Biogas

Distribution exclusively through HÖRMANN GMBH & Co. KG in Austria

Renewable energies play an increasingly important role. Biogas plants, in which both renewable raw materials and manure are fermented, have proven themselves in agriculture. Biogas plants have ecological and economic advantages. By using manure and dung as a free raw material, renewable raw materials (field crops), and organic waste from industry and commercial buildings for energy production, operators of biogas plants become permanently independent of rising raw material costs. In addition, they achieve profits from the sale of electricity and heat as well as the production of high-quality fertilizers.

Buildings can be combined arbitrarily
Various roof designs
Multi-storey possible
No fire wall between the hall and office due to optimized F30 construction method
Versatile use for almost all applications
Simplified, optimized work processes
Shortened communication paths
Improved working and operating environment

We are here for you – Write to us or call us

HÖRMANN GmbH & Co. KG
Bahnhofstraße 17
A-3352 St.Peter/Au, Austria
Tel.: +43 74 77 42 118 -0
Mail: austria@hoermann-info.com

The competent partner

For the construction of a biogas plant in Austria, adapted to livestock farming and available organic raw materials, Hörmann GmbH & Co. KG is your competent partner. We have the necessary know-how to perfectly utilize organic raw materials in synergy with energy production. Depending on the need, we offer various fermentation processes for you. Our product range includes small-scale agricultural plants starting at 25 kilowatts up to plants in the megawatt range. From consulting to planning to the realization of the construction project, we take on every task and handle the very complex official procedures for our customers.

20–30 kW Compact biogas plant

As an alternative to the round fermenter, we offer the labyrinth fermenter, which has already proven itself in manure technology. This type of fermenter includes a closed fermentation tank with forced substrate flow in a labyrinthine ring channel. The substrate is passed through a chopping/stirring tunnel with a submersible motor mixer, achieving efficient crushing and optimal mixing in one operation. The result is energy savings and better preparation of the substrate for biological degradation.

150-500 kW biogas plant
Ring-in-ring system

Implementation:

Storage-flow process in the ring-in-ring concept
Design of system-specific plants with future-oriented expansion possibilities

Advantages:

Minimal space requirement due to compact design
Low self-sufficiency in electrical and
thermal energy
Professional control of the entire plant with PLC technology
Low supervision effort and reliability through a high level of automation and online monitoring
Low maintenance and upkeep costs

25 to 500 KW BIOGAS PLANT_STORAGE_FLOW_SYSTEM_01 25 to 500 KW BIOGAS PLANT_STORAGE_FLOW_SYSTEM_02

25-500 kW biogas plant
Storage-flow system

Implementation:

Storage-flow process in a 2 to multi-tank system
Design of system-specific plants with future-oriented expansion possibilities

Advantages:

Use of existing end stores
Integration of existing tanks into the biogas system
Professional control of the entire plant with PLC technology
Low supervision effort and reliability through a high level of automation with online monitoring
Low maintenance and upkeep costs

100 kW manure biogas plant

Implementation:

Decentralized energy generation
Synergy use livestock– energy production
High self-sufficiency level
(electrical/thermal)
Healthy cycle:
Plant - Livestock - Fertilization - Soil

Good to know

From consulting to planning to the realization of the construction project, we take on every task and handle the very complex official procedures for our customers.

References Stall construction

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