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{"sheet":"Formblatt CO2-Bonus","index":0,"n_rows":84,"n_cols":17,"rows_kept":84,"cut":false,"hidden":false,"merged":[[65,0,66,8],[12,8,13,8],[39,5,42,7],[39,8,42,8],[12,14,13,14],[38,0,38,8],[31,0,37,0],[30,0,30,8],[12,9,13,9],[22,0,29,0],[14,0,20,0],[21,0,21,8],[12,12,13,12],[50,5,52,8],[47,5,49,8],[61,5,61,8],[2,1,2,6],[3,3,3,6],[12,13,13,13],[4,0,4,8],[6,0,6,8],[9,0,9,1],[11,0,11,8],[5,0,5,1],[12,2,13,2],[12,5,13,5],[12,7,13,7],[12,6,13,6],[43,5,45,7],[43,8,45,8],[12,11,13,11],[12,10,13,10],[53,5,60,8]]}
[]
["CO2-Tool_Wood 1.0 (02.2022)"]
[]
[]
["Für den Einsatz nachwachsender, Kohlenstoff speichernder Baustoffe aus nachhaltiger Bewirtschaftung\n"]
["Status:"]
["Formblatt zur Berechnung der Speicherung biogenen Kohlenstoffs in t CO2"]
["Die grün hinterlegten Felder sind auszufüllen."]
[]
["BGF (oberirdisch) [m²]:"]
[]
["Anmerkung: Ist das verbaute Material nicht in der Liste vorhanden, muss dieses dem nächstliegenden Datensatz (z. B. Material mit ähnlicher Dichte oder ähnlichem Bauprodukt) zugeordnet werden."]
[null,null,"Verbautes Volumen\nEntsprechend\nbeiliegender Rechnung 1)\n[m³]",null,null,"Dichte, inkl. Holzfeuchte 2) [kg/m³] (lutro)","Verbaute Masse (lutro) 1)\n[kg] ","Verbaute Holzmasse (atro + ohne Zusatzstoffe) [kg]","Im Baustoff gebundene Menge biogener Kohlenstoff 3)\n[kg CO2]","% Zusatzstoffe/Bindemittel","% Holzfeuchte","Kohlenstoff-gehalt [kgC/m³]","Kohlenstoff-gehalt [kg C]","gebundene Menge CO2 \n[kg CO2]","Quelle Datensatz"]
["Material-Typ","Material 1)",null,"zertifiziert nach FSC, PEFC oder gleichwertig 1)","Zertifikat Nr."]
["Vollholz in [m³]","Nadelschnittholz",null,null,null,484.51,{"$f":"IF(C15>0,C15*F15,\" \")","v":" "},{"$f":"IF(C15>0,(G15-(G15*J15/100))/(1+(K15/100)),\" \")","v":" "},{"$f":"IF(C15>0,H15*0.5*(44/12),\" \")","v":" "},0,12,216.3,{"$f":"L15*C15","v":0},{"$f":"M15*44/12","v":0},"thünen"]
[null,"Konstruktionsvollholz",null,null,null,492.92,{"$f":"IF(C16>0,C16*F16,\" \")","v":" "},{"$f":"IF(C16>0,(G16-(G16*J16/100))/(1+(K16/100)),\" \")","v":" "},{"$f":"IF(C16>0,H16*0.5*(44/12),\" \")","v":" "},{"$f":"0.043+0.002+0.059","v":0.104},12,219.83,{"$f":"L16*C16","v":0},{"$f":"M16*44/12","v":0},"thünen"]
[null,"Balkenschichtholz (Duo-Triobalken)",null,null,null,500.36,{"$f":"IF(C17>0,C17*F17,\" \")","v":" "},{"$f":"IF(C17>0,(G17-(G17*J17/100))/(1+(K17/100)),\" \")","v":" "}," ",{"$f":"0.655+0.031+0.309+0.005","v":1},12,221.14,0,0,"thünen"]
[null,"Brettschichtholz - Standardformen",null,null,null,507.11," "," "," ",{"$f":"1.622+0.058+0.057+0.0003","v":1.7373000000000001},12,222.46,0,0,"thünen"]
[null,"Brettschichtholz - Sonderformen",null,null,null,508.43," "," "," ",{"$f":"2.199+0.293+0.011","v":2.5030000000000001},12,221.3,0,0,"thünen"]
[null,"Brettsperrholz",null,null,null,489.41," "," ",{"$f":"IF(C20>0,H20*0.5*(44/12),\" \")","v":" "},{"$f":"0.814+0.691+0.039","v":1.5439999999999998},12,215.12,0,{"$f":"M20*44/12","v":0},"thünen"]
[null,"Laubschnittholz",null,null,null,761.6," "," ",{"$f":"IF(C21>0,H21*0.5*(44/12),\" \")","v":" "},0,12,340,0,0,"thünen"]
[]
["Holz-\nWerkstoffe in [m³]","3- und 5-Schichtholzplatten",null,null,null,510.45,{"$f":"IF(C23>0,C23*F23,\" \")","v":" "},{"$f":"IF(C23>0,(G23-(G23*J23/100))/(1+(K23/100)),\" \")","v":" "},{"$f":"IF(C23>0,H23*0.5*(44/12),\" \")","v":" "},3.4860000000000002,12,219.94,{"$f":"L23*C23","v":0},{"$f":"M23*44/12","v":0},"thünen"]
[null,"Sperrholz",null,null,null,823.93,{"$f":"IF(C24>0,C24*F24,\" \")","v":" "},{"$f":"IF(C24>0,(G24-(G24*J24/100))/(1+(K24/100)),\" \")","v":" "},{"$f":"IF(C24>0,H24*0.5*(44/12),\" \")","v":" "},10.87,8,340,{"$f":"L24*C24","v":0},0,"thünen"]
[null,"OSB",null,null,null,600," ",{"$f":"IF(C25>0,(G25-(G25*J25/100))/(1+(K25/100)),\" \")","v":" "}," ",{"$f":"3.52+1.61+1.89","v":7.02},5,265.43,0,0,"thünen"]
[null,"Röhrenspanplatte",null,null,null,272," ",{"$f":"IF(C26>0,(G26-(G26*J26/100))/(1+(K26/100)),\" \")","v":" "}," ",{"$f":"7.405+0.125","v":7.53},7,117.6,0,0,"thünen"]
[null,"Spanplatte, melaminbeschichtet",null,null,null,633.29," "," "," ",{"$f":"6.84+1.372+0.001+0.311+0.234+0.082+1.452","v":10.292},7,265.48,0,0,"thünen"]
[null,"Spanplatte, roh",null,null,null,633.30999999999995," "," "," ",{"$f":"7.513+0.796+0.065+0.135+0.392+0.22+0.002+0.042","v":9.1649999999999991},7,268.83,0,0,"thünen"]
[null,"MDF",null,null,null,737.5," "," "," ",{"$f":"12.961+0.631","v":13.592000000000001},8,295.14999999999998,0,0,"thünen"]
[null,"HDF",null,null,null,849.92," ",{"$f":"IF(C30>0,(G30-(G30*J30/100))/(1+(K30/100)),\" \")","v":" "},{"$f":"IF(C30>0,H30*0.5*(44/12),\" \")","v":" "},{"$f":"13.33+0.66","v":13.99},9,334.67,0,0,"thünen"]
[]
["Dämmstoffe in [m³]","Holzwolleleichtbauplatten",null,null,null,360,{"$f":"IF(C32>0,C32*F32,\" \")","v":" "},{"$f":"IF(C32>0,(G32-(G32*J32/100))/(1+(K32/100)),\" \")","v":" "},{"$f":"IF(C32>0,H32*0.5*(44/12),\" \")","v":" "},5,10,null,{"$f":"L32*C32","v":0},{"$f":"M32*44/12","v":0},"thinkstep"]
[null,"Holzfaserdämmplatte",null,null,null,150.76,{"$f":"IF(C33>0,C33*F33,\" \")","v":" "},{"$f":"IF(C33>0,M33*2,\" \")","v":" "},{"$f":"IF(C33>0,H33*0.5*(44/12),\" \")","v":" "},null,null,64.64,{"$f":"L33*C33","v":0},{"$f":"M33*44/12","v":0},"thünen"]
[null,"Zellulose Faserplatten",null,null,null,80," ",{"$f":"IF(C34>0,M34*2,\" \")","v":" "},{"$f":"IF(C34>0,H34*0.5*(44/12),\" \")","v":" "},null,null,26,{"$f":"L34*C34","v":0},{"$f":"M34*44/12","v":0},"Sphera Solutions GmbH"]
[null,"Zellulose Einblas-Dämmstoff",null,null,null,45," "," "," ",null,null,20.25,0,0,"Sphera Solutions GmbH",null," "]
[null,"Hanf-/Flachsvlies",null,null,null,38," "," "," ",null,null,16.149999999999999,0,0,"Sphera Solutions GmbH"]
[null,"Expandierter Kork",null,null,null,80," ",{"$f":"IF(C37>0,(G37-(G37*J37/100))/(1+(K37/100)),\" \")","v":" "},{"$f":"IF(C37>0,H37*0.5*(44/12),\" \")","v":" "},null,10,null,0,0,"thinkstep"]
[null,"Stroh",null,null,null,100," ",{"$f":"IF(C38>0,(G38-(G38*J38/100))/(1+(K38/100)),\" \")","v":" "},{"$f":"IF(C38>0,H38*0.5*(44/12),\" \")","v":" "},null,10,null,0,{"$f":"M38*44/12","v":0},"FASBA e.V."]
[]
["Vollholz:",null,null,null,null,"Speichermenge biogener Kohlenstoff \nin t CO2\nGesamt: ",null,null,{"$f":"SUM(I15:I21,I23:I30,I32:I38,0)/1000","v":0}]
["Nadelschnittholz","Datensatz: 3.1.01 Nadelschnittholz - getrocknet (Durchschnitt DE) "]
["Konstruktionsvollholz","Datensatz: 3.1.02 Konstruktionsvollholz (Durchschnitt DE)"]
["Balkenschichtholz (Duo-Triobalken)","Datensatz: 3.1.03 Balkenschichtholz (Durchschnitt DE)"]
["Brettschichtholz - Sonderformen","Datensatz: 3.1.04 Brettschichtholz - Sonderformen (Durchschnitt DE)",null,null,null,"Informativ: Speichermenge biogener Kohlenstoff / m2BGF",null,null,{"$f":"IF(C10>0,I40/C10,0)","v":0}]
["Brettschichtholz - Standardformen","Datensatz: 3.1.04 Brettschichtholz - Standardformen (Durchschnitt DE)"]
["Brettsperrholz","Datensatz: 3.1.05 Brettsperrholz (Durchschnitt DE)"]
["Laubschnittholz","Datensatz: 3.1.01 Laubschnittholz - getrocknet (Durchschnitt DE)"]
["Holzwerkstoffe:",null,null,null,null,"1) Nachvollziehbare Nachweise sind dem Förderantrag als nummerierte Anlage beizulegen."]
["3- und 5-Schichtholzplatten","Datensatz: 3.2.01 3- und 5-Schicht Massivholzplatte (Durchschnitt DE)"]
["Sperrholz","Datensatz: 3.2.02 Furniersperrholz (Durchschnitt DE)"]
["OSB","Datensatz: 3.2.04 Oriented Strand Board (Durchschnitt DE)",null,null,null,"2) Quelle: ökobau.dat Version: 2021-II-A2 vom 25.06.2021, Angaben inkl. Holzfeuchte (lutro)"]
["Röhrenspanplatte","Datensatz: 3.2.06 Röhrenspanplatte (Durchschnitt DE)"]
["Spanplatte, melaminbeschichtet","Datensatz: 3.2.06 Spanplatte - melaminbeschichtet (Durchschnitt DE)"]
["Spanplatte, roh","Datensatz: 3.2.06 Spanplatte, roh (Durchschnitt DE)",null,null,null,"3) Nachwachsende regenerative Baustoffe (Masse des Holzes, atro) bestehen zu 50% aus Kohlenstoff (C). Somit enthält 1 kg Baustoff (atro, ohne Zusatzstoffe) 0,5 kg Kohlenstoff (C). Diese Menge an Kohlenstoff (C) ist wiederum in 1,8 kg CO2 gebunden. Ergebnis: 1 kg an nachwachsendem regenerativem Baustoff bindet die Menge an Kohlenstoff, die in 1,8 kg vom Klimagas CO2 enthalten ist."]
["MDF","Datensatz: 3.2.07 Mitteldichte Faserplatte (Durchschnitt DE)"]
["HDF","Datensatz: 3.2.07 Hochdichte Faserplatte (Durchschnitt DE)"]
["Dämmstoffe:"]
["Holzwolleleichtbauplatten","Datensatz: 2.7.01 Holzwolle-Leichtbauplatte "]
["Holzfaserdämmplatte","Datensatz: 2.10.01 Holzfaserdämmstoff Trockenverfahren (Durchschnitt DE) "]
["Zellulose Faserplatten","Datensatz: 2.11.02 Zellulosefaserplatten "]
["Zellulose Einblas-Dämmstoff","Datensatz: 2.11.01 Zellulosefaser Einblas-Dämmstoff"]
["Hanf-/Flachsvlies","Datensatz: 2.13.01 Hanfvlies/ 2.12.01 Flachsvlies",null,null,null,"Erstellungsdatum Arbeitsblatt: 02.2022"]
["Expandierter Kork","Datensatz: 2.9.01 Expandierter Kork"]
["Stroh","Datensatz: 2.23.01 FASBA e.V. Baustroh; 100 kg/m³"]
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["Für die Richtigkeit der Angaben:"]
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[" __________________",null,null,"__________________"]
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["______________________________",null,null,"______________________________"]
["Unterschrift Bauherr + Stempel ",null,null,"Unterschrift Architekt + Stempel "]
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[null,null,null,null,null,null,null,null,"© Ruhr-Universität Bochum, Ressourceneffizientes Bauen, Prof. Dr.-Ing. Annette Hafner"]