Clean Energy. from. Renewables Biomass & Waste

Transcription

1 Clean Energy from Renewables Biomass & Waste

2 Agenda 1 Valmet brief introduction 2 EfW world overview 3 Fluidized bed combustion for EfW 4 Waste gasification 5 Summary 2 2 Radhakrishnan

3 Contact information Pornpracha Wattanakijsiri Managing Director Head of South East Asia Valmet Co., Ltd. 49/24 Moo 5, T. Thoongsukhla, A. Sriracha, Chonburi Thailand Mobile phone: Tel: Fax:

4 Valmet Today Company in brief Leading global developer and supplier of process technologies, automation and services for the pulp, paper and energy industries

5 Over 200 years of industrial history 1797 Tamfelt 1841 Götaverken 1856 Tampella 1858 Beloit 1860 KMW 1868 Sunds Defibrator 1951 Valmet Several M&As i.e KMW 1987 Wärtsilä paper finishing machinery 1992 Tampella Papertech End of 2013 Demerger to Valmet and Metso 1942 Rauma- Raahe 1999 Metso created through merger of Valmet and Rauma 2015 Metso Process Automation Systems to Valmet Key acquisitions 2000 Beloit Technology 2006 Kvaerner Pulping Kvaerner Power 2009 Tamfelt

6 Valmet Boiler & Power Plant - History 1841 Götaverken shipyard established in Gothenburg 1936 First Delivery Götaverken Energy Kvaerner Pulping 2003 Kvaerner Power Fortum Boilers business 2007 Metso Power (in Pulp, Paper) Jan 1, 2014 Re-birth of Valmet 1933 First Delivery 1989 Steamservice Keeler Tampella Power 1996 Generator Kvaerner Enviropower 2006 Noviter 2009 MW Power (JV with Wärtsilä ) 1856 Metal, forest and textile company Tampella established 6

7 Strong global presence close to our customers 140 locations in 33 countries, 12,000 professionals Over 100 service centers 80 sales offices 34 production units 16 technology centers Valmet location

8 Global customer base Services Pulp and Energy Paper Key customers Key customers Key customers Yunnan Yun-Jing Forestry & Pulp Mill Valmet is a registered trademark of Valmet Corporation. Other trademarks appearing here are trademarks of their respective owners. 8

9 Valmet Fuel study R & D Center 270 fluidized bed references and own R&D center Fuel testing since 1990: 4 MW th CFB 2 MW th BFB Pyrolyzer reactor kw tube reactors Cold models Over 9000 fuel analysis in fuel library 9

10 EfW world overview

11 Global future waste outlook The Worldwide Need for Safe Waste Management is Enormous!!! World population 7 bn 1.3%. Total MSW generated ~ 1.3 bn MT/y 26 megacities 410 cities with population > 1 million 11

12 Global future waste outlook 2'500 Development of MSW (mtpy) Need for Thermal Treatment (mtpy) 2'000 1' % Maximum Potential for recycling 50% Need for New Thermal Processing Capacity of Residual MSW by 2025 over 870 mtpy 1' % 2' '300 1' Residual MSW volume suitable for thermal treatment (Min.) 226 Existing EfW capacity Need for thermal treatment By 2025 > 870 T/y Capacity for Thermal Treatment of Residual MSW will be Needed in Addition to Existing 226 T/y 12 Source: World Bank

13 EfW Technology requirements High flexibility to treat a wide range of waste Power plants with high reliability High efficiency with combined heat and power (CHP) Low environmental impact CAPEX to be reasonable High efficiency and fuel flexible Energyfrom-Waste solutions from Valmet Govt. policy to exist and encourage EfW is Well Established Option (> 2000 plants across world) to treat Residual Waste 13

14 Valmet fluidized bed combustion for EfW

15 Fuel from residual waste Pretreatment Single stage shredding Removal metals Separation stones, glass 15

16 Valmet solutions part of an integrated concept Sorting Heat and electricity Maximizing energy business Residual waste Pretreatment in MRF or MBT Maximizing recycling business Industrial Recyclates waste Refuse derived fuel Wet waste RDF Power plant - highest energy efficiency Multifuel capability sludge, biowaste, biomass, agro, coal Biodrying or AD MBT Mech. Biological treatment MRF Mech. recovery facility 16 Wet biowaste Biogas Ethanol

17 Valmet Products Renewables biomass & Waste CFB Under commercialization outside Europe EPC Plants 10 MWe Integrated Pyrolysis 17

18 Fuel Based CYMIC Boiler Concepts SRF Multifuel Recycled Wood Bio/Multi Agro Wood Fossil Low solids High solids MW th 75 - MW th MW th MW th 480 C / 70 bar 520 / 90 bar C / 90bar Max C, 175 bar Max 565 C, 175 bar 18

19 Valmet CFB for EfW Strong track record More than 70 units in operation, with 7 for EfW Superior fuel flexibility RDF, biomass, agro, sludges and coal all in one boiler Proven high reliability Higher than 99% High boiler efficiency 91-92% ɳ > 28% High steam parameters 75 bar / 520 ºC Excellent environmental performance Low NOx and almost zero UBC (Unburn Carbon) in ash Relatively low maintenance cost No moving parts in furnace 19

20 Valmet CFB for Refuse Derived Fuel (RDF) Special design features Empty pass with Water soot blowing Replaceable super heaters Refractory covered furnace Reliable fuel feeding equipment Flue gas cooling down <620 C Effective removal of bottom ash, sieving & recycling Final superheater in loop seal, outside fluegases 20

21 Challenge: High temp corrosion due to Chlorine (Cl) in RDF Solution: Loop seal superheater Final superheater in loop seal is effectively isolated from fluegases Gas atmosphere much less corrosive compared to furnace or back pass Double layer tube design for RDF application to avoid alkali chlorine condensation Allows steam temperature up to 520 ºC with limited corrosion risk Outside surface T ~ 700 C Inside T = C 21

22 Fuels A brief overview Constituent Wood chips Recycled wood RDF SRF Moisture,% S,% DS Cl,% DS GCV Ash,% K2O, % K+Na mg/kg Lead, ppm Mercury, ppm

23 Reliable energy from Waste 23 Ra

24 Reliable energy from Waste E.ON, Norrköping, Sweden Start-up 2002 Stora Enso, Gent, Belgium Start-up 2010 District heat and electricity from MSW & CIW Flexible fuel mix and high reliability > 99% 24

25 Reliable energy from waste Mälarenergi, Västerås, Sweden Start-up 2014 Turun Seudun, Finland Start-up 2017 World s largest CFB for EfW District heat and electricity from MSW & CIW Capacity Fuel Reliability 390 MWth Wood biomass,agro biomass, peat, coal, SRF N/A 25

26 Turnkey EfW plant - RecycPower Customer benefits of EPC/Turnkey delivery and standardization Modular plant design à EPC delivery à Shop assembled modules à CFB combustion à RDF, bio, coal and sludges à 10,5 MWe,net from 100 ktpa à CHP per requirements Compact footprint 33m x 33m x 33m Steam drum Stack Boiler Ash silo Economizer Boiler silo Bag House Feed water tank module Benefits to customer à Fast project implementation à Multi-fuel capability à Solid bankability Make-up water tank module Condenser module Heat exchanger module Turbine generator 26

27 Summary

28 CFB for EfW - Advantages More Recycling / less unburn Higher Energy recovery More Fuel flexibility Lower Environmental impact 28

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