logging in or signing up Biomass Harvesting blasegrady Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINT lite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 94 Category: Product Traini.. License: All Rights Reserved Like it (0) Dislike it (0) Added: November 23, 2009 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Biomass Harvesting Demoat Potlatch Tree FarmClearwater Region : Biomass Harvesting Demoat Potlatch Tree FarmClearwater Region 18 November 2009 Slide 2: The Valmet 911.3 leveling wheeled harvester easily works through the thinning area sorting saw logs, pulp logs and tops Slide 3: Valmet EX10 Harvester with 35 ft reach boom, thinning 70 ft harvest circle sorting 5 sorts at the stump. Slide 4: The forwarder does final sorting at roadside of 3 saw log sorts & 1 pulp log sort with the biomass being the 5th sort. Slide 5: 3 saw log sorts & 1 pulp log sort from the first thinning in this 30 year old stand. Saw log recovery was 445 m3 of the total 692 m3 harvested, or 64% of volume on the first day Slide 6: The beginning of the biomass pile of tree tops and limbs Slide 7: The biomass pile is windrowed behind the log deck Slide 8: The forwarder picks up the tops that have been sorted and dropped by the harvester Slide 9: The forwarder easily picks up large piles of the logging residue, keeping it clean and dirt free Slide 10: The biomass is collected and loaded as the forwarder makes its way through the thinning site Slide 11: The collection of the tops is quick and efficient, about 10 minutes to collect a load and forward down to landing. Slide 12: The forwarder unloading at biomass storage site, 2 minutes to unload Slide 13: The biomass sort is created with all tops laying the same direction, butts towards where the Bruks 805 mobile chipper will position for chipping Slide 14: The biomass windrowed pile will be left about 6 months to dry Slide 15: The forwarder brings another load of biomass down to the landing Slide 16: Unloading the tops into the pile Slide 17: After just a few loads the windrowed pile is growing quickly Slide 18: This pile is approximately 36 ft long by 16 ft high after just a few loads The net weight will be measured during the next step after 6 months of drying. (Estimates indicate $2 to $3 per ton to remove Biomass with the Forwarder Slide 19: As the pile of tops dry over the next couple of months, all the needles will fall off and a large amount of wood fiber will be ready to chip Slide 20: Logging contractors, Potlatch forestry people, the US Forest Service, transportation companies , chipping companies, paper mills and many others participated and watched the demonstration. Slide 21: People gathered at the landing to hear presentations about the Valmet CTL Equipment and the Bruks 805 chipper. Processes and techniques were discussed as well as production estimates Slide 22: The equipment operators discuss the days work by the fire Slide 23: Night falls on a days work. The biomass value will grow as markets mature, however being able to remove this during the logging operation economically, is what we came to do and proved. Slide 24: The next step will be chipping the windrowed material in the spring of 2010 with a Valmet forwarder mounted BRUKS 805.2 Mobile Chipper. We will also demonstrate the Roll-on-Roll-off bin-style transportation system. You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.
Biomass Harvesting blasegrady Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINT lite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 94 Category: Product Traini.. License: All Rights Reserved Like it (0) Dislike it (0) Added: November 23, 2009 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Biomass Harvesting Demoat Potlatch Tree FarmClearwater Region : Biomass Harvesting Demoat Potlatch Tree FarmClearwater Region 18 November 2009 Slide 2: The Valmet 911.3 leveling wheeled harvester easily works through the thinning area sorting saw logs, pulp logs and tops Slide 3: Valmet EX10 Harvester with 35 ft reach boom, thinning 70 ft harvest circle sorting 5 sorts at the stump. Slide 4: The forwarder does final sorting at roadside of 3 saw log sorts & 1 pulp log sort with the biomass being the 5th sort. Slide 5: 3 saw log sorts & 1 pulp log sort from the first thinning in this 30 year old stand. Saw log recovery was 445 m3 of the total 692 m3 harvested, or 64% of volume on the first day Slide 6: The beginning of the biomass pile of tree tops and limbs Slide 7: The biomass pile is windrowed behind the log deck Slide 8: The forwarder picks up the tops that have been sorted and dropped by the harvester Slide 9: The forwarder easily picks up large piles of the logging residue, keeping it clean and dirt free Slide 10: The biomass is collected and loaded as the forwarder makes its way through the thinning site Slide 11: The collection of the tops is quick and efficient, about 10 minutes to collect a load and forward down to landing. Slide 12: The forwarder unloading at biomass storage site, 2 minutes to unload Slide 13: The biomass sort is created with all tops laying the same direction, butts towards where the Bruks 805 mobile chipper will position for chipping Slide 14: The biomass windrowed pile will be left about 6 months to dry Slide 15: The forwarder brings another load of biomass down to the landing Slide 16: Unloading the tops into the pile Slide 17: After just a few loads the windrowed pile is growing quickly Slide 18: This pile is approximately 36 ft long by 16 ft high after just a few loads The net weight will be measured during the next step after 6 months of drying. (Estimates indicate $2 to $3 per ton to remove Biomass with the Forwarder Slide 19: As the pile of tops dry over the next couple of months, all the needles will fall off and a large amount of wood fiber will be ready to chip Slide 20: Logging contractors, Potlatch forestry people, the US Forest Service, transportation companies , chipping companies, paper mills and many others participated and watched the demonstration. Slide 21: People gathered at the landing to hear presentations about the Valmet CTL Equipment and the Bruks 805 chipper. Processes and techniques were discussed as well as production estimates Slide 22: The equipment operators discuss the days work by the fire Slide 23: Night falls on a days work. The biomass value will grow as markets mature, however being able to remove this during the logging operation economically, is what we came to do and proved. Slide 24: The next step will be chipping the windrowed material in the spring of 2010 with a Valmet forwarder mounted BRUKS 805.2 Mobile Chipper. We will also demonstrate the Roll-on-Roll-off bin-style transportation system.