We at agriKomp have been developing groundbreaking biogas systems since the middle of the 1990's. Up to now we have implemented with our customers more than 800 biogas plants with a total installed capacity of around 250 MWel. It was, and is still today our goal to make it possible for agricultural businesses to enter the energy market, quickly and with minimum outlay
Visit us on:
agriSelect® – this is how we have christened our biogas plant with system. “Select” stands for carefully selected components paired with a wide range of choices. Brand components intelligently arranged and flexibly combinable. If you wish, also with your own contribution.
The compact biogas plant can be built in just a few weeks. Pre-assembled modules, turnkey technology and CHP container, unique Formprotect® tank construction system and the deployment of an experienced on-site supervisor ensure that the installation of the plant progresses quickly.
Standardised system configurations equipped with proven agriKomp brand technology are the foundation. You can configure your agriSelect® individually according to your needs with our proven agriKomp brand components and a wide range of additional packages and options:
Digester construction in Formprotect® design or conventional, Biolene® single-layer membrane or double membrane roof, CHP containers with various agriKomp CHP units of the BGA series, technical and intermediate space containers as well as submersible or paddle agitator. The visually appealing containers are of concrete construction and prefabricated and are therefore quickly ready for operation.
The agriSelect® can be operated with 100 % liquid manure. By upgrading the agriSelect with Vielfrass® solid feeder and Paddlegigant® paddle agitator, it can also be operated with solids (e.g. energy crops, agricultural residues, etc.) and even with 100 % manure.
Our comprehensive component portfolio enables a wide range of different system configurations. The exclusive use of our proven components ensures model consistency. This gives you a high degree of security and the necessary flexibility. This is how individual biogas plants are created, tailored to the respective operational requirements.
Plant capacities from 55 kWel to 2.5 MWel and more are possible – whether with a CHP or an upgrading to biomethane.
We develop and manufacture an individual and highly economical solution for you that meets your vision and needs; the result is what we call an „Indi“ plant“.
The special feature: its mobility makes it highly attractive for alternative financing solutions, such as leasing or investor models. The ready-to-use slurry plant, including the digester, is delivered by truck in a standard container and connected to the existing slurry system. We have made the generation of electricity from biogas even easier for you. Our slurry plant is a compact powerhouse with everything already inside. It allows you to quickly and efficiently utilize the monetary value of liquid manure and dung – without any major construction work. The strong remuneration for high manure percentages since the EEG 2014 make the generation of energy from biogas extremely profitable for livestock farms. By using the CHP waste heat, you additionally save heating costs.
For the utilization of solids and NawaRo, it is equipped with the “Vielfraß Top” solids feed system. Residual gas potential can be efficiently utilized by means of a covered digestate storage system. A powerful, energy-saving paddle agitator ensures good mixing that is gentle on bacteria. With a sophisticated concept for heat recovery, around 40 – 50 % of the CHP waste heat is available for heating buildings. As with all biogas plants from agriKomp, only our cogeneration units are used to generate electricity. They stand for high availability and absolute reliability!
The storage and use of slurry and digestate is leading to an increasing financial burden for biogas plant operators. Most of the processes currently available on the market work on volume reduction and concentration of nutrients. So far, however, no process has been able to remove excess nitrogen from agriculture.
The innovative agriKomp complete treatment process
offers an economical solution to the nitrate problem with simultaneous volume reduction. In this process, nitrogen- containing digestate is treated by an evaporation process in combination with reverse osmosis.
与现有流程相比,有价值nutrients are obtained in the form of marketable products. The concept is also characterised by high environmental compatibility, as the addition of chemical additives have been reduced by 90 %. Our treatment process significantly improves profitability, protects groundwater and offers sustainable resource management.
The innovative and sustainable agriPure® biogas upgrading plant was originally developed by agriKomp in 2015.
The biogas upgrading process converts biogas produced by anaerobic digestion into biomethane using special membranes. There are several pre-treatment steps to clean and condition the biogas. The biogas is then compressed before entering the membranes which are used to separate the methane (CH4) and carbon dioxide (CO2) gases at a molecular level. After this upgrading process, the product biomethane can be sent to the gas grid or further compressed or liquefied for use as transport fuel.
In general, biomethane can be used after biogas upgrading wherever natural gas is also used. Both variants are chemically equivalent and differ only in their either fossil or biogenic origin. This opens up a wide range of possible applications.
With agriPure®, we offer a complete solution for anaerobic digestion and biogas upgrading: from biogas plants to biogas pre-treatment to biogas upgrading systems. agriKomp is the right choice for your project!
The result is a first-class, coordinated installation of different components. With a wide-ranging service network, experienced service technicans and good spare parts availability, your agriPure® plant will receive a well-coordinated and reliable service support, providing the best opportunity for a long and trouble-free plant lifespan.
With the agriPure® upgrading process, we can realise a broad spectrum from small to large biogas upgrading plants. Due to the high flexibility of the process, the membrane technology can be easily adapted to changing volume flows and gas compositions. The standard output range of our agriPure® extends from 150 Nm3/h – 2,000 Nm3/h raw gas.
The holistic and visionary way of thinking of the company‘s founders Robert Bugar and Michael Engelhardt still decisively shape the agriKomp components for biogas plants today. The name agriKomp stands not only for efficient technologies, but also for innovation and practicality.
Pioneering systems such as the Paddelgigant® agitator or the Biolene® gas storage, which were introduced to the market in 2002, are just a few examples of brilliant engineering achievements from agriKomp research and development.
The agriKomp group develops and manufactures all essential components of a biogas plant in its own network. This guarantees absolute reliability and consistently excellent quality. Key components such as the Quetschprofi® separator, the Paddelgigant® agitator and the robust Vielfraß® feeding technology have set international standards in terms of stability, reliability and energy efficiency.
Agitators play a central role in biogas plants. They ensure equal mixing and temperature spreading of the digester load, an even supply of raw materials to the bacteria and that the biogas is stirred out of the substrate.
PROVEN AGITATOR FOR DIGESTERS
The Paddelgigant® from agriKomp, which was already introduced to the market in 2002, is one of the most widely used agitators in biogas plants and has proven its high efficiency in numerous applications. The Paddelgigant ® is available for a wide variety of tanks, whether in different installation heights or also in different lengths of the agitator shaft.
FREE SUBSTRATE SELECTION
The Paddelgigant® is a slow-running large agitator that mixes the substrate according to the tank size and the medium in the digester. The bacteria continuously receive new feed and the anaerobic degradation of biomass can proceed undisturbed. The Paddelgigant® was specially designed for structurally substrates and high dry matter contents. This opens up a wider range of feedstock for biogas plant operators and avoids the need for substrate preparation (shredding, chopping, etc.).
The feeding of digesters has a key role in the economic and efficient operation of a biogas plant. A safe and reliable – and for the respective biogas plant – optimal solids feeding can increase the gas yield. At the same time, it ensures lower energy consumption and reduces wear on agitators and pumps.
Free choice of feed is available since 2003 with our Vielfraß®!
In order to be able to vary the substrates to be placed, it is becoming increasingly important to select a placement technique that can also handle substrates that are difficult to convey without any problems.
THE BASIC PRINCIPLE OF THE VIELFRAS®
Trouble-free feeding of the digester is a challenge for technology. For example, renewable greens often contain stones and sand, which can increase wear and malfunctions. Feeding solid manure and long-fibre grass silage can also push some technology to its limits.
The Vielfraß® solids feeding system developed by agriKomp is specially designed to meet these challenges. The basic principle is two counter-rotating screws with knives, also called dissolving screws, which ensure loosening and mixing of the substrate.
FLEXIBLE FEEDING TECHNOLOGY – NUMEROUS OPTIONS
The Vielfraß® can be individually adapted to the system size by installing extension modules. The Vielfraß® Standard can be expanded with up to 4 extension rings to a capacity of up to 12 m³.
Our variants with push-off trays offer even more feed volume. Additional feed options allow adaptation to the most diverse substrate conditions. If, for example, more than 50 % solid manure is fed, the Vielfraß® can also be equipped with an additional third disintegrating screw with fangs. Our Vielfraß® LEF, which works with moving floor / walking floor technology, can also be equipped with a Premix unit.
Considerable amounts of substrate are moved during the operation of biogas plants. By means of a solid/liquid partition (separation) of the digestate can achieve several advantages for the operator in terms of transport, storage and energy consumption.
With the help of the innovative Quetschprofi® separation technology, digestate can be processed economically up to a desired dry matter content of over 25 percent. Every biogas plant can be optionally equipped with a Quetschprofi®. This enables seamless retrofitting of the plant for value-added utilisation of the digestate.
底物是美联储通过偏心螺杆泵that pulls in the substrate. A robust press screw drives the substrate through a rigidly mounted, fixed slotted filter screen and presses it against the press cone. As a result, the liquid part of the substrate is drained off via the slotted filter screen. The solid part is conveyed out towards the front against the press cone. The minimal distance between the press screw and the slotted filter screen ensures low wear and a long service life of the screen. The dry matter content of the solid fraction can be adjusted from 15 % to over 25 % by means of the infinitely variable contact pressure, which can provide up to 15 % additional storage capacity. Due to the low connected load of the electric motor, the system works in a very energy-saving way.
Save yourself time and effort with the formwork system exclusively available from us for a wide variety of concrete structures! With the new system, containers up to a diameter of 40 metres and with wall thicknesses of approx. 5 – 30 cm are created in free design with a sophisticated technology and the highest demands.
Additional coating, insulation and impregnation, is not necessary as all elements are already integrated. The system is absolutely gas- and water-tight as well as acidresistant. The exterior wall does not need to be insulated, painted or cladded with wood.
Formprotect® is also available as a revision system, e. g. for the renovation of existing tanks. During refurbishment, profile rails are placed at specific intervals over the entire surface of the concrete wall. Then the formwork structure is built up from special brackets and formwork panels. The cavity between the concrete wall and the formwork is filled with lightweight concrete, resulting in a strong and stable bond.
Flexible and efficient biogas plant operation is closely related to the storage of biogas. The biogas production in the digester is subject to fluctuations, especially if the biogas plant is operated in a flexible or demand-oriented mode.
Our single-shell Biolene® biogas storage membrane, proven thousands of times in practice, is an economical solution for your biogas plant. Biolene® is a gas storage tank and tank cover in one and thus offers a highly efficient solution for small agricultural and industrial biogas plants.
Due to weather influences, high demands are placed on the outer skin of the digester roof. Our Biolene® meets these high demands: it is made of high-quality EPDM rubber. The material impresses with its UV, ozone and temperature stability, is highly elastic and durable.
Depending on the biogas production, the operating mode of the CHP unit or due to maintenance, the stored gas volume changes constantly. The flexible outer skin rises and falls depending on the filling quantity and the filling level is always immediately visible. In addition, it is possible to precisely determine and evaluate the fill level with the help of an electronic fill level measurement.
A wooden beam ceiling serves as a substructure. The laid planks and the ceiling are a very large colonisation area where sulphur bacteria can settle. The biogas produced is thus cheaply and reliably pre-desulphurised.
akCockpit web应用程序是完全溶解tion for monitoring and controlling biogas plants. Process, feedstock and feeding quantity, gas quality, results of laboratory tests, CHP or biogas upgrading: akCockpit collects all important information about your plant at a glance and saves a lot of time.
akCockpit web应用程序是完全溶解tion for monitoring and controlling biogas plants. Process, feedstock and feeding quantity, gas quality, results of laboratory tests, CHP or biogas upgrading: akCockpit collects all important information about your plant at a glance and saves a lot of time. Target-performance comparisons and analyses of historical data facilitate the assessment of the technical and economic efficiency of your biogas plant.
akCockpit很容易通过web浏览器访问nd optimised for use on mobile devices (smartphone, tablet, etc.). You do not need to install any additional software. aKCockpit can simply be integrated into the operation of the plant, e.g. for entry or operating data acquisition directly at the respective component, for remote monitoring of the plant or for data analysis in the office.
Our contribution to the circular economy in the agricultural sector. Our solutions get the most out of your biogas and digestate. Put your trust in over 20 years of experience and innovative strength.
The agricultural industry is a significant consumer of fossil fuels and chemical fertilizers. It is the objective of most countries through government policy to reduce this reliance from an environmental and sustainability perspective. Renewable energy sources are simply inexhaustible – we only have to use them!
In the early 1990’s, the first framework conditions were created in Germany in order to promote the development
of renewable energy systems. The introduction of the “Erneuerbaren Energien Gesetz” (EEG – Renewable Energies Act) in 2000 allowed the development of the highly progressive “Renewable Energy” Industry. Today, approx. 50% of the German electricity consumption is already being produced from renewable energy sources.
Combined heat and power units (CHP), with their versatile applications, currently represent an economical and efficient climate protection technology. All CHP units work according to the principle of combined heat and power (CHP), a decentralised generation of electricity and heat available directly on site where it is consumed. agriKomp offers you customised energy concepts for CHP applications. We develop optimised CHP units with modern engine technology from renowned manufacturers, such as SCANIA, in the small and medium power range.
agriKomp offers you customised energy concepts for CHP applications. We develop optimised CHP units with modern engine technology from renowned manufacturers.
55 KWel – 80 KWel
The robust and reliable biogas unit series 086 (BGA 086) for the small power range has been a proven and popular agriKomp development since 2014. In the capacity class from 55 kWel up to 80 kWel, the combined heat and power unit is an ideal solution for small-scale farm-based biogas plants. Small farms benefit from a long CHP operating period, a stable running performance and a high availability of spare parts.
80 KWel – 150 KWel
Our CHP series BGA 095 is optimized for best possible performance and availability. The BGA 095 is a frequently chosen CHP unit in the smaller power range and a good addition for the expansion of a biogas plant.
150 KWel – 265 KWel
With the CHP series 136, first manufactured in 2016,
we serve an essential and popular power range. The
gensets are available in 3 versions: from 150 to 195 kWel, 200 to 250 kWel and 250 – 265 kWel.
300 KWel – 350 KWel
We introduced the large, stable and reliable 222 biogas genset series to the market in 2008. Since then, the strong and powerful series has been appreciated by our customers and is often installed in the power class up to 350 kWel. The CHP units have established and proven themselves not only in Germany, but also internationally with large agricultural businesses. They are extremely efficient and are also extremely easy to maintain.
Up to 530 KWel
The powerful unit from our portfolio impresses with its
stable and robust design. Due to its space-saving MAN
12-cylinder V-engine and high availability, it is a frequently chosen CHP unit in the medium output range.
产生的沼气是一种混合的约。50 - 75 % methane, 25 – 50 % carbon dioxide plus trace gases such as hydrogen sulphide, oxygen, nitrogen, ammonia, and hydrogen. Biogas can be used to generate electricity and heat in CHP units but often the full energy potential is not utilised. By upgrading biogas to biomethane, this full energy potential can be realised along with many other positive characteristics and possible applications.
Biogas can be used to generate electricity and heat in suitable CHP units. This type of utilisation is, however, strongly location-dependent and does not tap all the advantages of this primary energy source. By upgrading biogas to biomethane, many other positive properties and uses can be developed.
The biogas produced, also called raw gas, is first subjected to pre-treatment which removes impurities from the biogas input before it enters the compressor and separation membranes. It includes gas drying, activated carbon filter and pre-compression.
In the subsequent upgrading process, the
二氧化碳和其他气体包含在原始沼气基于“增大化现实”技术e separated using membrane technology. The upgraded gas contains up to 99% methane and is now called biomethane or bio natural gas. The other separated gases such as CO2 and H2 can be utilised for further applications.
Our contribution to the circular economy in the agricultural sector. Our solutions get the most out of your digestate.
We have realized about 1.000 biogas plants with a total installed capacity of about 300 MWel with our customers so far. Take a look at our selection of reference plants from the areas of biomethane, biogas plants and farm biogas plants around the world.
AGRIPURE
Commissioning: 2019 Inst. capacity: 265 Nm³/h biogas
