Its aim is not only to produce renewable energy, but also to support teaching and research activities. The infrastructure is used by SGGW students and researchers, gaining practical experience in biogas, methane fermentation technology and the processing of organic waste.
Building a biogas plant in this case is not only a technological project, but also an investment in developing competences key to the renewable energy market. That is why we are pleased that, as general contractor, we could take part in an undertaking that supports the green transition in a systemic way – combining education, science and the practical application of modern technologies.
Biogas as a stable, local energy source
According to data from Renewable Energy Institute, there are currently about 420 biogas plants operating in Poland, including more than 250 municipal and industrial ones and about 160 agricultural ones. Experts estimate that the national potential for developing this type of installation is as many as 2–3 thousand units, which – if biogas were converted into biomethane – would make it possible to cover up to 15% of national natural gas demand.
Biogas plants are seen as investments resistant to market volatility, based on local resources and consistent with the principles of the circular economy. Their importance is growing in the context of decarbonisation policy and the energy independence of regions and cities.
Investment challenges require an experienced contractor
Building a biogas plant is a multi-stage process burdened with investment risk. Regulatory problems – including the lack of stable support mechanisms for biomethane production and uncertainty about guaranteed tariffs – still constitute a significant market barrier. An additional challenge may be social opposition, often resulting from a lack of knowledge rather than from substantive grounds.
At Grupa KDM we have experience in running complex infrastructure projects, including in the area of RES installations. Thanks to this we can manage risk effectively, maintain transparent communication with stakeholders and ensure that the investment complies with applicable technical, environmental and legal standards.
In the energy investment market, it is increasingly not only delivery time and technology that count, but also the ability to fit a project into a broader social and educational context. This is exactly the model implemented in the project for SGGW.
Responsible delivery, real value
The construction of the biogas plant for SGGW is an example of an investment that brings real benefits not only to the environment, but also to the academic community. The project is a model example of how local energy sources can become an educational and technological tool supporting the development of the labour market, innovation and energy independence.
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