21026-004 - Sayl® Chair

Image
Supplier21026 - Herman Miller
Code004
EAN
NameSayl® Chair
Unitcomplete product
Lifespan Years10
CategoryFurniture/Desk chairs
Environmental Footprint€6.31
DescriptionDesigned by Yves Béhar. Inspired by suspension bridges—structures that deliver the most using the least material—Sayl’s 3D Intelligent® back lets you stretch and move, striking a healthy balance between support and freedom. The elastomer strands vary in thickness and tension to provide greater support along the spine where you need it most, and less everywhere else, so you are free to move. Sayl’s unframed back and Y-Tower support create a striking visual aesthetic that reveals both the designer’s inspiration and intent. Whether you choose the full-suspension, upholstered back, or stretch-knit back cover, an expressive color palette gives you plenty of options for personalizing your chair.
StatusPublished
Calculator NameWAP Sustainability
Calculator ReferenceEPD10435
Reviewer NameJack Geibig
Created OnDec 10, 2020
Updated OnDec 10, 2020
Valid FromAug 21, 2020
Valid UntilAug 21, 2025

Phase Indicators

Environmental Footprint

Phase IndicatorA1-A3A4A5B1B2B3B4B5B6B7C1C2C3C4DTotal
Total€6.15€0.02€0.00        €0.02 €0.32-€0.20€6.31
abiotic_depletion_potential_nonfossil€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00-€0.00€0.00
abiotic_depletion_potential_fossil€0.12€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00-€0.01€0.12
acidification_potential€0.92€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.01-€0.08€0.86
ozone_depletion_potential€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00
global_warming_potential€4.74€0.01€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.02€0.00€0.29-€0.08€4.98
eutrophication_potential€0.33€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.02-€0.04€0.31
ozone_creation_potential€0.04-€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00€0.00-€0.00€0.00€0.00-€0.00€0.04

Raw values

CategoryPhase IndicatorUnitA1-A3A4A5B1B2B3B4B5B6B7C1C2C3C4DTotal
Environmental Impactsabiotic_depletion_potential_nonfossilkg Sb eq.1.8E-44.5E-81.1E-90.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E04.7E-80.0E06.8E-8-1.0E-61.8E-4
Environmental Impactsabiotic_depletion_potential_fossilMJ1.6E33.7E01.8E-10.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E04.5E00.0E01.3E1-6.8E11.5E3
Environmental Impactsacidification_potentialkg SO₂ eq.2.3E-15.7E-43.2E-50.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E06.5E-40.0E02.5E-3-1.9E-22.2E-1
Environmental Impactsozone_depletion_potentialkg CFC-11 eq.5.5E-102.8E-172.7E-170.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E04.3E-170.0E02.7E-15-6.4E-135.5E-10
Environmental Impactsglobal_warming_potentialkg CO2 eq.9.5E12.6E-16.2E-20.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E03.2E-10.0E05.9E0-1.7E01.0E2
Environmental Impactseutrophication_potentialkg (PO₄)³- eq.3.7E-21.5E-42.0E-50.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E01.7E-40.0E01.8E-3-4.0E-33.5E-2
Environmental Impactsozone_creation_potentialkg C₂H₄1.9E-2-1.9E-45.2E-70.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E0-2.1E-40.0E02.6E-4-1.6E-31.8E-2
Resource useuse_primary_energy_renewable_nonrawMJ2.1E21.5E-11.0E-20.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E01.7E-10.0E08.6E-1-5.8E11.5E2
Resource useuse_primary_energy_renewable_rawMJ0.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E0
Resource useuse_primary_energy_renewable_totalMJ2.1E21.5E-11.0E-20.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E01.7E-10.0E08.6E-1-5.8E11.5E2
Resource useuse_primary_energy_nonrenewable_nonrawMJ1.7E33.7E01.8E-10.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E04.5E00.0E01.4E1-7.6E11.6E3
Resource useuse_primary_energy_nonrenewable_rawMJ0.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E0
Resource useuse_primary_energy_nonrenewable_totalMJ1.7E33.7E01.8E-10.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E04.5E00.0E01.4E1-7.6E11.6E3
Resource useuse_secondary_materialkg1.9E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E01.9E0
Resource useuse_secondary_fuels_renewableMJ0.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E0
Resource useuse_secondary_fuels_nonrenewableMJ0.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E0
Resource useuse_fresh_waterm37.8E-16.9E-41.1E-40.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E06.9E-40.0E01.1E-2-3.0E-27.6E-1
Wastewaste_hazardouskg4.2E-66.4E-81.1E-90.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E06.3E-80.0E04.2E-8-7.0E-84.3E-6
Wastewaste_nonhazardouskg2.2E02.6E-41.2E-10.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E03.1E-40.0E01.2E1-4.1E-11.4E1
Wastewaste_radioactivekg3.5E-26.7E-61.9E-60.0E00.0E00.0E00.0E00.0E00.0E00.0E00.0E08.0E-60.0E01.8E-4-3.1E-33.2E-2

Material Circularity Indicators

40%
Input 16.022kg 100%
input_feedstock_virgin 12.225 76.30%
input_feedstock_recycled 3.797 23.70%
input_feedstock_reused 0 0.00%
input_feedstock_biobased 0 0.00%
Output 16.022kg 100%
output_collected_for_recycling 6.718730432737 41.93%
output_collected_for_reuse 0 0.00%
output_waste_energy_recovery 2.9657745394526 18.51%
output_waste_landfill 6.3374950278104 39.55%