Biomass to Energy. The NOTAR Gasification Solution. Validity Date : January 2017 Xylowatt Biomass to Energy 0

Transcription

1 Biomass to Energy The NOTAR Gasification Solution Validity Date : January 2017 Xylowatt Biomass to Energy 0

2 Section 1 BUSINESS SCOPE & TECHNOLOGY Validity Date : January 2017 Xylowatt Biomass to Energy 1

3 XYLOWATT Turnkey projects worldwide Our Industrial partner: Engineering EPC Validity Date : January 2017 Xylowatt Biomass to Energy 2

4 NOTAR story - 15 years from spin-off to industrialisation Validity Date : January 2017 Xylowatt Biomass to Energy 3

5 XYLOWATT THE partner of your biomass to energy project Validity Date : January 2017 Xylowatt Biomass to Energy 4

6 NOTAR - production of clean gas A multi-stage downdraft gasifier Biomass Advantages: Clean gas (99,95% tars destroyed) Elimination of heavy metals and organic pollutants Ability to use high mineral content waste Compact gasification unit Validity Date : January 2017 Xylowatt Biomass to Energy 5

7 NOTAR - a unique technology Validity Date : January 2017 Xylowatt Biomass to Energy 6

8 NOTAR technology Summary of Tar management Zone Tar management Pyrolysis Thanks to perfect control of the pyrolysis parameters (max 700 C and residence time ) and pyrolysis completeness in pyrolysis zone (=NOTAR patent), production mainly of primary and secondary tar (99%) instead of heavy tertiary tar (1%) Combustion Gas Conditioning Unit Destruction (1.200 C) of the main part of tar during combustion in gaseous phase Measurement campaign CIRAD on our TGP (2012): Low level of tar out of NOTAR technology <100 mg/nm³ Mainly light tertiary tar in residual tar Residual tar eliminated in a simple Gas Conditioning unit Measurement campaign on our Tournai Plant (2013) < 5 mg/nm³ Tar content measured with a gravimetric tar probe Validity Date : January 2017 Xylowatt Biomass to Energy 7

9 NOTAR technology Syngas characteristics Stability LHV : ~ 5.5 MJ/Nm³ CO H 2 Composition H 2 22% CO 18% CO 2 13% CH 4 2% N 2 45% CO 2 Compatible with engine (CHP) manufacturers specifications CH 4 Validity Date : January 2017 Xylowatt Biomass to Energy 8

10 Power Plant Overall Project Biomass Preparation Power plant integrating NOTAR technology Performance Biomass (10%wb) 3.15 MW 685 kg/h Biomass (Moisture content 35%wb) 3 MW 960 kg/h Electricity 35 kwe Heat to dryer 330 kw Net OUTPUTS Syngas 2.2 MW Total Heat (1) + (2) 1250 kw Net Heat 920 kw Syngas 2.2 MW (1) Heat GCU 330 kw (2) Heat Engine 920 kw Electricity 815 kwe Self consumption 130 kwe Net Electricity 685 kwe BioChar 490 kw Validity Date : January 2017 Xylowatt Biomass to Energy 9

11 Section 2 OVERVIEW OF GASIFICATION POWER PLANT Validity Date : January 2017 Xylowatt Biomass to Energy 10

12 NOTAR Gasification Plant Typical layout: 2 Notar units 2 CHP engines Dryer Gasifier Gas conditioning unit Cogeneration Engine By-products storage Control room Starting syngas burner Utilities storage Validity Date : January 2017 Xylowatt Biomass to Energy 11

13 Gasification Plant Typical layout: 2 Notar units 2 CHP engines Dryer Gasifier Gas conditioning unit Cogeneration Engine By-products storage Control room Starting syngas burner Utilities storage Validity Date : January 2017 Xylowatt Biomass to Energy 12

14 CAPEX structure Initial Investment (CAPEX) 4% Gasification Equipment 7% CHP package 16% 55% Biomass Drying - Screening - Conveying 18% Civil Works Contingencies Validity Date : January 2017 Xylowatt Biomass to Energy 13

15 OPEX structure Operational Expenses (OPEX) 16% 4% 3% 42% Woodchips (Untreated wood) Maintenance Gasification unit + Spare parts Technical staff for operations 11% Maintenance CHP 24% By-Product Management Utilities Validity Date : January 2017 Xylowatt Biomass to Energy 14

16 Section 3 REFERENCES Validity Date : January 2017 Xylowatt Biomass to Energy 15

17 BELGIUM Louvain-la-Neuve TGP (Test gasifier Pilot)- Laboratory tool - R&D Center Location Evaluation/R&D scope Capacity Technology Feedstock Project Key Data Institute of Mechanics, Materials and Civil Engineering (IMMC), Louvain-la-Neuve, Belgium Optimizing operational parameters to various types of woodchips and biomasses Industrial benchmark for commercial purposes Gas conditioning unit adjustment Biomass preparation By-product measurement 150 kw th syngas power LHV NOTAR Various Commissioning Start operation in 2010 TGP Optimising parameters On site analysis Several feedstocks Validity Date : January 2017 Xylowatt Biomass to Energy 16

18 BELGIUM -Mont-Godinne First Belgian Hospital with 50% renewable energy Project Key Data Location Owner Application Capacity Mont-Godinne Hospital, Belgium Special Purpose Vehicule (MGGE) Combined Heat & Power (Jenbacher J320S) for hospital energy consumption 700kW e kW th Technology NOTAR v.3 Feedstock Woodchips Commissioning First semester2017 (Under construction from 2016) Validity Date : January 2017 Xylowatt Biomass to Energy 17

19 BELGIUM -Tournai Swimming-pool heated by wood energy Project Key Data Gasifier Outisde Location Owner Tournai, Belgium Tournai City Application Capacity Technology NOTAR v.2 Feedstock Combined Heat & Power (MTU G12). Heat consumed by local swimmingpool from Nov :200kW e + 400kW th Until Nov :260kW e + 475kW th. Woodchips Commissioning 17 th December 2009 Dried biomass Conveyor Validity Date : January 2017 Xylowatt Biomass to Energy 18

20 FRANCE- Glass bottle plant Clean syngas out of vineyards residues, feeding an industrial kiln Project Key Data Location Owner Application Capacity Champagne Area (France) Glass bottles manufacturer Direct use of syngas for fossil fuel substitution in industrial process 950 kw syngas power Aerial photo Technology NOTAR v.2 Feedstock Commissioning Woodchips from vineyards pruning branches and obsolete vine stocks 02th March 2015 (Plant) 3D Design Validity Date : January 2017 Xylowatt Biomass to Energy 19

21 Xylowatt s.a. Avenue Jean Monnet, Louvain-la-Neuve Belgium info@xylowatt.com Validity Date : January 2017 Xylowatt Biomass to Energy 20