PLanET profile

PlanET Biogastechnik GmbH 

Driven by pure Energy 

PlanET Biogastechnik GmbH is one of the leading biogas plant manufacturers worldwide. 

Founded in 1998 PlanET Biogastechnik GmbH has almost 15 years of experience in the design 

and construction of agricultural, Waste-to-Energy and Biomethane biogas systems. PlanET 

offers customer focused concepts as well as reliable and efficient biogas technology for the 

national and international market. 

Our portfolio covers all areas of the biogas technology: from the initial planning stage, design 

and construction to technical and biological service and support. Furthermore our research 

and development department is constantly working on new technologies to increase the reli- 

ability and efficiency of the biogas process and technology. 

Over 230 employees are working in the company‘s headquarters in the Münsterland area in 

the West of Germany and in our international branches in the Netherlands, France and Cana- 

da. PlanET has constructed more than 300 biogas plants and several Biomethane plants 

worldwide. 

Range Range of of services 

services 

Our core competences are the design and construction of AD systems and its components 

such as the PlanET Vario solid feedstock charging system, agitating systems (e.g. PlanET eco 

paddle, PlanET eco mix), roof construction (Planet eco cover), the PlanET Gorator® and PlanET 

DesiUs micro-crushing systems, the substrate technology, automation and monitoring. 

For further information please contact: +49 (0) 151 / 18 81 05 07 

PlanET Biogastechnik GmbH � Up de Hacke 26 � D-48691 Vreden 

www.planet 

www.planet-biogas.com 

www.planet biogas.com 

Company profile 

Version August 2012 

1

Use our technical and biological advice 

to increase effi ciency PlanET Biogastechnik GmbH 

We analyse biological processes and look at technical requirements 

and data. Finally we evaluate and recommend technical 

and biological solutions to increase the reliability, effi ciency and 

therefore the feasibility of your plant. 

Technical Service and Plant Management includes 

• Service hotline 365 days a year, 24 hours a day 

• Technical service and maintenance of plant components and 

CHP-units on-site 

• Supply of spare parts 

• Remote maintenance (monitoring) 

• Consulting service for new technologies or plant extension 

Biological Service includes 

• receive sample tubes and send in your substrate by post 

• range of analyses of feedstock and digestate 

• evaluation and interpretation of results 

• providing nutrients and additives for a stable biological 

process 

PlanET Biogastechnick GmbH is one of the world’s leading biogas 

plant manufacturers with nearly 15 years of experience. Our portfolio 

includes everything from design and planning over construction 

to service and maintenance. 

The product range includes farm-scale biogas plants for energy 

crops and farm fertilisers as well as ‘Waste to Energy‘ projects for 

industrial waste. 

The power capacity of the already constructed AD systems ranges 

from a few kilowatts to several megawatts. With roughly 300 completed 

plants worldwide we are your reliable partner for your successful 

project. 

For more information please contact our UK team 

Branch Essen 

Girardetstraße 2-38 

D-45131 Essen 

Stephan Hoffmann 

Tel.: +49 (0) 201 / 24 49 83 - 34 

Mob.: +49 (0) 151 / 18 81 05 07 

s.hoffmann(@planet-biogas.com 

Tom Spilman 

(Responsible for the North) 

Lodge Farm, Helperby, York 

YO61 2PW 

Tel.: + 44 (0) 14 / 233 60 159 

Mob.: + 44 (0) 79 / 737 46 040 

t.spilman@planet-biogas.com 

Tom Knitter 

Tel.: +49 (0) 201 / 24 49 83 - 18 

Mob: +49 (0) 160 / 802 93 62 

t.knitter(@planet-biogas.com 

Jerry Engelbrecht 

(Responsible for the South) 

Courtwood Farm, Sandleheath, 

Fordingbridge, Hants 

SP6 1 QD 

Tel.: + 44 (0) 14 / 256 56 466 

Mob:: + 44 (0) 79 / 660 65 583 

j.engelbrecht@planet-biogas.com 

Driven by 

pure energy 


Up de Hacke 26 

48691 Vreden 

Germany 

Fon: +49 (0) 2564 / 39 50 - 0 

Fax: +49 (0) 2564 / 39 50 - 50 

www.planet-biogas.com

Modular construction offers 

maximum fl exibility Agricultural Biogas Plants Co-fermentation Plants 

Thanks to our innovative modular construction PlanET SYSTEMBIOGAS, 

PlanET Biogastechnik offers biogas plants with maximum felxibility 

in regards to repowering. 

All components are equipped with connection-ready interfaces 

(plug and play), meaning that expansions or changes can be 

made easily and cost-effectively at any time. 

Furthermore the biogas upgrading and gas grid injection technology 

can also be implemented at already existing plants. 

Biogas plants which digest agricultural residues (e.g. cattle slurry, 

poultry litter) and energy crops (e.g. grass or maize silage) have 

proven themselves in many PlanET projects. Electricity and heat 

from the biogas can be used on site for the farm (energy independency). 

By selling the surplus electricity and heat, farmers 

make an additional profi t. 

PlanET on-farm biogas plants are tailor-made and meet the needs 

of agricultural farm in order to integrate a plant in an already existing 

business successfully. Our experience and advanced technology 

ensure a customer focused concept (planning, design and 

operation) for an effi cient, reliable and economically viable operation. 

PlanETs fi rst on-farm AD plant in Herefordshire was commissioned in 2011 and uses 

maiz silage, broiler manure and cattle slurry. 

PlanET co-fermentation plants convert energy-rich organic waste 

(e.g. food waste, slaughterhouse waste, dairy products, fl otation 

fat) into electricity and heat. 

The construction of a co-fermentation plant is therefore a worthwhile 

alternative for many industrial operations. Waste management 

expenses drop, the generated electricity and heat can be 

used in their own facilities and surplus electricity can be fed for a 

fi xed price into the public grid. 

PlanET Biogastechnik has already built successfully numerous cofermentation 

plants worldwide and gained essential experience 

in their design and operation. 

PlanET Waste-to-Energy co-fermentation plant 

PlanET eco hyco 

hygienisation unit for 

co-fermentation plants

Biogas Biogas Biogas plant plant Great Great Ynys 

Ynys 

Orcop, Orcop, Herefordshire, Herefordshire, England 

England 

Plant Plant Concept Concept and and Supplier 

Supplier 


Operator 

Operator 

Ynergy Ltd. 

Commissioning 

Commissioning 

2011 

Inputs 

Inputs 

Maize silage (approx. 3.700 t/a) 

Cattle slurry (seasonal, approx. 1.000 t/a) 

Broiler manure (approx. 600 t/a) 

Technical Technical Data 

Data 

Solid Solid Solid charger: charger: PlanET Multirotor Vario 28 m³ incl. auger system, weighing cells, automation 

and system monitoring; critical components are made of stainless steel 

Digester: Digester: d = 18 m, h = 6 m; V = 1,526 m³, with wall and base heating, wooden ceiling, 

PlanET gas storage roof (double membrane incl. desulphurification and gas regulation) 

Agitators: PlanET eco paddle (15 kW incl. frequency converter), PlanET eco turbo (13 kW) 

Digestate Digestate Digestate storage: storage: d = 21 m, h = 6 m; V = 2,078 m³ incl. tanker connection 

Agitators: Two PlanET eco turbo (13 kW) 

CHP: CHP: 250 kWel. /300 kWth. MAN 8-cyinders gas engine including gas analyser 

Technical Technical Container: Container: The pre-manufactured, containerised unit is situated between the 

tanks and includes the pumping station, electrics, automation, system monitoring and 

heat distribution. 

The complete substrate and gas pipework is made of PE. 

Energy Energy Production Production and and Local Local Heat Heat Concept 

Concept 

Electricity Electricity production: 

production: production: Approx. 2,000.000 kWh/a 

Heat Heat production: production: Approx. 2,400.000 kWh/a 

The self-made electricity powers the farm’s poultry houses and the biogas plant before the 

surplus power is fed into the public grid. 

The generated heat provides heat for the chicken houses and replaces a high amount of 

costly fuel (LPG, oil). 

PlanET 

Biogastechnik GmbH 


48691 Vreden 

Germany 

Phone: +49 (0) 2564/3950-0 

Fax: +49 (0) 2564/3950-50 

info@planet-biogas.com 

www.planet-biogas.co.uk 

Version August 2012 - engl.

Snowdon Snowdon Energy Energy Energy Limited 

Limited 

Chard, Chard, Somerset, Somerset, England 

England 

Plant Plant Concept Concept and and Supplier 

Supplier 


Operator 

Operator 

Co-op 

Commissioning 

Commissioning 

Commissioning 

Under construction (July 2012) 

Inputs Inputs 

Inputs 

Maize silage (approx. 4.500 t/a) 

Cattle manure (approx. 4.400 t/a) 

Grass silage (approx. 2.500 t/a) 

Broiler manure (approx. 1.500 t/a) 

Technical Technical Data 

Data 

Solid Solid charger: charger: PlanET Multirotor Vario 74 m³ “Muck and Grass” version incl. auger system, 

weighing cells, automation and system monitoring; all critical components are made of 

stainless steel. 

Digester: Digester: d = 25 m, h = 6 m; V = 2,945 m³, wall and base heating, PlanET eco cover incl. 

desulphurification, PlanET gas storage roof (double membrane incl. gas regulation) 

Agitation: 1 PlanET eco paddle (15 kW incl. frequency converter), 3 x PlanET eco mix (7.5 kW). 

CHP: CHP: 499 kWel./530 kWth. 2G MAN Twin Pack Gas engine (2 x 249 kW), containerised unit 

including gas treatment (cooling, cleaning), gas flare, heat distribution and gas analyser. 

Technical Technical Container: Container: The pre-manufactured, containerised unit is situated beside the tank 

and includes the electrics, automation and system monitoring. 

The complete substrate and gas pipework is made of PE. 

Technical Technical Highlight 

Highlight 

The PlanET Separator unit is used to separate the digestate into liquid and solid material. 

The liquids are recirculated in the digester or pumped into 2 different lagoons (off-site). 

Energy Energy Energy Production 

Production 

Electricity Electricity production: production: Approx. 4,000.000 kWh/a 

Heat Heat production: production: Approx. 4,240.000 kWh/a 

The electricity is used on farm and surplus electricity is exported into the public grid. 

* As the biogas plant is under construction, 

this picture is just an example. 

PlanET 

Biogastechnik GmbH 


48691 Vreden 

Germany 

Version August 2012 - engl. 

Phone: +49 (0) 2564/3950-0 

Fax: +49 (0) 2564/3950-50 

info@planet-biogas.com 

www.planet-biogas.co.uk

PlanET Vario 

The solids charging system with the biggest flexibility on the market! 

With the PlanET Vario you can directly charge your digester with chopped energy crops, 

manure, feedstock residues and solid co- 

substrates like bread. The modular system 

offers holding containers with capacities 

between 11 m³ and 74 m³; the modular 

system also allows supplementary extension 

of the container. The units operate with 

particularly low power consumption and 

wear due to the Vario conveying technology. 

The conveying units are manufacured 

completely of stainless steel, each with a 

separate drive and equipped with hinged 

flaps to allow efficient conveying of the 

substrate. A loosening auger is mounted to 

the head wall to avoid bridging of substrate. 

PlanET PlanET RePowering: 

RePowering: 

We also advise you how to efficiently 

integrate the Vario in your existing plant. 

Advantages Advantages at at a a glance: 

glance: 

+ Complete conveying system in the substrate 

zone made of stainless steel and plastics 

+ Base element made of stainless steel, 

optional all modules in stainless 

+ Conveying sytsme can be mounted on 

concrete floor 

+ Future-proof investment — easily expandable 

due to modular system 

+ Low susceptibility to damage, simple and 

reliable components 

+ Low power consumption; depending upon 

model less than 0.9 kWh/t (incl. control and 

charing augers) 

+ Maintenance-friendly; single conveying 

strings can be switched off for maintenance 

+ Consistent discharge, therefore good filling 

level of charging auger 

For further infomation please contact: +49 (0) 151 188 10 507 

PlanET Biogastechnik GmbH � Up de Hacke 26 � 48691 Vreden 

www.planet 


www.planet biogas.co.uk 

biogas.co.uk 

PlanET Vario 

Version November 2011 Engl. 

1

PlanET Vario — dimensions and technical data* 

General General data data 

data 

Model PlanET Vario 11-16 PlanET Vario 21-28 PlanET Vario 38-50 PlanET Vario 55-74 

Volume holding container 

Empty weight 

Maximum payload 

Dimensions 

(A=Length x B=Width x C=Height) 

Max. throughput maize silage 10-12 t/h 

Charging Charging technology 

technology 

Auger motors 

Auger diameter 

11 m³ 16 m³ 

2.9 t 3.6 t 

6 t 8 t 

4.66 x 3.57 x 2.45 

4.66 x 4.27 x 2.45 

MultiRotor MultiRotor 

MultiRotor 

Horizontal auger 7.5 kW 

Vertical auger 5.5 kW 

Charging auger 2.5 kW 

Ø 350 mm 

21 m³ 28 m³ 

4.4 t 4.8 t 

16 t 21 t 

4.66 x 4.97 x 2.45 

4.66 x 4.97 x 3.15 

Holding Holding system system 

PlanET Vario conveying technology 

7.59 x 4.97 x 2.45 

7.59 x 4.97 x 3.15 

Drive + Separate hydraulically driven conveying strings 

+ Efficient conveying through hinged flaps 

+ Hydraulic with electrical switching 

+ Loosening auger 1.5 kW 

Control Control system system 

Electrical panel with industrial PLC 

38 m³ 50 m³ 

6.5 t 7.0 t 

28 t 38 t 

10.49 x 4.97 x 2.45 

10.49 x 4.97 x 3.15 

+ Wiring ready to connect 

+ Manual and automatic operation possible 

+ Interfaces for status messages and remote start (ProfiBUS possible) 

Further Further Further advantages advantages 

+ Expandable to up to 120 m³ thanks to modularity 

+ Operational safety 

+ Optimised emptying also with diffcult substrates 

Extras Extras 

+ Holding container available completely in stainless steel 

+ Weighing system with large display 

+ 2nd looseing auger for up to 70 % manure and grass 

+ Lid available to reduce rain water entry 

Technical Technical drawing: 

drawing: 


www.planet 


www.planet 


biogas.co.uk 

55 m³ 74 m³ 

8.0 t 8.8 t 

41 t 56 t 

*technical changes possible; information might contain special equipment 

PlanET Vario 


2

PlanET Agitation Technology 

Well stirred is half digested! 

The right selection and combination of agitators contributes significantly to optimise the gas 

yield of your biogas plant. Only if the agitators are carefully selected depending upon tank size 

and substrate a homogenuous distribution of the substrate can be achieved. 

1 

+ Low power consumption 

+ High shearing force even with 

high dry matter concentrations 

+ Adjustable in height and 

direction 

+ Gentle agitation for healthy 

bacteria 

PlanET PlanET eco eco mix 

mix 

+ 1.4 m wing diameter 

4 

For further information please contact: +49 (0) 151 188 10 507 


www.planet 



biogas.co.uk 

1 

2 

PlanET PlanET eco eco turbo 

turbo 

+ Low-wear direct drive 

2 

+ FC controlled 

+ max. 6.5 kW power 

consumption 

+ Continuous runner, hence 

better gas release 

+ 2.5m wing diameter 

+ Reduction of sedimentation 

+ Suitable for a variety of 

substrates 

+ Industrial standard with robust materials 

+ High quality shaft seal 

PlanET PlanET eco eco prop 

prop 

+ Long operating life of 5 years under normal operation 

+ Adjustable in height and direction 

4 

3 

+ Robust construction 

+ Suitable for fibrous materials 

with up to 12% DM in digester 

+ Slanted paddles guarantee 

optimised agitation and break 

floating layers 

+ Frequency converter allows 

adjustment of speed and 

reduces power consumption 

+ Slow runner for gentle 

agitation 

PlanET PlanET eco eco paddel 

paddel 

Rührwerkstechnik 


3 

1

PlanET Gas Storage Roofs 

More storage capacity for your biogas plant 

The new PlanET double membrane gas storage roofs with their round shape provide a much 

bigger storage capacity than conical roofs. The shape is not the only advantage, the membrane 

materials are designed for maximum 

durability, and the newly developed 

mounting system holds it firmly in place while 

providing maximum flexibility with respect to 

service and maintenance. 

The PlanET gas storage roof is another 

example for the high quality standards of the 

PlanET products and must be seen as 

another innovative component in the PlanET 

product range. 

The shape as well as the colour allow that the 

PlanET membrane roof blends in 

harmonically into the landscape. The 

membrane roofs are available optionally in 

dust grey and moss green, the grey roofs 

being the recommended option in terms of 

thermal characteristics and UV resistance. 

Advantages Advantages at at a a glance: glance: 

glance: 

+ Up to 20% more gas storage capacity 

+ The compressed air in the sealing hose is split 

into two independent cycles, so in case of 

maintenance one half of the roof can be 

opened 

+ Blower unit installed in a PE housing; 

maximum protection against corrosion and 

weather 

+ Suitable for windy conditions up to windforce 

12 on the Beaufort-Scale (gales) 

+ Extra strong 900g/m² weather protection 

membrane 


www.planet 


www.planet 


biogas.co.uk 

+ Two standard colours dust grey and moss 

green blend in with environment 

Dust grey 

Moss green 


PlanET Tragluftdächer 

Version November 2011 engl. 

1

Significant improvement through new details 

Sealing Sealing system 

system 

The special feature are the two independent pressure cycles 

of the sealing hose. Because of that it is possible to de- 

pressurise one half of the seal and open the roof for mainte- 

nance while the second half is firmly held in position. 

The compressed air supply is installed inside the technical 

cabinet for the heat distribution to guarantee reliable opera- 

tion even in wintery conditions. 

Innovative blower unit 

Stronger membrane 

Stainless steel profile 

Optimised flanges 

Blower Blower unit 

unit 

www.planet 


www.planet 


biogas.co.uk 

The blower housing is made of PE for high durability and UV resistance.. 

The ATEX approved blower is easily accessible for maintenance via the 

access platform. Mounting the unit on roof level decreases the ATEX 

zone of the gas storage and minimises the amount of dirt and foreign 

particles which get into the unit. 

Stronger Stronger membrane 

membrane 

Different to ordinary membrane roofs the PlanET weather protection 

membrane is made of PVC with 900gr/m² (in comparison to 680gr/m² of 

other roofs). Because of the stronger membrane the roof is approved for 

gale force winds with windfoce 12. The PE gas storage membrane is 

particularly durable and odour impermeable. 

Stainless Stainless steel steel profile profile 

profile 

The stainless steel profile allows flexible use for single and double 

membrane roof systems. This allows an easy upgrade from single to 

double membrane system. The slot holes in the profiles are used for a 

clean and tidy installation of cables and wires. 

Flanges 

Flanges 

Newly developed are also the flange connections for air supply and 

ventilation on the opposite side. Of the roof. Due to the high number of 

fixing elements the connection is designed to minimise the risk of 

tearing. 


PlanET Tragluftdächer 


2

PlanET eco cover 

The innovative and efficient way to reduce your H2S! 

The PE-mesh PlanET eco cover combines various characteristics to optimise the operation of 

your biogas plant. 

The PlanET eco cover is tightened inside the digester with tension belts that were developed 

especially for that purpose. Additional support is provided by the stainless steel column in the 

middle of the tank., which also allows re-routing of the belts. On the wall the belts are mounted 

with stainless steel ground anchors. 

The sulphurous removal of the biogas is 

achieved through a bio-catalytic method for 

which small amounts of air are blown into 

the tank. The large surface area of the mesh 

(larger than the previously used wooden 

beam structure) provides an excellent living 

environment for the bacteria that reduce the 

sulphorous. In addition the PlanET eco cover 

acts as a thermal barrier and as support for 

the gas storage membrane. 

The PlanET eco cover is not an ordinary net 

but a material with very dense meshes. 


glance: 

+ Larger surface area than a wooden roof with 

netting 

+ Durable materials, all components made of 

PE or stainless steel (V4A) 

+ High chemical resistance and flexible 

+ Good thermal barrier, no additional insulation 

required 

+ Inspections and overhauls in the tank 

possible from the PlanET eco cover 

+ Designed for high loading 

+ Protected utility model 



www.planet 



biogas.co.uk 

PlanET eco cover 

Version Jan 2012 Engl. 

1

PlanET Technical Container 

All in One reduces your construction time! 

As part of the modular SYSTEMBIOGAS PlanET offers a range of complete technical containers. 

The pre-manufactured containers are easy to install and reduce the construction time on site, 

hence commissioning of the plant can be started earlier. 

The technical containers are assembled in the PlanET workshop in Vreden and contain exactly 

these components that you require for the optimised operation of your biogas plant. After 

assembling and pre-testing the container is delivered to site and connected. The container 

provides a high grade of flexibility in terms of modifications and changes and can be moved, 

should this be required 

The technical container supports the trouble-free operation of your plant because of short pipe 

length, efficient heat distribution with 

minimised losses, and by providing a safe 

and weather protected environment for the 

control panels of your biogas plant. 


RePowering: 

We also advise you on how to easily and 

efficiently integrate a PlanET technical 

container if you intend to upgrade your 

biogas plant.. 

Advantages Advantages at at a a a glance: 

glance: 

+ Pre-manufactured under controlled conditions 

at the PlanET workshop 

+ Easy connection to existing components on 

site 

+ Increased cost-efficiency through 

standardised solutions 


www.planet 



biogas.co.uk 

+ Mobile system, often accepted by funding 

agencies/banks as security for a loan 


PlanET Technikcontainer 


1

PlanET Technical Container - Models and Equipment 

3 3 3 m m m (10 (10 (10 ft.) ft.) ft.) Technical Technical Technical Container Container 

Container 

• 3 control panels 

• Compressors 

6 6 m m (20 (20 (20 ft.) ft.) Technical Technical Container Container 

Container 


• Pumping station 

• Heat distribution 

(max. 300 kW) 


12 12 m m (40 (40 ft.) ft.) Technical Technical Technical Container 

Container 

• Pumping station 



(max. 550 kW) 




www.planet 



biogas.co.uk 

• Compact manifold 



• Compact manifold 


(max. 550 kW) 


PlanET Technikcontainer 

Version November 2011 engl. 2

PlanET Compact Manifold 

Safe, quick, simple! 

The PlanET Compact Manifold is a modular pumping distributor consisting of one manifold, 

one rotary lobe pump and all relevant gate valves (industrial standard, manual and 

pneumatic)ally). A separately available flow meter can be installed to allow to control the 

substrate flows.. 

With the rotary lobe pump which can turn 

clock and anti-clock wise it is possible to 

transfer liquid between 3 separate tanks.. 

The manifold can easily be upgraded to 

allow the connection of additional tanks, so 

that a tailor.made pumping concept for each 

plant can be realised. 

The compact manifold is one module of the 

SYSTEMBIOGAS developed by PlanET. 


We also advise you how to integrate the 

compact manifold on your existing plant to 

improve the plant‘s efficiency. 


glance: 

+ Almost odourless transfer of slurry and 

substrates between various tanks 

+ compact module (h = 1.5m / b = 1.4m / l = 

2.7m) 

+ robust rotary lobe pump 

+ Optional „sucking“ und „pushing“ through the 

same pipe 

+ Connection of 3 to 6 tanks possible 

+ Corrosion free stainless steel pipework 

+ Pneumatical industrial standard or 

smooth.running manual gate valves 

+ Optionally available with internal or external 

control system 



www.planet 



biogas.co.uk 

PlanET Kompaktverteiler 

Version November 201 Engl.1 

1

PlanET Gorator® 

The powerful development in the area of micro-crushing 

The PlanET Gorator® crushes, frays out, grinds, mixes, homogenises and conveys - in short, it 

conditions your substrate in manifold ways, physically and mechanically. 

The degradation of organic matter in your biogas plant is significantly dependant upon the 

surface area available for the bacteria. Therefore the PlanET Gorator® can be a suitable 

instrument to improve gas quality and increase gas yield. The micro-crushing system has 

proven itself as worthwhile investment for plants with a retention time of less than 70 days, a 

proportion of more than 30% of manure and grass in the input or fibrous input material in 

general. 

The wet crushing of the pre-digested 

material has the advantage that the wear 

and power consumption of agitators and 

pumps is minimised, so that your biogas 

plant works more efficient and operating 

costs are reduced. 


RePowering: 

We also advise you how the PlanET 

GORATOR® can be integrated into your 

existing plant if you think about an upgrade. 


glance: 

+ Increases the surface area of the substrate 

that is available to the bacteria 

+ Increased gas production 

+ Mobilisation of enzymes and trace elements 

+ Reduction of viscosity and homogenisation of 

the substrate 

+ Reduced parasitic power consumption 

+ Reduced substrate quantities, hence lower 

operating costs 

For further information please contact: +49 (0) 151 / 188 10 507 


www.planet 



biogas.co.uk 


Version Nov. 2011 Engl. 

1


An inclined plate rotates in a cylindrical housing — the resulting tumbling motion causes an 

acceleration of the substrates in axial and radial direction. The overlapping movements of the 

material provide thrust and shearing stresses, which lead to an intensive mixing and convey- 

ing. Solids are transported by the centrifugal force in the radial and axial grooves and solids 

are crushed from the tooth geometry of the swash plate. Similar to a centrifugal pump the 

substrate maintains a centrifugal acceleration and is virtually pumped with the PlanET GORA- 

TOR® from the discharge ports. 

The The PlanET PlanET concept: 

concept: 

Utilisation for difficult digestible, 

fibrous materials like grass silage 

and manure with straw. 

First First step: 

step: 

Degradation of the substrate in 

the digester by bacteria — the 

natural organic degradation is 

the basic requirement for the 

economic operation of your bio- 

gas plant. 

Second Second step: step: 

step: 

Integration of the PlanET Gora- 

tor® for difficult digestible materi- 

als and short hydraulic retention 

times. 


www.planet 



biogas.co.uk 

Capacity: Capacity: 3 3 3 - 50 50 m³/h m³/h 

+ Depending upon DM concentration and fibre 

content of the substrate, i.e. with DM of 8% 

throughput 40-50 m³/h 

Power Power Power supply: supply: supply: 22 22 22 kW kW 

kW 

+ Power consumption depending upon DM and 

fibre content, i.e. with 8% DM 15 kW 


Version Nov. 2011 Engl. 

2

PlanET Hygienisation 

More power for your biogas plant 

A hygienisation is required when you want to digest animal by-products, slaughterhouse 

waste and food waste in your biogas plant. These so-called co-substrates are usually rich in 

fats and sugar, hence a highly efficient source of energy for your biogas plant. 

By utilising co-substrates, a high gas yield can be achieved with comparatively small digester 

volumes, because co-substrates digest quicker than e.g. manure or energy crops. 

The liquefied co-substrates must be heated to 70°C and kept at this temperature for a duration 

of 60 minutes, before being fed into the biogas plant. After heating for the required duration 

the pre-treated substrates are fed into the 

digester with a rotary lobe pump. 

After hygienisation the digestate is fully PAS 

110 compliant* and can be utilised as highly 

valuable fertiliser on agricultural land. 


We also advise you how to integrate a 

PlanET hygienisation on your existing biogas 

plant if you want more flexibility in terms of 

substrates. 

* Cat 3 products only, please see the relevant regulations for further details 


glance: 

+ Overflow and overfill protection 

+ Discountinuous hygienisation as batch 

process 


www.planet 



biogas.co.uk 

+ Slow running agitator minimises risk of crusts 

and avoids sedimentation 

+ Substrate can be fed into different tanks 

+ Process protocol and monitoring through 

intelligent control system 

+ Modular and fully automated with separate 

control, can also be retrofitted 


PlanET Hygienisierung 


1

PlanET Hygienisation 

The modular and containerised PlanET hygienisation unit is available in two different sizes, both instal- 

led in a 6m container, which are pre-fabricated and tested in the PlanET workshop before delivery to 

site. 

Hygienisation Hygienisation 24 24 24 m³/d m³/d - Premium 

• 2 hygienisation tanks á 2 m³ 

• Pneumatic gate valve 

• Distrubution of substrate between 

different digesters possible 


www.planet 



biogas.co.uk 

Hygienisation Hygienisation Hygienisation 12m³/d 12m³/d 12m³/d - Profi Profi 

• 1 hygienisation tank á 2 m³ 

• Manual gate valves 

Hygienisation Hygienisation Hygienisation 12 12 12 m³/d m³/d m³/d - Premium Premium 

• 1 hygienisation tank á 2m³ 

• Pneumatic gate valve 

• An additional hygienisation tank can be 

installed 

• Distrubution of substrate between diffe- 

rent digesters possible 

Additional components for the hygienisation unit are the pre-heated reception tank and sub- 

strate macerators. The pre-heated reception tank is used to heat the substrate to approx. 25°C 

to keep the substrate pumpable and increase the throughput of the hygienisation. A macera- 

tor might be required to guarantee the required particle size of

PlanET Slurry management 

Details, which lighten your work! 

Many elements of a biogas plant are below ground and hidden from view. Especially the 

substrate lines for input materials and fermentation residue are located beneath the surface of 

the ground. 

The liquids can be easily transported into the digester and, if needed, into the secondary 

digester with the PlanET slurry management system. The input material can be filled without 

any problems into the liquid manure tank again, after successful fermentation. 

As every plant is operating on its own conditions, we will develop an individual concept for you. 

PlanET PlanET PlanET RePowering 

RePowering: 

RePowering 

We are happy to advise you how the PlanET 

Slurry management might be efficiently 

integrated in your existing plant in case of a 

planned extension. 


www.planet 



Advantages Advantages at at a a a Glance: Glance: 

Glance: 

�� Very smooth-running valves 

�� Easy handling of the input materials and 

fermentation residues 

�� Choice between different slurry valves 

�� The whole technology will be adapted to 

each plant‘s conditions 

For more information, call Stephan Hoffmann: + 49 (0) 151 / 18 81 05 07 

Slurry management 

Version September 2011 engl. 

� 

1 

� 

��

PlanET Slurry valves 

To guarantee a optimal slurry transportation it is important that all the lines perfectly fit to each 

other. The operator can systematically move the liquids to and fro within his biogas plant with 

the help of the different slurry valves. 

Manual slide gate 

Manual slide gates are especially well-suited for slurry removal. They can be 

operated quickly and cleanly and enable the farmer to disperse the 

fermentation residue on the field. 

Sluice gate 

Sluice gates are primarily suited for pipelines which only occasionally have 

to be opened. They are especially important for the plant’s long-term leak 

tightness. 

Pneumatikschieber 

Pneumatic Pneumatikschieber slide 

Pneumatic slide gates are especially safe with biogas plants which are 

managed entirely by using control software. They adjust liquid quantities in 

a targeted manner and, in combination with rotary piston pumps, are 

mainly suited for pumping liquid substrates about on a daily basis. 


www.planet 



Güllemanagement/-schieber 

Version September 2011 engl. 

� 

2 

� 

��

Reference list 

Brief summary 

Daten fehlen 

DB fehlt 

This table is a summary of the already realised plants. Extensions are only counted once. 

No. 

Post 

Post 

code 

code 

City 

CHP CHP CHP unit 

unit 

power 

power 

Digester 

Digester 

Secondary 

Secondary 

digester 

digester 

Digestate 

Digestate 

storage 

storage 

PlanET PlanET PlanET solids 

solids 

charger 

charger 

Comm. 

Comm. 

year 

year 

1. 48691 Vreden 90 kW el. 12/8 x Feststoffwolf (Prototyp) 1999 

2. 48691 Vreden 400 kW el. x 23/8 x 1999 

3. 48691 Vreden 165 kW el. 16/8 24/8 x 1999 

4. 48683 Ahaus 285 kW el. x x x x 2000 

5. 41541 Dormagen 105 kW el. x x 2000 

6. 48691 Vreden 500 kW el. x 18/6 x Material is pumped 2000 

7. 47533 Kleve 105 kW el. 12/6 15/6 x Feststoffwolf Basic 2001 

8. 48565 Steinfurt 315 kW el. x x 2001 

9. 58640 Iserlohn 80 kW el. 14/6 14/6 2001 

10. 47652 Weeze 210 kW el. 14/8 16/6 x 2001 

11. 48432 Rheine 105 kW el. 13/6 x 2001 

12. 48599 Gronau-Epe 370 kW el. 2x 13/6 x Feststoffwolf 2001 

13. 48734 Reken 210 kW el. 13/6 13/6 x 2001 

14. 52538 Gangelt 80 kW el. 12/6 x 2001 

15. 48691 Vreden 200 kW el. 12/6 16/6 x 2001 

16. 48727 Billerbeck 680 kW el. 2x 2x 2x 2001 

17. 46244 Bottrop 200 kW el. 2x x x 2001 

18. 48301 Nottuln 105 kW el. 12/6 x 2002 

19. 48619 Heek 180 kW el. 14/6 21/6 x 2002 

20. 46348 Raesfeld 285 kW el. 13/6 x 2002 

21. 48691 Vreden 250 kW el. x 21/6 x x 2002 

22. 54552 Samersbach 285 kW el. 13/6 19/6 Feststoffwolf Basic 2002 

23. 46419 Isselburg 205 kW el. 14/6 14/6 x x 2002 

24. 46414 Rhede 210 kW el. 14/6 14/6 x 2002 

25. 52152 Simmerath 300 kW el. 14/6 14/6 x via slurry store 2002 

26. 48624 Schöppingen 210 kW el. x x x x 2002 

27. 49599 Voltlage 360 kW el. 18/6 18/6 2002 

28. 48734 Reken 265 kW el. 14/6 14/6 x 2002 

29. 46342 Velen 510 kW el. 2x 16/6 x Vario 2004 

30. 47929 Grefrath 870 kW el. 2x 2x 2x x 2004 

31. 48607 Ochtrup 130 kW el. 15/5 x x 2004 

32. 48249 Dülmen 500 kW el. 2x 14/6 x Feststoffwolf 2004 

33. 46325 Borken-Burlo 355 kW el. 14/6 16/6 24/6 x 2004 

34. 17179 Altkahlen 1,030 kW el. 2x 2x 3x x 2004 

35. 48691 Vreden 355 kW el. 18/6 18/6 21/6 x 2004 

36. 48734 Reken 210 kW el. x 30/7 x x 2004 

37. 48324 Sendenhorst 355 kW el. 14/6 14/6 16/6 x 2004 

38. 47669 Wachtendonk 355 kW el. 14/6 18/6 x 2004 

39. 48336 Füchtorf 475 kW el. 14/6 14/6 18/6 2004 

40. 48341 Münster-Altenberge 250 kW el. 2x 16/6 x 2004 

41. 48683 Ottenstein 460 kW el. 18/6 18/6 18/6 x 2004 

42. 49565 Bramsche 355 kW el. 15/6 15/6 21/6 x 2004 

43. 29361 Höfer/Celle 500 kW el. 20/6 20/6 2x x 2004 

44. 48683 Alstätte 355 kW el. 14/6 16/6 x 2004 

45. 48607 Ochtrup 330 kW el. 14/6 16/6 x 2004 

46. 59846 Sundern 210 kW el. 14/6 16/6 16/6 2004 

47. Japan Obihiro 80 kW el. x x 2004 

48. NL Beltrum 346 kW el. 3x x 27/6 2005 

49. 48351 Everswinkel 355 kW el. 14/6 16/6 x 2005 

50. 48317 Drensteinfurt 105 kW el. 14/6 16/6 2005 

51. 48703 Stadtlohn 355 kW el. 14/6 18/6 22/6 x 2005 

52. NL Lellens 934 kW el. 18/6 18/6 x x 2005 

53. 41541 Lüdinghausen 180 kW el. 16/6 20/6 2005 

54. NL Makkinga 200 kW el. 15/6 15/6 x 2005 

55. 26629 Großefehn 620 kW el. 18/6 18/6 x x 2005 

56. 48346 Ostbevern 500 kW el. 14/6 18/6 25/6 x 2005 

57. 33034 Brakel 110 kW el. 14/6 x x 2005 

58. NL Gasselternijv. 1,250 kW el. 2x 18/6 x 2005 

59. 49767 Twist 500 kW el. 21/6 21/6 x x 2005 

60. 48619 Heek-Nienborg 355 kW el. 2x 20/6 x 2x 2005 

61. 46397 Bocholt 355 kW el. 14/6 14/6 x x 2005

No. 

Post 

Post 

code 

code 

City 


unit 

power power 

power 

Digester 

Digester 

Secondary 

Secondary 

digester 

digester 

Digestate 

Digestate 

storage 

storage 

PlanET PlanET PlanET solids solids 

solids 

charger 

charger 

Comm. 

Comm. 

year 

year 

62. 48599 Gronau-Epe 460 kW el. 16/6 16/6 x x 2005 

63. 48619 Heek-Nienborg 210 kW el. 16/6 16/6 21/6 x 2005 

64. 26892 Kluse 265 kW el. 14/8 2x14/8 x 2005 

65. 27239 Twistringen 265 kW el. x x x 2005 

66. 46499 Hamminkeln 250 kW el. x x x 2005 

67. 48683 Alstätte 265 kW el. 16/6 23/6 2005 

68. 48161 Münster 105 kW el. 16/6 x x 2005 

69. 47574 Goch 360 kW el. 16/6 16/6 x 2005 

70. 48691 Vreden 355 kW el. 16/6 2005 

71. 33034 Brakel 500 kW el. 18/6 18/6 x x 2006 

72. 59394 Nordkirchen 105 kW el. 16/6 x x 2006 

73. 16259 Heckelberg 750 kW el. x 21/6 x 2006 

74. NL Ysselsteyn 690 kW el. 21/6 21/6 x 2006 

75. 31174 Schellerten 600 kW el. 21/6 21/6 x x 2006 

76. 33034 Brakel 250 kW el. 18/6 18/6 x 2006 

77. 48703 Stadtlohn 250 kW el. 14/6 14/6 x 2006 

78. NL Puten 1,038 kW el. 2x x x 2006 

79. 15306 Gusow 530 kW el. 22/7 30/6 x x 2006 

80. 48653 Coesfeld 210 kW el. 16/6 x x 2006 

81. 49586 Neuenkirchen 180 kW el. 14/6 14/6 Mix 2006 

82. NL Hooghalen 690 kW el. 20/6 20/6 x x 2006 

83. 48231 Warendorf 250 kW el. 16/6 16/6 25/6 2006 

84. 48366 Laer 440 kW el. 15/6 15/6 x x 2006 

85. NL Grubbenvorst 536 kW el. 2x x x x 2006 

86. 47533 Kleve 380 kW el. 16/6 16/6 21/6 x 2006 

87. 48161 Münster 250 kW el. 14/6 23/6 x 2006 

88. NL Mussel 690 kW el. 18/6 18/6 x x 2006 

89. 48291 Telgte 250 kW el. 16/6 16/6 x Feststoffwolf 2006 

90. 39599 Nahrstedt 265 kW el. 14/6 18/6 x 2006 

91. 47533 Kleve-Keeken 430 kW el. 18/6 18/6 x Unikipp 2006 

92. 49492 Westerkappeln 265 kW el. x x x x 2006 

93. 46325 Borken 250 kW el. x x x 2006 

94. 48599 Gronau-Epe 750 kW el. 22/8 27/6 x 2006 

95. 28857 Syke 265 kW el. 18/6 18/6 22/6 x 2006 

96. 52525 Heinsberg 250 kW el. x x 2006 

97. NL Tw. Exloermond 1,670 kW el. 2x 18/6 21/6 x 2006 

98. 48683 Ahaus-Wüllen 250 kW el. 16/6 x x 2006 

99. 49838 Lengerich 485 kW el. 21/6 23/6 Vario 2006 

100. 48691 Vreden 500 kW el. 18/6 21/6 2x Vario 2006 

101. 29361 Höfer/Celle 500 kW el. 21/6 21/6 x x 2006 

102. 38539 Müden/Aller 795 kW el. 21/6 21/6 23/6 2x 2006 

103. NL Cornwerd 190 kW el. 17/6 x x 2007 

104. NL Garnswerd 350 kW el. x x x 2007 

105. NL Emmen 190 kW el. 18/6 x Basic 2007 

106. NL te Baarlo 825 kW el. 18/6 18/6 2x x 2007 

107. CAN Jordan Station 250 kW el. 18/6 18/6 Mix 2007 

108. NL Onstwedde 880 kW el. 18/6 18/6 2x x 2007 

109. NL Spakenburg 1,250 kW el. x x 2x x 2007 

110. NL Wieringerwerf 1,050 kW el. 2x 21/6 2x Schubbodencontainer 2007 

111. NL Luttelgeest 1,038 kW el. 2x 21/6 30/6 x 2007 

112. 29351 Eldingen 750 kW el. 21/6 21/6 22/6 Maxi 2007 

113. 41472 Neuss Biomethane 23/6 21/6 29/5 Vario 2007 

114. 48231 Warendorf 250 kW el. 18/6 21/6 x 2007 

115. NL Borgercompagnie 2,000 kW el. 2x 21/6 x Schubbodencontainer 2007 

116. 52076 Aachen 530 kW el. x x x x 2007 

117. 41542 Dormagen 500 kW el. 23/6 21/6 28/6 x 2007 

118. 46459 Rees 265 kW el. 18/6 18/6 23/6 x 2007 

119. NL Oijen 1,250 kW el. 21/6 2x x 2007 

120. NL Coevorden 1,750 kW el. 2x 2x 2x x 2008 

121. 48629 Metelen 360 kW el. 21/6 21/6 25/6 x 2008 

122. 48739 Legden 500 kW el. 21/6 21/6 26/6 Maxi 2008 

123. 26215 Wiefelstede 340 kW el. 21/6 21/6 x 2008 

124. 48703 Stadtlohn 620 kW el. 23/8 18/6 24/6 x 2008 

125. NL Beilen 2,000 kW el. 2x 1x 2x x 2008 

126. 47669 Wachtendonk 420 kW el. 21/6 21/6 27/6 Maxi 2008 

127. 46348 Raesfeld 180 kW el. 18/6 21/6 Basic 2008 

128. CAN Niagara-On-The-Lake 335 kW el. 18/6 18/6 26/6 Mix 2009 

129. BEL Herselt 1,180 kW el. 3x 3x x Maxi 2009 

130. 48691 Vreden 150 kW el. 16/6 18/6 Basic 2009

No. 

Post 

Post 

code 

code 

City 


unit 

power power 

power 

Digester 

Digester 

Secondary 

Secondary 

digester 

digester 

Digestate 

Digestate 

storage 

storage 


solids 

charger 

charger 

Comm. 

Comm. 

year 

year 

131. 41366 Schwalmtal 730 kW el. 21/6 21/6 30/6 Maxi 2009 

132. CAN Kingston 499 kW el. 18/6 21/6 2009 

133. 46499 Hamminkeln 190 kW el. 18/6 18/6 Unikipp 2009 

134. 66687 Wadern 180 kW el. 18/6 23/6 Basic 2009 

135. 24852 Langstedt 220 kW el. 21/6 25/6 Basic 2009 

136. 46419 Isselburg 180 kW el. 18/6 25/6 Unikipp 2009 

137. 46399 Bocholt 180 kW el. 16/6 25/6 Unikipp 2009 

138. 49811 Lingen 250 kW el. 18/6 23/6 Vario 2009 

139. 46499 Hamminkeln 190 kW el. 18/6 23/6 Unikipp 2009 

140. 48361 Beelen 250 kW el. 21/6 21/6 Basic 2009 

141. 34439 Willebadessen 250 kW el. 18/8 19/7 Unikipp 2009 

142. 47533 Kleve 180 kW el. 16/6 18/6 Mix 2009 

143. 49597 Rieste 380 kW el. 18/6 21/6 Vario 2009 

144. 27245 Kirchdorf 765 kW el. 21/6 21/6 30/8 Mix 2010 

145. 26209 Hatten 250 kW el. 18/6 23/6 Basic 2009 

146. 21258 Heidenau 500 kW el. 23/6 23/6 30/6 Unikipp 2010 

147. 58640 Iserlohn 180 kW el. 16/6 21/7 Unikipp 2010 

148. 59069 Hamm 180 kW el. 18/6 23/6 Vario 2010 

149. 59199 Bönen 250 kW el. 18/6 29/6 2010 

150. 24872 Groß Rheide 756 kW el. 21/6 26/6 x Unikipp 2010 

151. 49599 Voltlage 500 kW el. 18/6 25/6 Vario 2010 

152. F Domagne 100 kW el. 14/6 18/6 Mix 2010 

153. 49453 Barver 500 kW el. 21/6 21/6 26/8 Vario 2010 

154. 46286 Dorsten 500 kW el. 21/6 30/6 Unikipp 2010 

155. 33034 Warburg 340 kW el. 21/6 23/6 Unikipp 2010 

156. 48336 Sassenberg-Füchtdorf 190 kW el. 18/6 26/6 Basic 2010 

157. 27232 Sulingen 250 kW el. 18/6 25/6 30/6 Vario 2010 

158. 46286 Dorsten 190 kW el. 18/6 29/6 Mix 2010 

159. 46359 Heiden 250 kW el. 18/6 23/6 Vario 2010 

160. 06543 Wippra 537 kW el. 23/6 23/6 23/6 Unikipp 2010 

161. 48324 Sendenhorst 250 kW el. 18/6 27/6 2010 

162. 49716 Meppen-Hemsen 250 kW el. 18/6 23/6 Unikipp 2010 

163. 48727 Billerbeck 250 kW el. 18/6 23/6 Vario 2010 

164. 37170 Uslar 180 kW el. 16/6 21/6 Vario 2010 

165. 49757 Lahn 180 kW el. 18/6 23/6 Unikipp 2010 

166. 49716 Meppen 330 kW el. 21/6 23/6 30/6 Unikipp 2010 

167. 29361 Höfer 500 kW el. 21/6 23/6 30/6 Vario 2010 

168. 18279 Wattmanshagen 500 kW el. 23/6 29/6 30/7 Unikipp 2010 

169. 26605 Aurich 250 kW el. 18/6 21/6 Unikipp 2010 

170. 48324 Sendenhorst 250 kW el. 18/6 27/6 Mix 2010 

171. CAN Cambridge 500 kW el. 21/6 30/6 30/6 Mix 2010 

172. 49716 Meppen-Rühle 250 kW el. 18/6 23/6 Unikipp 2010 

173. 26409 Wittmund 180 kW el. 16/6 23/6 Mix 2010 

174. 49767 Twist 250 kW el. 16/6 23/6 Unikipp 2010 

175. 46359 Heiden 250 kW el. 18/6 25/6 Vario 2010 

176. 48159 Münster 180 kW el. 18/6 23/6 Basic 2010 

177. 46325 Borken-Hoxfeld 180 kW el. 21/6 26/6 Vario 2010 

178. 59387 Ascheberg 180 kW el. 18/6 28/6 2010 

179. 35285 Gemünden 250 kW el. 21/6 21/6 Unikipp 2010 

180. 48341 Altenberge 250 kW el. 18/6 26/6 Unikipp 2010 

181. 49846 Hoogstede 250 kW el. 18/6 23/6 Unikipp 2010 

182. 27232 Sulingen 500 kW el. 23/6 23/6 30/8 +30/6 Vario 2010 

183. 59269 Beckum 250 kW el. 18/6 25/6 2010 

184. 29336 Papenhorst 265 kW el. 18/6 25/6 Unikipp 2010 

185. 34434 Natzungen 500 kW el. 21/6 21/6 30/7 Unikipp 2010 

186. 49419 Wagenfeld 500 kW el. 23/6 30/6 Vario 2010 

187. CAN Ridgetown 250 kW el. 18/6 Basic 2010 

188. 26629 Großefehn 265 kW el. 16/6 16/6 26/6 Basic 2010 

189. 48691 Vreden 500 kW el. 21/6 28/6 Vario 2010 

190. 21385 Amelinghausen 795 kW el. 23/6 23/6 2x 30/6 Unikipp 2010 

191. 88319 Aitracht 180 kW el. 18/6 18/6 Vario 2011 

192. 35104 Lichtenfels 190 kW el. 20/6 27/6 Vario 2011 

193. 25919 Leck Oser-Schnatebüll 400 kW el. 25/6 30/6 Vario 2011 

194. 29562 Suhlendorf 500 kW el. 23/6 25/6 Unikipp 2011 

195. 25560 Puls 400 kW el. 25/6 Unikipp 2011 

196. CAN Abbotsford Biomethane 24/6 24/6 24/6 Vario 2011 

197. 25860 Horstedt-Feld 250 kw el. 18/6 21/6 Vario 2011 

198. 49757 Lahn 250 kW el. 18/6 23/6 Unikipp 2011 

199. 24983 Handewitt 400 kW el. 2x 23/6 Unikipp 2011

No. 

Post 

Post 

code 

code 

City 


unit 

power power 

power 

Digester 

Digester 

Secondary 

Secondary 

digester 

digester 

Digestate 

Digestate 

storage 

storage 


solids 

charger 

charger 

Comm. 

Comm. 

year 

year 

200. 25899 Dagebüll 390 kW el. 23/6 23/6 Unikipp 2011 

201. 39317 Zerben 340 kW el. 23/6 27/6 Unikipp 2011 

202. 06571 Wiehe 400 kW el. 20/6 20/6 26/6 Vario 2011 

203. 49716 Meppen 250 kW el. 18/6 25/6 Unikipp 2011 

204. F Locarn 190 kW el. 18/6 x Mix 2011 

205. 38539 Hahnenhorn 250 kW el. 21/6 21/6 Unikipp 2011 

206. 52538 Gangelt 500 kW el. 21/6 21/6 30/6 Unikipp 2011 

207. 89191 Nellingen 370 kW el. 21/6 21/6 Unikipp 2011 

208. 46348 Raesfeld-Erle 265 kW el. 18/6 23/6 Unikipp 2011 

209. 04895 Kiebitz 340 kW el. 21/6 23/6 Unikipp 2011 

210. 47929 Grefrath 500 kW el. 21/6 21/6 30/6 Vario 2011 

211. 21357 Wittorf 370 kW el. 23/6 29/6 Unikipp 2011 

212. 47574 Goch 430 kW el. 21/6 27/6 Unikipp 2011 

213. 04895 Beyern 330 kW el. 23/6 23/6 Vario 2011 

214. 25774 Lehe 400 kW el. 25/6 Unikipp 2011 

215. 24601 Ruhwinkel 250 kW el. 21/6 Vario 2011 

216. 48496 Hopsten 500 kW el. 18/8 18/8 Vario 2011 

217. 29351 Grebshorn 250 kW el. 18/6 27/6 Vario 2011 


219. F Retiers 100 kW el. 14/6 x Mix 2011 

220. 27449 Kutenholz 250 kW el. 21/6 25/6 Unikipp 2011 

221. 26939 Ovelgönne 265 kW el. 18/6 25/6 Vario 2011 

222. 21698 Bargstedt 500 kW el. 21/6 25/6 30/6 Vario 2011 

223. 48249 Dülmen 500 kW el. 25/6 25/6 30/8 Vario 2011 

224. 52525 Heinsberg 530 kW el. 21/6 21/6 30/6 Unikipp 2011 

225. 49716 Meppen-Klein Fullen 500 kW el. 23/6 25/6 30/6 Unikipp 2011 

226. 23898 Wentdorf 400 kW el. 25/6 Unikipp 2011 

227. 23769 Fehmarn 400 kW el. 25/6 30/6 Unikipp 2011 

228. 47574 Goch 250 kW el. 18/6 29/6 Basic 2011 

229. GB Orcop 250 kW el. 18/6 21/6 Vario 2011 

230. 49770 Dohren 500 kW el. 23/6 25/6 30/6 Unikipp 2011 

231. 47574 Goch 250 kW el. 18/6 25/6 Mix 2011 

232. 48734 Reken 250 kW el. 18/6 23/6 29/6 Vario 2011 

233. 24251 Scholen 500 kW el. 21/6 21/6 30/6 Vario 2011 

234. ES Castellon 500 kW el. 23/6 21/6 30/6 Mix 2011 

235. 58802 Balve 440 kW el. 18/6 23/6 25/6 2011 

236. 88239 Wangen 250 kW el. 18/6 18/6 26/6 Vario 2011 

237. 49838 Lengerich 430 kW el. 18/6 23/6 Unikipp 2011 

238. 52525 Heinsberg 265 kW el. 18/6 18/6 26/6 Vario 2011 

239. 47589 Uedem 250 kW el. 18/6 25/6 Unikipp 2011 

240. 49740 Haselünne 530 kW el. 23/6 25/6 2 x 29/6 Unikipp 2011 

241. 49716 Meppen 500 kW el. 23/6 25/6 30/6 Vario 2011 

242. 39624 Meßdorf 400 kW el. 25/6 30/6 Vario 2011 

243. 46562 Voerde 250 kW el. 18/6 30/6 Vario 2011 

244. F Montigny 150 kW el. 16/6 Mix 2011 

245. 49163 Hunteburg 250 kW el. 20/6 20/6 23/6 2011 

246. 59399 Olfen 180 kW el. 18/6 23/6 Vario 2011 

247. 47665 Sonsbeck 250 kW el. 18/6 29/6 Vario 2011 

248. 24969 Lindewitt 400 kW el. 25/6 Unikipp 2011 

249. 25924 Emmelsbüll-Horsbüll 400 kW el. 23/6 23/6 Unikipp 2011 

250. 47551 Bedburg-Hau 500 kW el. 23/6 23/6 30/6 Unikipp 2011 

251. 49751 Werpeloh 500 kW el. 25/6 25/6 30/6 Unikipp 2011 

252. 59514 Welver 500 kW el. 18/6 26/6 Vario 2011 

253. 26670 Uplengen 180 kW el. 16/6 23/6 Unikipp 2011 

254. 33034 Brakel 265 kW el. 18/6 25/6 Vario 2011 

255. 31535 Neustadt 250 kW el. 18/6 25/6 Vario 2011 

256. 29303 Bergen 250 kW el. 21/6 25/6 Vario 2011 

257. 27243 Klein Henstedt 250 kW el. 18/6 27/6 Vario 2011 

258. 49716 Meppen 360 kW el. 23/6 25/6 Unikipp 2011 

259. 27432 Bremervörde 750 kW el. 21/6 25/6 30/6 Vario 2011 

260. 91465 Ergersheim 250 kW el. 18/6 21/6 Vario 2011 

261. 32289 Rödinghausen 250 kW el. 21/6 28/6 Vario 2011 

262. 46514 Schermbeck 500 kW el. 23/6 21/6 2x 28/8 Mix 2011 


264. 48161 Münster 400 kW el. 21/6 27/8 Mix 2011 

265. 48308 Senden 265 kW el. 18/6 23/6 Vario 2011 

266. 96187 Stadelhofen 220 kW el. 18/6 25/6 Vario 2012 

267. 59227 Ahlen 500 kW el. 21/6 26/6 26/6 2012 

270. 27624 Alfstedt 340 kW el. 23/6 23/6 Unikipp 2012

No. 

Post 

Post 

code 

code 

City 


unit 

power power 

power 

Digester 

Digester 

Secondary 

Secondary 

digester 

digester 

Digestate 

Digestate 

storage 

storage 


solids 

charger 

charger 

Comm. 

Comm. 

year 

year 

271. 27232 Sulingen 500 kW el. 23/6 23/6 30/6 Unikipp 2012 

268. 38539 Müden/Aller Biomethane 28/8 25/8 2x 32/8 Vario 2012 

269. 26629 Strackholt 370 kW el. 23/6 30/6 Vario 2012 

272. 27628 Uthlede 250 kW el. 23/8 30/8 Vario 2012 

273. F Gévezé 150 kW el. 16/6 Mix 2012 

274. 49767 Twist 250 kW el. 18/6 23/6 Vario 2012 

275. 99096 Erfurt 1,560 kW el. 25/8 25/8 25/8 Vario 2012 

276. 26901 Rastdorf 250 kW el. 21/6 29/6 Unikipp 2012 

277. 48720 Rosendahl 250 kW el. 18/6 29/6 Unikipp 2012 

278. 48703 Stadtlohn 580 kW el. 20/8 20/8 30/8 Vario 2012 

279. 34474 Diemelstadt 265 kW el. 21/6 23/6 Unikipp 2012 

280. 30982 Pattensen 265 kW el. 18/6 23/6 Vario 2012 

281. CAN Stirling 500 kW el. 18/6 x x 2012 

282. 38723 Seesen 250 kW el. 18/6 23/6 Vario 2012 

283. 26892 Heede 250 kW el. 21/6 25/6 Vario 2012 

284. 46325 Borken 265 kW el. 18/6 23/6 Vario 2012 

285. 52525 Waldfeucht 265 kW el. 23/6 Vario 2012 

286. CAN Marionville 500 kW el. 18/6 x x 2012 

287. 04916 Schönewalde 265 kW el. 18/6 21/6 Vario 2012 

288. 04862 Langenreichenbach 530 kW el. 25/6 25/6 Unikipp 2012 

289. 71557 Großerlach 250 kW el. 18/6 18/6 Mix 2012 

290. 27232 Sulingen 795 kW el. 21/8 21/8 30/8 Vario 2012 

291. 27211 Bassum 265 kW el. 21/6 25/6 Vario 2012 

292. 31595 Steyerberg 290 kW el. 18/6 25/6 Vario 2012 

293. 04916 Züllsdorf 265 kW el. 18/6 21/6 Unikipp 2012 

294. 59348 Lüdinghausen 620 kW el. 23/6 23/6 30/6 Vario 2012 

295. 59199 Bönen-Lenningsen 500 kW el. 22/8 30/8 Unikipp 2012 

296. 39624 Güssefeld 190 kW el. 16/6 18/6 Vario 2012 

297. 07646 Schlöben 795 kW el. 25/6 28/6 28/6 Vario 2012 

298. CAN Tavistock 250 kW el. 21/6 Mix under constr. 

299. CAN Embro 250 kW el. 21/6 Mix under constr. 

300. GB Snowdon Hill 500 kW el. 25/6 under constr. 

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