The Company:  More than 12 years of experience in designing, planning and construction of biogas power plants.  Input of the first plants: organic waste.

Slides:

Advertisements

Similar presentations

IEA Bioenergy Seminar Ludlow, 17 April 2008

Advertisements

Anaerobic Digestion PAK RENEWABLE ENERGY

Methane Capture and Use: Current Practices vs. Future Possibilities.

Triple Effect of Reject to Power on Joburg’s Waste Vision

DISTRICT HEATING: AN OVERVIEW PRESENTED BY: NIELSEN SYSTEMS APRIL 8, 2011.

Energy efficient technology and equipment implementation in plumbing and heating installations УКРІНТЕРМ 2011.

Integration of CHP Into Waste Water Treatment Processes London 5 th November 2014 Peter Bense.

Jan Buijk Biogas Fuelled Cogeneration Systems.

Adgen Energy Plants in Partnership Samantha Fuller Women in Telecoms & Technology London, 10 January 2011.

Donors’ Conference on Sustainable Energy for Kosovo

Nordic Show Room on Energy Quality Management, th August 2014, O. GUDMUNDSSON, DANFOSS A/S | 1| 1 Utilization of return water in district.

Cogeneration. Is the simultaneous production of electrical and thermal energy from a single fuel source.

Cement 1.Production rose by 60% in the last 10 years 2.China: 44% of world production 3.Top 10 companies represent 55% of global capacity, but many very.

100% renewable electricity … 50% renewable energy … … two ambitious aims in Lower Austria? Josef FISCHER Lower Austrian Regional Government Department.

The Potential for CHP in the Northeast Provided by the Industrial Energy Consumers Group, 1/18/07 Source: Energy and Environmental Analysis, Inc.

U.S. Energy Market: Part 1 Consumption We consume 26% of World Energy or nearly 20 mmbo per day Mature market economy.

Presentation Technology ORC GREEN MACHINE

SUSTAINABLE SEWAGE Melissa K. Scanlan Associate Dean & Associate Professor Vermont Law School.

Renewable Energies and Climate Protection Policy in Freiburg Dr. Dieter Wörner Director, Environmental Protection Agency City of Freiburg - Germany.

1 Implementation of the Program of Energy Efficiency of Kiev region.

Slide 1 Introduction to Renewable Energy Technologies Rural Cumbria Connects Consortium.

Efficient Use of Biogas, Sewagegas and Landfillgas Combined Heat- and Power Generation Schnell Dual Fuel Technology Schnell Zündstrahlmotoren AG & Co.

Biogas in the Energy Sector Peter Taglia State Energy Program Wisconsin State Energy Office Plenary Session D: Bioenergy Green Energy Summit, March 7,

A COST EFFECTIVE SOLUTION FOR SMALL – SCALE BIOMETHANE GENERATION Jaroslav KÁRA,Zdeněk PASTOREK,Oldřich MUŽÍK Research Institute of Agricultural Engineering,p.r.i.,

Community Energy Independence Initiative Demonstration Project March 14, 2006.

The National Danish Energy Policy focus on waste and biomass Anders H Kristensen Danish Energy Agency.

Comenius-Project: Alternative Energy General facts In general there are 3 primary sources of alternative energy: thermonuclear compilation of solar energy.

Status: Karsten Brinkmann PowerMex-CHP_CO2 bensheim engineers CHP – one Possibility to reduce CO 2 Karsten Brinkmann Promotion for CHP Berlin.

Considerations for Implementing Combined Heat and Power in Highrise Residential Buildings: Lessons Learned February 4th

Energy year 2013 District Heat Wilhelms District heat in Finland year 2013  Heat sales (incl. taxes) 2,31 mrd €  Sold heat energy31,7 TWh.

© Fraunhofer ISE 2015 Headquarter of Fraunhofer ISE, Freiburg, Germany The Leading Role of Cities: The Frankfurt Energy Scenario Gerhard Stryi-Hipp Coordinator.

RES/CHP Support Scheme in Slovenia Conference: Sustainable Energy Development in SE Europe Irena Praček, Director, Energy Agency of the Republic of Slovenia.

Objective To assess the energy balance, emission of global warming gasses, and quantify the recycled nutrients by anaerobic digestion of source separated.

Complying with Boiler MACT using CHP as a Manufactured Product Presented by: George Voss, President Sustainability Business Management, LLC

Co- and Poly- generation Martin Hannemann Andi Prah Nuri Feichtinger Paul Polterauer.

Freeport Generating Project Project Description Modernization projects at Power Plant #2 Developers – Freeport Electric and Selected Development Company.

ESCO Implementations in Austria and Germany – Some Good Practices DDI Jan W. Bleyl, Graz Energy Agency Ltd, Austria phone: ;

Environmental Protection and Infrastructure Operational Programme Tímea Baán EIOP Managing Authority Ministry of Economy and Transport.

No energy wasted Example of an energy strategy in urban areas Brussels, 22nd June 2006.

ECOSTILER, coordinators MEETING October 22, 2012.

March 30, 2010 Michael Kelleher SUNY College of Environmental Science and Forestry Energy Use, Renewable Energy and SUNY ESF Climate Action Plan.

W. Schufft: Challenges for electrical power engineering IP 2007, Pernink Challenges for Electrical Power Engineering.

Ensuring the delivery of secure low carbon energy David Green Chief Executive, UKBCSE.

Investments in Renewable Energies. A predictable business environment n A business friendly environment and a functioning and stable legislative are the.

Energy Efficiency and Renewable Energy Chapter 16.

Financing energy projects Basic tips & tricks.  Operational Programme Infrastructure and Environment  16 Regional Operational Programmes  Rural Areas.

ENERGY AGENCY LITHUANIA Perspective for the EU Structural Assistance to the Energy Projects in Lithuania for the period Marijus Franckevičius.

Political Module GERMANY (2015). Renewable Energies in Germany In 2014 renewables have accounted for 25,8 % of electric energiy generation in Germany.

IEE/13/477/SI Legal disclaimer: The sole responsibility for the content of this publication lies with the authors. It does not necessarily reflect.

Perspectives of the offshore wind energy development in Russian EEZ, Kaliningrad Oblast V. Sivkov, D. Dorokhov, M. Chestnova, B. Zatoplyaev, O. Pichuzhkina,

1 Norwegian experiences with renewable energy in the district heating sector and industry International training conference on RES, Gdansk November.

Renewable Natural Gas 1 Central Coast Sustainability Summit.

Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov.

1 Case study: Sofia District Heating Dr. Venkata R. Putti Team Leader, Carbon Finance Assist The World Bank Minsk / Belarus, March 2007.

Educational Center for promotion of Renewable Energy, Ecotourism and Heritage Preservation.

E Fuel Cells and Hydrogen. Erection and maintenance of energy plants Financing of energy projects Construction and operation of electricity.

“The World Bank – Italian Trust Fund for Environmental Protection in CHina” Technical Meetings – Beijing – January 23-24, 2006 Climate Changes Related.

EnergyTour November Copenhagen Energy Summit Energy Tour District Heating in Denmark Mr Jan Elleriis, Vice President, Metropolitan Copenhagen Heating.

Heat Plan Denmark Low Carbon Urban Heating Anders Dyrelund, market manager Rambøll Denmark.

SINTEF Energi AS CenBio and Bioenergy Research at SINTEF Lars Sørum Research Director/Dr. ing. SINTEF Energy Research CenBio – Centre Coordinator.

Energy Management and Planning MSJ0210 Energy generation Eduard Latõšov.

Program for installing heating systems using renewable energy, including the replacement or completion of classic heating systems Between July 15, 2010.

Caspian Company مجری پروژه های نیروگاهی ، احداث مولد های مقیاس کوچک و سیستم های CCHP & CHP ohen staufen ring-20- koln – germany.

Presentation by Shreenithi Lakshmi Narasimhan

Methane Capture and Use: Current Practices vs. Future Possibilities

Place image in this area.

Improving Energy Reliability & Performance

Improving Energy Reliability & Performance

District heating in Finland 2017

Presentation transcript:

The Company:  More than 12 years of experience in designing, planning and construction of biogas power plants.  Input of the first plants: organic waste (fats and flotates); Weser-Ems region: intensive livestock farming  Biogas-boom since amendment of the EEG (law on renewable energy) in 2004  More than 250 biogas plants built  Installed capacity over 140 MW el

Headquarters : biogas weser-ems GmbH & Co. KG Zeppelinring D Friesoythe Branch office Großenhain Carl-maria-von Weber-Allee Großenhain bentec bioenergies SL Calle Sant Josep, Sant Esteve d´en Bas (Girona) Spain Affiliates: Biogaz-tech Spółka zo.o. ul. Długa Jarocin Ies biogas Srl Via T. Donadon, 4 I Pordenone - ITALY The Company:

Energy For The Future Biogas  versatile source of renewable energy: providing electricity and heat  reduction of harmful methane emissions  CO 2 neutrality  environmentally friendly way of preserving resources

Biogas Flow Diagram

Planning and Project Development Project  Conception  Quotation  Financing Assistance  Approval planning

Plant Construction Building phase  bwe installation teams set up the agitators, gas storage roofs and pipelines  Use of low maintenance and energy-efficient agitators  Connection of the high performance CHP units with engines upward of 190 kW

Technology Biogas plant  User friendly process control systems  Control of individual plant components and documentation of the control parameters  Remote access to the control system

Natural Gas From Biogas Biogas Preparation  Often there are no possibilities to use the heat economically  Upgrading of biogas to natural gas quality  Transportation through the existing natural gas network  Alternative use as fuel for vehicles

Heat use Transportation of heat  Increasing efficiency by utilizing surplus heat  Use of district heating for nearby houses and stables  Wide variety of possible consumers, e.g. heat for drying plants (cereals or digestate)  Arbitrary choice of temperature level (default at 85 °C)

Micro-Gas Distribution System Transportation of biogas  the CHP is placed next to the heat consumer  transport of biogas to the CHP unit through a gas pipeline  lower investment required compared to district heating  more efficient use of thermal energy, no losses during transportation

7 L kW kW Energy crops 1 x Ø 23 m 1 x Ø 28 m Reference Plants Naturgas Ardorf Technical Parameters: Year of construction: Power kW el : Substrates: Digester: Post-digester: Storage:

Biogasanlagen Heinfelde (NawaRo) 7 L kW NawaRo 2 x Ø 25 m 1 x Ø 25 m Technical Parameters: Year of construction: Power kW el : Substrates: Digester: Post-digester: Storage:

Biogasanlagen Heinfelde (Kofermente) 7 L kW kW Organic Waste 2 x Ø 25 m 1 x Ø 25 m 1 x Ø 30 m Technical Parameters: Year of construction: Power kW el : Substrates: Digester: Post-digester: Storage:

Biogaspark Felgentreu 7 L 2007/08 10 x 844 kW NawaRo 10 x Ø 23 m 10 x Ø 26 m Technical Parameters: Year of construction: Power kW el : Substrates: Digester: Post-digester: Storage: