Enerji ve Çevre Dünyası 3. Sayı (Mayıs 2001) / Ecogeneration World, Waste Recovery, Renewables & On-site Generation - Kojenerasyon Atıktan Enerji, Yenilebilir Enerji, Yerinde Üretim

----- FORTUM ENGINEERING (ff� �fı\lf ııM �ı1ı w�ıırn Co eneratimı, Waste recove , 'JlencwaG,s & On-site §enerati.on Figure 5) Bubling Fluidised Bed (BFB) type boilers are produced in high quality workshops. demonstrated in Sa.teri, Finland (1999, 52 MW fuel capacity) and in even larger scale in modification of Joensuu boiler (2000, 180 MW er (20fu0e0l,c8ap MaWcit yfu) ealncdapinamcitiyn)o. r scale in Kuusamo hot water boilTimoptalellymenenwtedboinileArrbvaiksae, dSwonedtheen F(2o0rt0u0m, 1B8FB technology was first MW fuel capacity). After the Arv ready to be cikoannperocjteecdt,atshea Bu nFiBq ubeocileormcbounscteiopnt oufn iFt otortuambiwo as fSuweleleddenC. HP plant. This will be implemented in Harnösand, COMPLETE INTEGRATED 810-CHP PLANT - AS SEEN iN HARNÖSAND Amse nmt eonf tai o nn ee wd , ob on iel eor fdtehsei gmn awi na sl e baedti nt egr taabr gi l iet yt st of our tti lhi zeeddei fvf ee rl oepn t fi mu epl sl e t- hmee cn lti eanst se fwf ei scht i vt oe l yu saes. pTohses oi btl heenr ei mw pporrot ac nets st h seoml uet i ownass t too sl omwael rl - secmai lses Ci o Hn sP apnl adnttos ot op ti ni mc irzeea sl i fee tchyecel ef fci coi es nt sc yo,f ttoh ea cphl ai envt .e fi ni l l eHda. RTNh eö Sp Al aNn ıDwCi l l HsPt a pr t l acnotm, t-hmeesrec itaalr goeptesr awt ii ol l ns uact ct eh sesef unldl y obfe f u l ­ 2001. Plant location Th oh ue ssi ni tge ai sr el oacsact eo dn ncel ocst e. At or cthhi tee tcot uwr na l caesnpt ee cr tws hpel ar ey mi n dauj osrt rri ao ll ea innd tr hees t vr i ci st utah ledneeswi g nl aoyfotuhte. Spol amn et . sEyxsi st et i mn gs hwei al l tbi neg cpol amnmt do inmteonbsoi ot hn s pPllaanntıscia. ep. afcuietyl haannddel i nnegrgreycbeai vlai nngcsetat i o n . Dcoisntdriecnt sheerat(F2G6CM)W with additional 7 MW heat from the flue gas ..Jiı E-COGENERATION WORLD & Renewable Energy Electric capacity nearly 12 MW Environmental performance e aE n m m d i i s s c s s o i i o o m n n p s l l . e i m N te i O t d s x f w o e i r t m h t h is s e e s il b o e o c ni t s l i e v a r e r p e n la o e n n f t f - ec c c a o - t v t a i e v ly e r t l C i y c O r r e e, d d N u u O c c e t x i d o , n a b n y ( d S a N d ir u C s s R t t a ) g . ing lLoowwdCu sOt eemm ii ss ss iioonnsreasr eultgsufar roamn teefef idc i ewni tthcboamgbfui lsl et iro. n process a n d Fuel supply sLaowc adl fuuset l sa nudt i lfi zo er edsat rree smi dauien l. yTwh eo osdh abraes oe fd t ih. ee .s we oi so d7 7c %h i p os f, tbhaer k , fBuoei ll ei nr pauntd. Tchoemrbeusst t2i o3n%syi sstbeemi n g covered w i t h peat. E Bnu x o m p ile e b r r e i w er n i o l c l f e b F e s B g b C a a is n b e e o d d il e o d r n s u r F a in n o g d r t tu r h e m e tr ' s o la f i s i n t t t - in h tw g o ou m s d e a e n c B y a F d eB e x s tis e t i c n in h g o n po b e l o o ri g a le y t r i . n s g wvilal si sbteeaapmpblieodileirn. this first Fortum completely designed power plant Steam turbine So nt eeaemx ttruarcbtii noen fwo irl l f beee dt ywp ai ctael r bhaecakt-i pn rge. sPsruorceesstse awmi l l at ul sr boi nhea vwei t ha 1E0x0t r%a nree tdeu cn et i or gnyboyuptaosfsfi nl uge tgh aesteusr b-i nceo. n d e n s e r Twhaet epr lvaan pt owui lrl pb er e es eq nuti pi np et hdewf iltuhef gl uaesgeasswci lol nbdeecnosnedr ewnhseerde ttoh ep r o ­ e ds f t u f a c e c e c k t . i d v i i e s n t sr H ic in a t c r h n e e ö o a s t t a h . n e T d r h w t is h is e t e y f p t lu h e e e o g e f a n fs e lu re c g o y g n a a d s v e a cn o i s la e n b d r l e e p n r w o s - o in d u g u ld c is e b s h e i f g r b e h lo e ly w 7 n M to W oefffidcisietnriccyt hoef amt.oDreeptheanndi1n0g0o%n cthaen wbeaysohof wefnfi.ciency definition, total Control system wC oi t hn t Fr ool rst uyms t'esmo wwni l l ebnee rbgays eedc oonn- owmi dyesl yo fut ws eadr eNkenl eo ws D- hNoAw s. o l u t i o n CONCLUSIONS Harnösand power plant will present Fortum's novel solution for biomass utilization. The plant in-corporates new Fortum's inhouse combustion technology that guarantees reliable operation with low environmental emissions. The efficient supply of the plant based on sophisticated design tools is also a real benefit to the customer.

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