Our projects

Concept for expansion/flexibilisation of biogas plant and supplying the city with renewable energies

Concept for expansion/flexibilisation of biogas plant and supplying the city with renewable energies

Feasibility study for conversion to renewable energy supply Vegetable farm

Feasibility study for conversion to renewable energy supply Vegetable farm

Bioenergie Oberriexingen GmbH Co. KG

Bioenergie Oberriexingen GmbH Co. KG

Bioenergy from Welleshof GmbH

Bioenergy from Welleshof GmbH

Biogas Plant Asum NawaRo AG

Biogas Plant Asum NawaRo AG

Biogas plant Baasdorf

Biogas plant Baasdorf

Office building Regenstauf

Office building Regenstauf

Sewage sludge drying Reuth

Sewage sludge drying Reuth

Biogas plant Zirngibl with sewage sludge drying

Biogas plant Zirngibl with sewage sludge drying

Paulushofen sewage sludge drying

Paulushofen sewage sludge drying

Bördegarten – Carrot washing hall / Carrot cooling hall

Bördegarten – Carrot washing hall / Carrot cooling hall

Greenhouse Reichenspurner

Greenhouse Reichenspurner

Concept for expansion/flexibilisation of biogas plant and supplying the city with renewable energies

In Grafing near Munich, engineering firm Rückert developed a concept for expanding and flexibilising the biogas plant and supplying the town’s heating network with renewable energies (biogas and PV in combination with gas, heat and electricity storage)
The biogas plant of BioEnergie Grafing AG was planned by Ingenieurbüro Rückert in 2009 and since then has reliably supplied the CHP units of the town’s heating network with approx. 10 km of pipework. Our current feasibility study is looking at increasing the proportion of renewable energy in the heating network by expanding the existing CHP plant with the associated authorisation issues for the preparation of a development plan. Various expansion scenarios present realisable variants for CHP, heat and gas storage, dimensioned for the flexible use of biogas.
The second focus of the study is on concept development for the optimal combination with potentials for the integration of PV electricity via direct feed-in, electricity storage or hydrogen or methanisation technologies. The PV potential available on available areas was quantified and the feasibility of the technology options was assessed on the basis of a profitability analysis.

Our activities:

Inventory analysis, potential analysis, scenario development, proposals for measures, rough dimensioning, preparation of authorisation, support in the preparation of a development plan