Biogas Engineering Biogas – Renewable Energy Source with ... · investment subsidy of up to 50 %,...

Company profile 2010

Biogas Engineering

Biogas – Renewable Energy Source with Potential for the Future

Veronika Zacharová


75 % Management

25 % Financial investors

Bioquadrat Energie- und Wassertechnik Holding GmbH

Biogest Energie- und Wassertechnik GmbH

(Austria)

BiogestHungária Kft.

(Hungary)

100 %Biogest

Romania srl (Romania)

Biogest s r.o.

(Czech Republic)

100 %100 %100 %

Biogest at a Glance

Shareholder structure

25 %

75 %

Company profile

21 years of experience in environmental engineering (Management-buy-out in 2007)

Business segments renewable energy from biogas andwaste water treatment

Scope of services: project development, planning,submission, funding, turn key systems, start up, plantmanagement and maintenance

Sites in Austria (Klosterneuburg/ Vienna, SanktValentin/ Linz), Hungary (Vasszilvágy), the CzechRepublic (Breclav), Romania (Timisoara)

References:

118 waste water treatment plants 500 - 60.000 PE47 biogas plants 90 – 1.000 kW

Markets: Central-, Eastern- and South-Eastern-Europe, GIS

Company structure

2

Company profile 2010 3

Services Biogas


Markets

Reference plants

Markets under observation


2010 DOLNI NEMCI (CZ) 1.000 kWTRENCIANSKA TEPLA (SK) 1.000 kWSOSNICOWIZE (PL) 526 kWKUNZAC (CZ) 600 kWGRODZIEC SLASKI (PL) 600 kWPETROVICE U SEDLCAN (CZ) 834 kWKLOUZOVICE (CZ) 1.000 kWPETROVICE BISTRICE 1.000 kWUJEZD U CHOCNE (CZ) 1.000 kWLHOTA POD LIBCANY (CZ) 600 kW

2009 MILKMEN (HU) 1.000 kWPOBEZOVICE (CZ) 500 kWCHRAST (CZ) 600 kWMILEC (CZ) 600 kWSTADLEC (CZ) 250 kWCHYNORANY (SK) 999 kWNOVOSEDLY (CZ) 526 kWYAMBOL (BG) 500 kW

2008 DESOV (CZ) 526 kWKRIZANOV (CZ) 526 kWTISTIN (CZ) 526 kWDRAHOBUDICE (CZ) 526 kW

2007 HLEBNOC (UA) 400 kWNOVE LHOTICE – LIBOMERICE (CZ) 526 kWLIBEN – DOLNY BREZANY (CZ) 526 kWKRASNA HORA (CZ) 526 kWCHOTYCANY (CZ) 526 kWNEUKIRCHEN (AT) 250 kW

2006 GAV KREMS II (AT) 125 kWÖKOENERGIE GUTAU (AT) 250 kWSTEINHAUS (AT) 100 kW

2005 ARGE BIOGAS EGGERDING (AT) 500 kWGAV KREMS I (AT) 125 kWBIOENGERIE WACHTBERG (AT) 250 kWNONNDORF (AT) 500 kWPRELLENKIRCHEN DEUTSCH HASLAU (AT) 500 kW

2004 PROJEKT NEUSTROM II (AT) 200 kWBIOGAS GmbH MOLLN (AT) 250 kWBIOGAS MANK GmbH (AT) 500 kWÖKOENERGIE UTZENAICH GmbH (AT) 500 kWFAN BIOGAS ASPACH KEG (AT) 500 kWBIOENERGIE THENING GmbH i.G. (AT) 500 kWWEIBERN (AT) 500 kW

2003 BIOENERGIE KALLHAM GmbH (AT) 250 kWCSOBAJ (HU) 90 kWKLEIN PYRACH (AT) 150 kW

2001 PROJEKT NEUSTROM I (AT) 150 kW

References Biogas Plants (Planning and construction)

5


Biogest PowerRing

Technology highlights

High flexibility in utilisation of substrates

Low process energy consumption due to specific geometryof fermenter (up to –60 %)

84% degree of degradation (80% industry average) lowsubstrate costs and lower emissions

High reliability and stability of plant operation

High full load hours of 95 % on average compared to 89 %industry average

Benchmark

Plant performance in %

Biogest PowerRing

Technology

1 Mainfermenter, 2 Post fermenter,3 Feed System, 4 Central pumping station

1

2

3

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Biogas - Overview

Mature and most efficient technology for transforming biomass to energy

CO2-neutral

Decentralized energy supply

Independent from weather conditions

Whole plant can be used

INPUT

Power generation

Heat

Biofuel

Grid supplyTreatment

Treatment

Agriculture/ Fertilizer

Biogas

Biogas 2Gas upgrading

Digestate storage

PRODUCTION OUTPUT

Animal waste

Organic residues

Energy crops

Digestate

Advantages

ADVANTAGES

7


Biogas in Europa I

Biogasproduktion in Europa, 2007 (mtoe)

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Dunkelgrün: Biogas aus landwirtschaftlichen BiogasanlagenHellgrün: DeponiegasMittelgrün: Biogas aus Klärschlamm

Source: Greennet-Europe EU-27


Biogas in Europe II

Feed-in tariffs

9

Tariff(EURc/ kWh)

Tariff currency

Tariff system

Term (years)

Austria 10.4 – 20.5 EUR FIT 15

Croatia 15.0-17.0 HRK FIT 12 inflation-adjusted tariff

Czech Republic 13.6-15.9 CZK FIT 20 investment subsidy of up to 60 %, 5 year tax holiday, inflation adjustment

Germany 17.25-25.08 EUR FIT 20

Hungary 3.3-10.0 HUF FIT 12 investment subsidy of up to 50 %

Italy 28.0 EUR FIT 15

Netherlands 15.2-17.7 EUR 12

Poland 8.7-13.2 PLN QO n.a. investment subsidy of up to 50 %

Romania 12.6-21.5 LEI QO 15 investment subsidy of up to 50 %

Slovak Republic

13.15-14.87 EUR FIT 15 investment subsidy of up to 50 %, wake inflation adjustment


Renewable energy directive- 20 % reduction in greenhouse gas (GHG)

emissions by 2020 compared with 1990 levels, a 20 % cut in energy consumption through improved energy efficiency by 2020 and a 20 % share of renewable energy by 2020

Renewable energy technologies- biogas will have a major share of the market

and, due to its versatility, play an important stabilising role

Support schemes for electricity from RES- Feed-in tariffs are highly efficient support

mechanism an aplied in many European countries

Substrate availability and costs

10

Industry and market - drivers


Market segmentation- major segmentation between plants mainly designed for waste treatment, with energy as a by-product and plants

mainly intended for energy production (fastest growing market segment in Europe)

- biogas can also be collected directly at landfill sites (prevalent in France, Spain and the UK)

- biogas market is shifting towards agricultural biogas units, both centralised and decentralised

Substrate costs- most dramatc price increases were in cereals – the products most widely traded on the future markets; since then

prices have come down considerably, fuelling demand for biogas plants

- access to secure and affordable resources remains a key issue for the biogas industry; research is now focusing on exporing all teh options for sicondary use of biomass

Tariffs for natural gas grade biogas- possibility for uprading biogas to natural gas grade and fedding into the existing gas grid

- Little need fo rdisruptive infrastructure development or changes for consumers beacause auf the extensive gas gridof the countries

- At the moment, only Germany offers a feed-in tariff for gas

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Market segmentation and drivers for biogas production


Outlook for the biogas industry I

12

Biogas potential in CEEPotential for electricity prod. from biogas in TWh/ y

Source: Greennet-Europe EU-27

Agricultural biogas is currently one of the most vibrantareas of energy from biomass. Its developmentprospects are closely tied to the use of energy crops,which maximise the productivity of installations.Therefore the growth potential is very high, particularlyin Europe’s large agricultural countries. According tothe Greennet study, biogas power generation has highgrowth potential in, Poland, Romania, the CzechRepublic and Croatia. A total of 125 plants with aninstalled capacity of 1 MWel would contribute one TWh/y.


Outlook for the Biogas Industry II

Biogas potential in CEE

The Biogas potential in CEE is large andwidely untapped so far. A comparison ofthe number of biogas plants and theagricultural area in Germany and CEEshows the considerable catch-up potentialin the region.


BIOGEST Energie- undWassertechnik GmbHInkustraße 1-7/5/2A - 3400 Klosterneuburg/ WienAustria

T +43 2243 20840 F +43 2243 20840 40E [email protected] www.biogest.at

BIOGEST Hungária Kft.Rákóczi ut 29HU - 9747 VasszilvágyHungary

E [email protected] I www.biogest-biogas.hu

SC BIOGEST S.R.L.Str George Cosbuc nr 1RO - 300048 TimisoaraRomania

T +40 256 220555

E [email protected] www.biogest-biogas.com

BIOGEST sroCs. Armády 1111/84CZ– 69141 BreclavCzech Republic

T +420 725 80 26 44

E [email protected] I www.biogest-biogas.com

BIOGEST Energie- und Wassertechnik GmbH

Westbahnstraße 108A – 4300 St. Valentin/ LinzAustria

T +43 7435 54745F +43 7435 54745 40E [email protected] www.biogest.at

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Biogas Engineering Biogas – Renewable Energy Source with ... · investment subsidy of up to 50 %,...

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