Bjoern de Haan, BACKHUS North America

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FINAL MATERIAL– DM CONTENT 71,0 %
SUMMARY OF 1st AND 2nd RESEARCH PHASEBASIC DATAWindrow: Length: 50ftWidth:8,2ftHeight:2,3ftVolume:17.46yd³Bucket: Volume: 0,9yd³Mass balance: Date Windrow 1 Windrow 2 Windrow Z2*Fresh material: 50% 06.01.2010 8.73 8.73 17.46 yd³Pre-dried material: 50% 06.01.2010 8.73 8.73 yd³06.09.2010 3 6 Buckets06.11.2010 3 Buckets06.14.2010 3 Buckets06.16.2010 3 6 Buckets06.18.2010 3 Buckets06.21.2010 3 Buckets06.23.2010 3 6 Buckets* Windrow Z2 from August 2009Gesamt: 36.36 33,66 17.46 yd³
Page 1 and 2: Drying sewage sludge with BACKHUS 1
Page 3 and 4: SOLAR SEWAGE SLUDGE METHODSEstimate
Page 5 and 6: JULY 07 th 2009 INSTALLATION OF A S
Page 7 and 8: FIRST DELIVERY OF SEWAGE SLUDGEProv
Page 9 and 10: TURNING FREQUENCYWindrow Z1: under
Page 11 and 12: Day 11 OF 1 stRESEARCH PHASEBefore
Page 13 and 14: INTERMEDIATE RESULTS DAY 19- Minor
Page 15 and 16: END OF 1 st RESEARCH PHASE AFTER 58
Page 17 and 18: COMPOST FLEECE IS NOT NECESSARYDue
Page 19 and 20: AREA CONSUMPTION WITH BACKHUS 16.30
Page 21 and 22: GOALS OF 2 ndRESEARCH PHASE- Repeat
Page 23 and 24: April 8, 2010 - FIRST ADDING OF FRE
Page 25 and 26: TEMPERATURE PROFIL FIRST TRIAL70605
Page 27 and 28: SECOND TRIALJune 1st to July 28, 20
Page 29: FINAL MATERIAL - DM CONTENT 66,7 %
Page 33 and 34: CONCLUSIONDrying of sewage sludge w

Bjoern de Haan, BACKHUS North America

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