PURCHASED COMPONENTS
STEEL EPOXY COATINGS
CHROME VI COMPONENTS INJECTED FOAM COMPONENTS PU FOAM BLOCKS OTHER
METAL FACTORY JASŁO
DESK AND TABLE BASES SWIVEL AND CONFERENCE CHAIR BASES SEAT, BACKREST, HEADREST, ARMREST PADDINGS
DESKS LEGEND:
FURNITURE FACTORY
JASŁO
MDFCHIPBOARD
VENEERS LAMINATES ABS EDGES ADHESIVES OTHER
WOOD LOGS ADHESIVES STAINS ENAMELS LAMINATES VENEERS OTHER
WOOD FACTORY RZEPEDŹ
INNER CONSTRUCTIONS SEATS BACKRESTS WOODEN LEGS ARMREST PADS OTHER
CHAIR FACTORY
JASŁO
GAS LIFTS
CHAIR BASES
MECHANISMS ARMRESTS
SOFA INNER CONSTRUCTIONS
PLASTIC COMPONENTS, FABRICS
TABLESCABINETSCONTAINERSPANELSCONFERENCE CHAIRS
PURCHASED COMPONENTS
PURCHASED COMPONENTS
SOFAS
SWIVEL CHAIRS
WOODEN COMPONENTS
SOLD PRODUCTS PRODUCED COMPONENTS
GENERAL RULES APPLIED
END OF LIFE SCENARIOS
It is assumed that at the end-of-life, the declared product is dismantled manually or with the use of electrical tools. The resulting waste is transported to waste processing plant distant by 75 km on 24t lorry (Euro 5) with 90% capacity utilization (module C2). Selectively recovered materials undergo recycling, energy recovery or landfilling according to national treatment practice of the industrial waste and recommendations of Nowy Styl sp. z o.o. Environmental burdens declared in module C4 are associated with waste-specific emissions to air and groundwater. A potential credit resulting from the recycling and energy recovery are presented in module D.
Table 1 End of life scenario for specific product.
DATA COLLECTION PERIOD
Primary data provided by Nowy Styl sp. z o.o. covers a period of 01.01.2021 – 31.12.2021 (1 year). The life cycle assessments were prepared for Poland and Europe as reference area.
DATA QUALITY
The data selected for LCA analysis originate from ITBLCI questionnaires completed by Nowy Styl Sp. z o.o. using the inventory data, ITB and Ecoinvent databases. No specific data collected is older than five years and no generic datasets used are older than ten years. The representativeness, completeness, reliability, and consistency are judged as good.
ASSUMPTIONS AND ESTIMATES
The impacts of the representative the specific product were aggregated using weighted average. Impacts were inventoried and calculated for all products.
CALCULATION RULES
LCA was done in accordance with ITB PCR A using ITB LCA-tool.
DATA BASES
The data for the processes come from the following databases: Ecoinvent v.3.9, specific EPDs, ITB-Data. specific data quality analysis was a part of the external audit.
Raw material supply
Transport
Manufacturing
Transport to construction site
Construction-installation process
Use
Maintenance
Repair
Replacement
Refurbishment
Operational energy use
Operational water use
Deconstruction demolition
Transport
Waste processing
Disposal
Reuse-recovery-recycling potential
K40 CABINETS
Environmental impacts : (DU) 1 piece (weight : 86.70 kg*)
IMPACT CATEGORIESUNITA1A2A3A1-A3C1C2C3C4D
Global Warming Potentialeq. kg CO2 7.32E-011.57E-013.98E+014.07E+014.97E-022.37E-033.29E+001.36E-02-2.50E+01
Greenhouse gas potential - fossileq. kg CO2 4.17E+011.56E-013.91E+018.10E+014.88E-022.36E-032.69E+001.36E-02-2.67E+01
Greenhouse gas potential - biogeniceq. kg CO2 -4.10E+017.78E-046.71E-01-4.04E+018.80E-048.06E-065.98E-014.42E-051.93E+00
Global warming potential - land use and land use changeeq. kg CO2 1.32E-019.12E-058.82E-031.41E-011.15E-059.25E-072.18E-046.25E-06-2.38E-01
Stratospheric ozone depletion potentialeq. kg CFC 114.92E-063.42E-088.66E-075.82E-068.75E-105.45E-104.37E-073.63E-09-1.86E-06
Soil and water acidification potentialeq. mol H+2.47E+006.11E-043.71E-012.84E+004.84E-049.57E-061.05E-028.07E-05-5.29E-02
Eutrophication potential - freshwatereq. kg P1.62E-011.49E-056.32E-022.25E-018.29E-051.58E-079.42E-057.39E-07-2.16E-02
Eutrophication potential - seawatereq. kg N7.81E-011.69E-045.29E-028.34E-016.88E-052.89E-064.12E-034.53E-05-1.28E-02
Eutrophication potential - terrestrialeq. mol N8.20E+001.84E-034.54E-018.66E+005.90E-043.15E-054.48E-023.15E-04-1.36E-01
Potential for photochemical ozone synthesiseq. kg NMVOC3.56E+005.74E-041.28E-013.69E+001.66E-049.65E-061.26E-029.24E-05-3.84E-02
Potential for depletion of abiotic resources - nonfossil resourceseq. kg Sb3.85E-049.59E-075.16E-054.38E-046.59E-088.36E-091.18E-061.91E-087.15E-04
Abiotic depletion potential - fossil fuelsMJ1.41E+032.29E+005.95E+022.00E+037.45E-013.50E-022.76E+012.43E-01-4.79E+02
Water deprivation potentialeq. m3 3.90E+021.39E-021.16E+014.02E+021.51E-021.62E-041.30E-018.52E-04-4.25E+01
Environmental impacts : (DU) 1 piece (weight : 86.70 kg*)
ASPECTSUNITA1A2A3A1-A3C1C2C3C4D
Consumption of renewable primary energyexcluding renewable primary energy sources used as raw materials
Consumption of renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
“Total consumption of renewable primary energy resources (primary energy AND primary energy resources used as raw materials)”
“Consumption of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials”
MJ3.55E+024.82E-024.13E+013.97E+025.41E-025.02E-041.66E-013.17E-03-2.18E+02
Consumption of non-renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
„Total consumption of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)”
MJ1.41E+032.29E+006.32E+021.03E+037.89E-013.50E-022.99E+012.43E-01-5.32E+02
Consumption of secondary materialskg3.88E+011.17E-030.00E+003.88E+000.00E+001.17E-053.18E-045.19E-051.57E-01
Consumption of renewable secondary fuelsMJ1.77E-011.40E-050.00E+001.77E-010.00E+001.29E-075.52E-061.24E-033.88E+01
Consumption of non-renewable secondary fuelsMJ1.07E+030.00E+000.00E+001.07E+030.00E+000.00E+000.00E+000.00E+003.21E+00
Net consumption of freshwater resourcesm3 3.27E+003.71E-042.37E-013.51E+002.42E-044.40E-061.45E-032.77E-04-1.31E-01
Environmental impacts : (DU) 1 piece (weight : 86.70 kg*)
WASTESUNITA1A2A3A1-A3C1C2C3C4D
Hazardous waste, neutralisedkg7.21E+003.55E-036.19E-027.28E+001.54E-073.93E-053.85E-022.43E-04-2.51E-01
Non-hazardous waste, neutralisedkg1.29E+016.54E-023.99E+001.69E+014.40E-036.97E-041.10E+004.00E-02-1.03E+01
Radioactive wastekg1.13E-031.54E-054.94E-041.64E-036.38E-072.61E-091.93E-041.62E-06-3.65E-04
Components for re-usekg1.06E-030.00E+000.00E+001.06E-030.00E+000.00E+000.00E+000.00E+000.00E+00
Materials for recyclingkg5.62E-039.07E-062.94E+012.94E+010.00E+001.08E-078.83E-034.57E-075.87E-01
Materials for energy recoverykg3.48E-047.01E-080.00E+003.48E-040.00E+008.76E-101.73E-085.59E-09-1.98E-06
Energy exportedMJ7.08E+003.16E-030.00E+007.08E+000.00E+000.00E+003.37E+001.75E-043.32E-01
K40 CADDY
Environmental impacts : (DU) 1 piece (weight : 63.87 kg*)
IMPACT CATEGORIESUNITA1A2A3A1-A3C1C2C3C4D
Global Warming Potentialeq. kg CO2 1.27E+011.16E-014.87E+016.15E+014.97E-021.75E-032.43E+001.01E-02-1.85E+01
Greenhouse gas potential - fossileq. kg CO2 4.04E+011.16E-014.78E+018.84E+014.88E-021.74E-031.99E+001.00E-02-1.97E+01
Greenhouse gas potential - biogeniceq. kg CO2 -2.79E+015.76E-048.20E-01-2.70E+018.80E-045.96E-064.43E-013.27E-051.43E+00
Global warming potential - land use and land use changeeq. kg CO2 2.02E-016.75E-051.08E-022.13E-011.15E-056.85E-071.61E-044.63E-06-1.76E-01
Stratospheric ozone depletion potentialeq. kg CFC 114.10E-062.53E-081.06E-065.19E-068.75E-104.04E-103.24E-072.69E-09-1.38E-06
Soil and water acidification potentialeq. mol H+1.77E+004.52E-044.53E-012.23E+004.84E-047.08E-067.77E-035.97E-05-3.92E-02
Eutrophication potential - freshwatereq. kg P1.16E-011.10E-057.72E-021.93E-018.29E-051.17E-076.97E-055.47E-07-1.60E-02
Eutrophication potential - seawatereq. kg N5.40E-011.25E-046.45E-026.05E-016.88E-052.14E-063.05E-033.35E-05-9.48E-03
Eutrophication potential - terrestrialeq. mol N5.67E+001.36E-035.54E-016.22E+005.90E-042.33E-053.32E-022.33E-04-1.01E-01
Potential for photochemical ozone synthesiseq. kg NMVOC2.46E+004.25E-041.57E-012.61E+001.66E-047.14E-069.34E-036.84E-05-2.84E-02
Potential for depletion of abiotic resources - nonfossil resourceseq. kg Sb3.44E-047.10E-076.31E-054.08E-046.59E-086.18E-098.70E-071.41E-085.29E-04
Abiotic depletion potential - fossil fuelsMJ1.23E+031.69E+007.28E+021.96E+037.45E-012.59E-022.04E+011.79E-01-3.55E+02
Water deprivation potentialeq. m3 2.74E+021.03E-021.41E+012.88E+021.51E-021.20E-049.63E-026.31E-04-3.15E+01
Environmental impacts : (DU) 1 piece (weight : 63.87 kg*) ASPECTSUNITA1A2A3A1-A3C1C2C3C4D
Consumption of renewable primary energyexcluding renewable primary energy sources used as raw materials
Consumption of renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
“Total consumption of renewable primary energy resources (primary energy AND primary energy resources used as raw materials)”
“Consumption of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials”
MJ2.86E+023.57E-025.04E+013.36E+025.41E-023.71E-041.23E-012.34E-03-1.61E+02
Consumption of non-renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
„Total consumption of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)”
MJ1.23E+031.69E+007.72E+021.34E+037.89E-012.59E-022.21E+011.80E-01-3.94E+02
Consumption of secondary materialskg3.28E+018.69E-040.00E+003.28E+000.00E+008.68E-062.36E-043.84E-051.16E-01
Consumption of renewable secondary fuelsMJ5.37E-021.04E-050.00E+005.37E-020.00E+009.56E-084.09E-069.20E-042.87E+01
Consumption of non-renewable secondary fuelsMJ7.23E+020.00E+000.00E+007.23E+020.00E+000.00E+000.00E+000.00E+002.38E+00
Net consumption of freshwater resourcesm3 2.44E+002.74E-042.91E-012.73E+002.42E-043.26E-061.07E-032.05E-04-9.71E-02
Environmental impacts : (DU) 1 piece (weight : 63.87 kg*)
WASTESUNITA1A2A3A1-A3C1C2C3C4D
Hazardous waste, neutralisedkg6.98E+002.63E-038.95E-027.07E+001.54E-072.91E-052.85E-021.80E-04-1.86E-01
Non-hazardous waste, neutralisedkg1.11E+014.84E-024.88E+001.60E+014.40E-035.16E-048.14E-012.96E-02-7.59E+00
Radioactive wastekg2.30E-031.14E-056.03E-042.91E-036.38E-071.93E-091.43E-041.20E-06-2.70E-04
Components for re-usekg2.81E-040.00E+000.00E+002.81E-040.00E+000.00E+000.00E+000.00E+000.00E+00
Materials for recyclingkg2.43E-036.71E-063.57E+013.57E+010.00E+008.02E-086.54E-033.38E-074.34E-01
Materials for energy recoverykg1.10E-045.19E-080.00E+001.10E-040.00E+006.48E-101.28E-084.14E-09-1.47E-06
Energy exportedMJ1.05E+012.34E-030.00E+001.05E+010.00E+000.00E+002.49E+001.29E-042.46E-01
K40 ORGATOWERS
Environmental impacts : (DU) 1 piece (weight : 91.04kg*)
IMPACT CATEGORIESUNITA1A2A3A1-A3C1C2C3C4D
Global Warming Potentialeq. kg CO2 -5.16E-011.66E-015.03E+014.99E+014.97E-022.50E-033.48E+001.44E-02-2.64E+01
Greenhouse gas potential - fossileq. kg CO2 4.28E+011.65E-014.94E+019.24E+014.88E-022.49E-032.84E+001.44E-02-2.82E+01
Greenhouse gas potential - biogeniceq. kg CO2 -4.34E+018.24E-048.48E-01-4.25E+018.80E-048.52E-066.33E-014.68E-052.04E+00
Global warming potential - land use and land use changeeq. kg CO2 1.16E-019.65E-051.11E-021.27E-011.15E-059.79E-072.30E-046.62E-06-2.52E-01
Stratospheric ozone depletion potentialeq. kg CFC 115.06E-063.62E-081.09E-066.19E-068.75E-105.77E-104.63E-073.84E-09-1.97E-06
Soil and water acidification potentialeq. mol H+2.59E+006.46E-044.68E-013.06E+004.84E-041.01E-051.11E-028.54E-05-5.60E-02
Eutrophication potential - freshwatereq. kg P1.70E-011.58E-057.99E-022.50E-018.29E-051.68E-079.97E-057.82E-07-2.28E-02
Eutrophication potential - seawatereq. kg N8.25E-011.79E-046.68E-028.92E-016.88E-053.06E-064.36E-034.79E-05-1.35E-02
Eutrophication potential - terrestrialeq. mol N8.66E+001.95E-035.74E-019.24E+005.90E-043.33E-054.75E-023.34E-04-1.44E-01
Potential for photochemical ozone synthesiseq. kg NMVOC3.77E+006.07E-041.62E-013.93E+001.66E-041.02E-051.34E-029.78E-05-4.06E-02
Potential for depletion of abiotic resources - nonfossil resourceseq. kg Sb3.79E-041.01E-066.52E-054.45E-046.59E-088.84E-091.24E-062.02E-087.56E-04
Abiotic depletion potential - fossil fuelsMJ1.45E+032.42E+007.52E+022.21E+037.45E-013.70E-022.92E+012.57E-01-5.07E+02
Water deprivation potentialeq. m3 4.10E+021.47E-021.46E+014.25E+021.51E-021.71E-041.38E-019.02E-04-4.50E+01
Environmental impacts : (DU) 1 piece (weight : 91.04kg*) ASPECTSUNITA1A2A3A1-A3C1C2C3C4D
Consumption of renewable primary energyexcluding renewable primary energy sources used as raw materials
Consumption of renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
“Total consumption of renewable primary energy resources (primary energy AND primary energy resources used as raw materials)”
“Consumption of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials”
MJ3.64E+025.10E-025.21E+014.16E+025.41E-025.31E-041.75E-013.35E-03-2.31E+02
Consumption of non-renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
„Total consumption of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)”
MJ3.82E+022.42E+007.98E+021.18E+037.89E-013.70E-023.16E+012.57E-01-5.63E+02
Consumption of secondary materialskg4.51E+011.24E-030.00E+004.51E+000.00E+001.24E-053.37E-045.50E-051.67E-01
Consumption of renewable secondary fuelsMJ5.14E-021.48E-050.00E+005.14E-020.00E+001.37E-075.84E-061.32E-034.10E+01
Consumption of non-renewable secondary fuelsMJ1.13E+030.00E+000.00E+001.13E+030.00E+000.00E+000.00E+000.00E+003.40E+00
Net consumption of freshwater resourcesm3 3.42E+003.92E-042.99E-013.72E+002.42E-044.66E-061.53E-032.93E-04-1.39E-01
Environmental impacts : (DU) 1 piece (weight : 91.04 kg*)
WASTESUNITA1A2A3A1-A3C1C2C3C4D
Hazardous waste, neutralisedkg7.30E+003.76E-037.48E-027.37E+001.54E-074.15E-054.08E-022.57E-04-2.66E-01
Non-hazardous waste, neutralisedkg1.27E+016.92E-025.05E+001.78E+014.40E-037.38E-041.16E+004.23E-02-1.09E+01
Radioactive wastekg6.67E-041.63E-056.24E-041.31E-036.38E-072.76E-092.04E-041.72E-06-3.87E-04
Components for re-usekg2.50E-040.00E+000.00E+002.50E-040.00E+000.00E+000.00E+000.00E+000.00E+00
Materials for recyclingkg1.79E-039.59E-063.72E+013.72E+010.00E+001.15E-079.35E-034.84E-076.21E-01
Materials for energy recoverykg1.04E-047.42E-080.00E+001.04E-040.00E+009.27E-101.83E-085.92E-09-2.10E-06
Energy exportedMJ8.10E+003.34E-030.00E+008.11E+000.00E+000.00E+003.56E+001.85E-043.51E-01
K40 PEDESTALS
Environmental impacts : (DU) 1 piece (weight : 48.62 kg*)
IMPACT CATEGORIESUNITA1A2A3A1-A3C1C2C3C4D
Global Warming Potentialeq. kg CO2 3.27E+018.82E-023.41E+016.69E+014.97E-021.33E-031.84E+007.64E-03-1.40E+01
Greenhouse gas potential - fossileq. kg CO2 4.72E+018.77E-023.36E+018.09E+014.88E-021.32E-031.51E+007.61E-03-1.50E+01
Greenhouse gas potential - biogeniceq. kg CO2 -1.46E+014.37E-045.77E-01-1.41E+018.80E-044.52E-063.36E-012.48E-051.08E+00
Global warming potential - land use and land use changeeq. kg CO2 7.63E-025.11E-057.58E-038.39E-021.15E-055.19E-071.22E-043.51E-06-1.34E-01
Stratospheric ozone depletion potentialeq. kg CFC 112.64E-061.92E-087.35E-073.39E-068.75E-103.06E-102.45E-072.04E-09-1.04E-06
Soil and water acidification potentialeq. mol H+1.01E+003.42E-043.19E-011.33E+004.84E-045.37E-065.89E-034.53E-05-2.97E-02
Eutrophication potential - freshwatereq. kg P6.52E-028.36E-065.43E-021.20E-018.29E-058.89E-085.28E-054.14E-07-1.21E-02
Eutrophication potential - seawatereq. kg N3.04E-019.48E-054.54E-023.49E-016.88E-051.62E-062.31E-032.54E-05-7.18E-03
Eutrophication potential - terrestrialeq. mol N3.19E+001.03E-033.90E-013.58E+005.90E-041.77E-052.52E-021.77E-04-7.64E-02
Potential for photochemical ozone synthesiseq. kg NMVOC1.40E+003.22E-041.10E-011.51E+001.66E-045.41E-067.08E-035.18E-05-2.15E-02
Potential for depletion of abiotic resources - nonfossil resourceseq. kg Sb3.85E-045.38E-074.43E-054.30E-046.59E-084.69E-096.60E-071.07E-084.01E-04
Abiotic depletion potential - fossil fuelsMJ1.51E+031.28E+005.11E+022.02E+037.45E-011.96E-021.55E+011.36E-01-2.69E+02
Water deprivation potentialeq. m3 1.55E+027.81E-039.94E+001.65E+021.51E-029.07E-057.30E-024.78E-04-2.38E+01
Environmental impacts : (DU) 1 piece (weight : 48.62 kg*)
ASPECTSUNITA1A2A3A1-A3C1C2C3C4D
Consumption of renewable primary energyexcluding renewable primary energy sources used as raw materials
Consumption of renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
“Total consumption of renewable primary energy resources (primary energy AND primary energy resources used as raw materials)”
“Consumption of non-renewable primary energy, excluding non-renewable primary energy resources used as raw materials”
MJ1.60E+022.70E-023.55E+011.96E+025.41E-022.81E-049.30E-021.78E-03-1.22E+02
Consumption of non-renewable primary energy resources used as raw materialsMJINAINAINAINAINAINAINAINAINA
„Total consumption of non-renewable primary energy resources (primary energy and primary energy resources used as raw materials)”
MJ1.23E+031.28E+005.42E+021.77E+037.89E-011.96E-021.67E+011.36E-01-2.98E+02
Consumption of secondary materialskg1.87E+016.59E-040.00E+004.86E+000.00E+006.58E-061.79E-042.91E-058.83E-02
Consumption of renewable secondary fuelsMJ1.28E-027.85E-060.00E+001.28E-020.00E+007.25E-083.10E-066.97E-042.18E+01
Consumption of non-renewable secondary fuelsMJ3.85E+020.00E+000.00E+003.85E+020.00E+000.00E+000.00E+000.00E+001.80E+00
Net consumption of freshwater resourcesm3 1.29E+002.08E-042.01E-011.49E+002.42E-042.47E-068.12E-041.55E-04-7.36E-02
Environmental impacts : (DU) 1 piece (weight : 86.70 kg*)
WASTESUNITA1A2A3A1-A3C1C2C3C4D
Hazardous waste, neutralisedkg4.69E+001.99E-032.90E-024.72E+001.54E-072.20E-052.16E-021.36E-04-1.41E-01
Non-hazardous waste, neutralisedkg1.34E+013.67E-023.43E+001.69E+014.40E-033.91E-046.17E-012.24E-02-5.75E+00
Radioactive wastekg1.22E-048.62E-064.24E-045.65E-046.38E-071.46E-091.08E-049.10E-07-2.05E-04
Components for re-usekg4.78E-050.00E+000.00E+004.78E-050.00E+000.00E+000.00E+000.00E+000.00E+00
Materials for recyclingkg8.81E-045.08E-062.55E+012.55E+010.00E+006.07E-084.95E-032.56E-073.29E-01
Materials for energy recoverykg4.39E-053.93E-080.00E+004.40E-050.00E+004.91E-109.72E-093.14E-09-1.11E-06
Energy exportedMJ6.49E+001.77E-030.00E+006.49E+000.00E+000.00E+001.89E+009.79E-051.86E-01
Podpisjestprawid owy
Dokument podpisany przez Michał Piasecki; ITB Data: 2023.09.04 16:11:51 CEST