Datasets:
query_id stringlengths 11 11 | text stringlengths 126 331 | source_group stringlengths 13 13 | process_role stringclasses 5
values | elements dict | context stringclasses 1
value | text_sha256 stringlengths 64 64 |
|---|---|---|---|---|---|---|
CQ_TEST_001 | P (hard): Construction materials
B (hard): Freight transport from production sites to construction sites
G (preference): Netherlands
T (preference): Truck transport
Y (preference): 2018 | lca_source_01 | transport | {
"P": {
"text": "Construction materials",
"constraint": "hard"
},
"B": {
"text": "Freight transport from production sites to construction sites",
"constraint": "hard"
},
"G": {
"text": "Netherlands",
"constraint": "preference"
},
"T": {
"text": "Truck transport",
"constrai... | 858e314a64e3804c2ed5d232041290563ecb99bc7e1c045abd4645ca4aed231e | |
CQ_TEST_002 | P (hard): electricity
B (hard): operational energy supply for lighting and cooling
G (preference): Denmark
T (preference): national-grid generation mix
Y (preference): 2020 | lca_source_03 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "operational energy supply for lighting and cooling",
"constraint": "hard"
},
"G": {
"text": "Denmark",
"constraint": "preference"
},
"T": {
"text": "national-grid generation mix",
"constraint": "prefere... | bb6cd592ab415c8c3206545cbcc0ba0da816573bdfbfc7ff1fe8c4df6de3c0ba | |
CQ_TEST_003 | P (hard): Thermal energy for steaming, drying, and pressing
B (hard): Energy supply
G (preference): Central Germany
T (preference): Bark-fired steam boiler
Y (preference): 2010 | lca_source_06 | energy_supply | {
"P": {
"text": "Thermal energy for steaming, drying, and pressing",
"constraint": "hard"
},
"B": {
"text": "Energy supply",
"constraint": "hard"
},
"G": {
"text": "Central Germany",
"constraint": "preference"
},
"T": {
"text": "Bark-fired steam boiler",
"constraint": "pre... | c3fc09e4b67019e0ff6a8b3881a429000b5e118c638ce8fff62ccb7d073bc7b2 | |
CQ_TEST_004 | P (hard): Mycelium-inoculated rye grain transport service
B (hard): Transport of the grain input to the composite production site
G (preference): Austria
T (preference): Freight transportation
Y (preference): 2035 | lca_source_07 | transport | {
"P": {
"text": "Mycelium-inoculated rye grain transport service",
"constraint": "hard"
},
"B": {
"text": "Transport of the grain input to the composite production site",
"constraint": "hard"
},
"G": {
"text": "Austria",
"constraint": "preference"
},
"T": {
"text": "Freight tr... | a598fc46c61344cf99ca096319380b0f9ba7d0ad88660a940a71ff906ad3609b | |
CQ_TEST_005 | P (hard): post-demolition autoclaved aerated concrete
B (hard): End-of-life waste treatment
G (preference): Germany
T (preference): inert-material landfill treatment
Y (preference): 2022 scenario year | lca_source_08 | waste_treatment | {
"P": {
"text": "post-demolition autoclaved aerated concrete",
"constraint": "hard"
},
"B": {
"text": "End-of-life waste treatment",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "inert-material landfill treatment",
"constra... | 823193bef4fc60a18366f7588ca173914997e65831450683c4707bce227f9311 | |
CQ_TEST_006 | P (hard): Portland cement
B (hard): Cradle-to-gate production
G (preference): Europe
T (preference): Dry kiln with preheater and pre-calciner
Y (preference): 2050 | lca_source_10 | other | {
"P": {
"text": "Portland cement",
"constraint": "hard"
},
"B": {
"text": "Cradle-to-gate production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "Dry kiln with preheater and pre-calciner",
"constraint": "preference"
},
... | 28266536318294534c607ad3071cb681f56f026fdb39f43e08d555c85cdf753b | |
CQ_TEST_007 | P (hard): Electricity
B (hard): Operational energy use
G (preference): United Kingdom
T (preference): Constant grid generation mix
Y (preference): 2016 | lca_source_11 | energy_supply | {
"P": {
"text": "Electricity",
"constraint": "hard"
},
"B": {
"text": "Operational energy use",
"constraint": "hard"
},
"G": {
"text": "United Kingdom",
"constraint": "preference"
},
"T": {
"text": "Constant grid generation mix",
"constraint": "preference"
},
"Y": {
... | 6c9e29574102a4597d030d3c04e999aa6d72fda0176f8f4bbad2d68dcddad731 | |
CQ_TEST_008 | P (hard): Freight transport of high-quantity wall materials
B (hard): A4 transport from suppliers to the construction site
G (preference): Iran
T (preference): Diesel-powered 10-tonne truck
Y (preference): 2022 | lca_source_12 | transport | {
"P": {
"text": "Freight transport of high-quantity wall materials",
"constraint": "hard"
},
"B": {
"text": "A4 transport from suppliers to the construction site",
"constraint": "hard"
},
"G": {
"text": "Iran",
"constraint": "preference"
},
"T": {
"text": "Diesel-powered 10-to... | dee6e7a572929ba6460826d086306f791ccea49cce4eb81849cf639d76e09c01 | |
CQ_TEST_009 | P (hard): Grid electricity
B (hard): Operational electricity supply for building energy use
G (preference): Austria
T (preference): National-grid generation mix
Y (preference): 2013–2015 | lca_source_14 | energy_supply | {
"P": {
"text": "Grid electricity",
"constraint": "hard"
},
"B": {
"text": "Operational electricity supply for building energy use",
"constraint": "hard"
},
"G": {
"text": "Austria",
"constraint": "preference"
},
"T": {
"text": "National-grid generation mix",
"constraint":... | c4afa0b5d35ccd7528e1755edeb844edb9dd9b549c696588d06fdea2a212d5fb | |
CQ_TEST_010 | P (hard): low-voltage electricity
B (hard): electricity generation
G (preference): Northern Ireland
T (preference): current electricity mix
Y (preference): 2018 | lca_source_15 | energy_supply | {
"P": {
"text": "low-voltage electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Northern Ireland",
"constraint": "preference"
},
"T": {
"text": "current electricity mix",
"constraint": "preference"
},
... | 88a0fb81a05737dfc6fbe265c28125396f2377623a75a0ee40c0ad06fdab5089 | |
CQ_TEST_011 | P (hard): electricity
B (hard): electricity generation
G (preference): Germany
T (preference): country electricity generation mix
Y (preference): 2019 | lca_source_16 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "country electricity generation mix",
"constraint": "preference"
},
"Y": {
... | aa114308e1839ef1bbaae6bdf15429af88e6be96747c37f518f966affb4301e3 | |
CQ_TEST_012 | P (hard): Polyurethane-coated rubber granulates
B (hard): Material production
G (preference): Australasia
T (preference): Compression granulation followed by successive shredding granulation
Y (preference): 2010 | lca_source_18 | material_supply | {
"P": {
"text": "Polyurethane-coated rubber granulates",
"constraint": "hard"
},
"B": {
"text": "Material production",
"constraint": "hard"
},
"G": {
"text": "Australasia",
"constraint": "preference"
},
"T": {
"text": "Compression granulation followed by successive shredding g... | a888b7f462d404229cef13aabe51b427ec6679e64ec469fd0bb3bb6a01f6784c | |
CQ_TEST_013 | P (hard): PP rigid household plastic waste
B (hard): Recycling treatment of the waste fraction
G (preference): Belgium
T (preference): Mechanical recycling
Y (preference): 2018–2020 | lca_source_21 | waste_treatment | {
"P": {
"text": "PP rigid household plastic waste",
"constraint": "hard"
},
"B": {
"text": "Recycling treatment of the waste fraction",
"constraint": "hard"
},
"G": {
"text": "Belgium",
"constraint": "preference"
},
"T": {
"text": "Mechanical recycling",
"constraint": "pre... | c1b2ada84c2058743f97db083aa69581d469889882cf7946cd4400ba199261bd | |
CQ_TEST_014 | P (hard): electricity
B (hard): electricity generation and supply
G (preference): United Kingdom
T (preference): national-grid generation mix
Y (preference): 2019 | lca_source_22 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation and supply",
"constraint": "hard"
},
"G": {
"text": "United Kingdom",
"constraint": "preference"
},
"T": {
"text": "national-grid generation mix",
"constraint": "preference"
},
... | 6df4c5ebdf4309db889aaa9f6061b9cf11d2163f329ab5ba2b22740b86e05f16 | |
CQ_TEST_015 | P (hard): Heat
B (hard): Marginal heat supply
G (preference): Finland
T (preference): Biomass-based heat generation
Y (preference): 2030 | lca_source_25 | energy_supply | {
"P": {
"text": "Heat",
"constraint": "hard"
},
"B": {
"text": "Marginal heat supply",
"constraint": "hard"
},
"G": {
"text": "Finland",
"constraint": "preference"
},
"T": {
"text": "Biomass-based heat generation",
"constraint": "preference"
},
"Y": {
"text": "2030... | 39f95f6069f9453a4289c42799339d6337c4a3ad360dcd0df378c6d9c37c0ee5 | |
CQ_TEST_016 | P (hard): Portland cement
B (hard): Cement production
G (preference): Sweden
T (preference): Fossil-fuel-heated kiln with limestone calcination
Y (preference): 2021 | lca_source_26 | material_supply | {
"P": {
"text": "Portland cement",
"constraint": "hard"
},
"B": {
"text": "Cement production",
"constraint": "hard"
},
"G": {
"text": "Sweden",
"constraint": "preference"
},
"T": {
"text": "Fossil-fuel-heated kiln with limestone calcination",
"constraint": "preference"
}... | 6927dac1f556ec7c3351063d1ae8b4f227402f778b1b57febf292524c7b9d044 | |
CQ_TEST_017 | P (hard): electricity
B (hard): electricity supply
G (preference): Australia
T (preference): national-grid generation mix
Y (preference): 2023 | lca_source_27 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity supply",
"constraint": "hard"
},
"G": {
"text": "Australia",
"constraint": "preference"
},
"T": {
"text": "national-grid generation mix",
"constraint": "preference"
},
"Y": {
"text":... | e5372538190f064dd398af29e26aafc24ff06c81778174981b769b3545966d73 | |
CQ_TEST_018 | P (hard): electricity
B (hard): power generation
G (preference): El Salvador
T (preference): photovoltaic generation
Y (preference): 2019 | lca_source_30 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "power generation",
"constraint": "hard"
},
"G": {
"text": "El Salvador",
"constraint": "preference"
},
"T": {
"text": "photovoltaic generation",
"constraint": "preference"
},
"Y": {
"text": "201... | 277654b846fc3c8da70f7ccc834f965830030d10c3125848f7273be7382cba1b | |
CQ_TEST_019 | P (hard): Electricity
B (hard): Electricity generation supply
G (preference): Iran
T (preference): National-grid generation mix
Y (preference): 2022 | lca_source_32 | energy_supply | {
"P": {
"text": "Electricity",
"constraint": "hard"
},
"B": {
"text": "Electricity generation supply",
"constraint": "hard"
},
"G": {
"text": "Iran",
"constraint": "preference"
},
"T": {
"text": "National-grid generation mix",
"constraint": "preference"
},
"Y": {
"... | 9da04ad32f6377f4b209a6cd280e543dd91923c9ba9ceb37532f4fce2caf75c6 | |
CQ_TEST_021 | P (hard): Construction timber
B (hard): Production supply to the Danish construction-material market
G (preference): Sweden
T (preference): Sawmill processing
Y (preference): 2022–2050 | lca_source_34 | material_supply | {
"P": {
"text": "Construction timber",
"constraint": "hard"
},
"B": {
"text": "Production supply to the Danish construction-material market",
"constraint": "hard"
},
"G": {
"text": "Sweden",
"constraint": "preference"
},
"T": {
"text": "Sawmill processing",
"constraint": "... | dd0f0e69cbaac7c1805ab07204caf0522e684fca4adc00649b7a7600086640bc | |
CQ_TEST_022 | P (hard): Steel (billets)
B (hard): Steel production within the steelmaking plant
G (preference): Basauri, Spain
T (preference): Electric-arc-furnace (EAF) route using steel scrap
Y (preference): September 2019 to July 2020 | lca_source_37 | material_supply | {
"P": {
"text": "Steel (billets)",
"constraint": "hard"
},
"B": {
"text": "Steel production within the steelmaking plant",
"constraint": "hard"
},
"G": {
"text": "Basauri, Spain",
"constraint": "preference"
},
"T": {
"text": "Electric-arc-furnace (EAF) route using steel scrap"... | 73138506738725443d13ba19b02d21203655a631a46f6ee74d6cccd22d72d517 | |
CQ_TEST_023 | P (hard): electricity
B (hard): electricity generation and supply
G (preference): United States
T (preference): grid electricity mix
Y (preference): 2020 | lca_source_39 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation and supply",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "grid electricity mix",
"constraint": "preference"
},
"Y": {
... | 63f428e4449824c19eda405646cc647949e67312655cf9cf70c908b43cfdabf2 | |
CQ_TEST_024 | P (hard): electricity
B (hard): electricity production
G (preference): Europe
T (preference): current-RES electricity-mix production
Y (preference): 2030 | lca_source_40 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "current-RES electricity-mix production",
"constraint": "preference"
},
"Y": {
... | fa1be5b6d6d54f6aed0be175c291d6b304abd7122517cc2fc7c3d33ee7b81e10 | |
CQ_TEST_025 | P (hard): electricity
B (hard): electricity generation
G (preference): Italy
T (preference): national electricity generation mix
Y (preference): 2021 | lca_source_41 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Italy",
"constraint": "preference"
},
"T": {
"text": "national electricity generation mix",
"constraint": "preference"
},
"Y": {
... | 18daf1aff4da48a35187a51343a5c9b369215dc9c23e7b484583829d05c635c1 | |
CQ_TEST_026 | P (hard): softwood timber
B (hard): end-of-life waste treatment
G (preference): Australia
T (preference): landfilling
Y (preference): 2016 | lca_source_43 | waste_treatment | {
"P": {
"text": "softwood timber",
"constraint": "hard"
},
"B": {
"text": "end-of-life waste treatment",
"constraint": "hard"
},
"G": {
"text": "Australia",
"constraint": "preference"
},
"T": {
"text": "landfilling",
"constraint": "preference"
},
"Y": {
"text": "20... | b264becb19a83be1e4bffc90b4da80e8e5bb23bd2a4c2826e20ec095ed9829f2 | |
CQ_TEST_027 | P (hard): Electricity
B (hard): Electricity supply
G (preference): Germany
T (preference): National-grid generation mix
Y (preference): 2050 | lca_source_44 | energy_supply | {
"P": {
"text": "Electricity",
"constraint": "hard"
},
"B": {
"text": "Electricity supply",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "National-grid generation mix",
"constraint": "preference"
},
"Y": {
"text": "... | 93e1ee34b857a42037bea843935f09cd93a5a5c6129fcd0bd117b57dfafc8b0f | |
CQ_TEST_028 | P (hard): pig iron
B (hard): production at plant gate
G (preference): Europe
T (preference): carbothermic reduction in an electric arc furnace
Y (preference): 2020 | lca_source_45 | material_supply | {
"P": {
"text": "pig iron",
"constraint": "hard"
},
"B": {
"text": "production at plant gate",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "carbothermic reduction in an electric arc furnace",
"constraint": "preference"
},... | 6e345263dcbd7535ace78175d89d4a5df1a122fc63dccbab5948a521486d10a2 | |
CQ_TEST_029 | P (hard): lithium-ion battery
B (hard): end-of-life battery recycling
G (preference): China
T (preference): direct recycling
Y (preference): 2020 | lca_source_46 | waste_treatment | {
"P": {
"text": "lithium-ion battery",
"constraint": "hard"
},
"B": {
"text": "end-of-life battery recycling",
"constraint": "hard"
},
"G": {
"text": "China",
"constraint": "preference"
},
"T": {
"text": "direct recycling",
"constraint": "preference"
},
"Y": {
"tex... | bb2c9751ad28b88d7150e714d6f8411ff3a50d1b20bd04fa0ed373bbe54551e4 | |
CQ_TEST_030 | P (hard): Wind-turbine blade waste
B (hard): End-of-life waste treatment
G (preference): Germany
T (preference): Co-processing in cement kilns
Y (preference): 2022 | lca_source_49 | waste_treatment | {
"P": {
"text": "Wind-turbine blade waste",
"constraint": "hard"
},
"B": {
"text": "End-of-life waste treatment",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "Co-processing in cement kilns",
"constraint": "preference"
},... | 0e0d3e7bac94f9440f9f01a0a3f3e245d946f0af0fc2525111f44cf62788905e | |
CQ_TEST_031 | P (hard): Seed-cotton
B (hard): Production
G (preference): India
T (preference): Conventional production technology
Y (preference): 2015–2016 | lca_source_53 | material_supply | {
"P": {
"text": "Seed-cotton",
"constraint": "hard"
},
"B": {
"text": "Production",
"constraint": "hard"
},
"G": {
"text": "India",
"constraint": "preference"
},
"T": {
"text": "Conventional production technology",
"constraint": "preference"
},
"Y": {
"text": "2015... | 0a31d59b47b93f0d25294cd358858b9f9e2f9b4179598aed27e7bfb234b63971 | |
CQ_TEST_032 | P (hard): electricity
B (hard): electricity generation
G (preference): United States
T (preference): combined heat and power generation
Y (preference): 2021–2023 | lca_source_54 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "combined heat and power generation",
"constraint": "preference"
},
"Y":... | e15fd5abd5c96c97278310c0e0ed5988193d9f3fe48b2c7eb4cc2f0f3fe72ad7 | |
CQ_TEST_033 | P (hard): Electricity
B (hard): Electricity supply for the packaging plant
G (preference): Greece
T (preference): National-grid generation mix
Y (preference): 2016–2018 | lca_source_57 | energy_supply | {
"P": {
"text": "Electricity",
"constraint": "hard"
},
"B": {
"text": "Electricity supply for the packaging plant",
"constraint": "hard"
},
"G": {
"text": "Greece",
"constraint": "preference"
},
"T": {
"text": "National-grid generation mix",
"constraint": "preference"
},... | e8fe3c85f3db4c5996232a536ca4d3b5a6f76237b7e1394d935ccc1e258a619a | |
CQ_TEST_034 | P (hard): electricity
B (hard): electricity generation
G (preference): Scotland
T (preference): oscillating-water-column generation
Y (preference): 2001 | lca_source_58 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Scotland",
"constraint": "preference"
},
"T": {
"text": "oscillating-water-column generation",
"constraint": "preference"
},
"Y": {
... | 56d53c71f6caaf98c843cea2dc9c35f5612336a2312fc31295e9b01f2c0e9e6a | |
CQ_TEST_035 | P (hard): Battery-grade cathode materials
B (hard): Gate-to-gate LIB refinement
G (preference): Nevada, USA
T (preference): Reductive-calcination, mechanical, and hydrometallurgical refinement
Y (preference): 2021 | lca_source_61 | material_supply | {
"P": {
"text": "Battery-grade cathode materials",
"constraint": "hard"
},
"B": {
"text": "Gate-to-gate LIB refinement",
"constraint": "hard"
},
"G": {
"text": "Nevada, USA",
"constraint": "preference"
},
"T": {
"text": "Reductive-calcination, mechanical, and hydrometallurgica... | 62053caeae7e0d922683060bd118c25f6299fe8cd99fb33c35bc0f4d06ab5fd8 | |
CQ_TEST_036 | P (hard): Sawdust
B (hard): Residual feedstock supply to pellet plants
G (preference): British Columbia, Canada
T (preference): Sawmill-residual sourcing route
Y (preference): 2017–2021 | lca_source_64 | material_supply | {
"P": {
"text": "Sawdust",
"constraint": "hard"
},
"B": {
"text": "Residual feedstock supply to pellet plants",
"constraint": "hard"
},
"G": {
"text": "British Columbia, Canada",
"constraint": "preference"
},
"T": {
"text": "Sawmill-residual sourcing route",
"constraint": ... | f7a66172e97c27ab543ce8038f2f470eb968e0b15349908a28997d760f936780 | |
CQ_TEST_037 | P (hard): Sawdust transport service
B (hard): Transport of the sawdust substrate input to production
G (preference): Austria
T (preference): Freight transportation
Y (preference): 2035 | lca_source_07 | transport | {
"P": {
"text": "Sawdust transport service",
"constraint": "hard"
},
"B": {
"text": "Transport of the sawdust substrate input to production",
"constraint": "hard"
},
"G": {
"text": "Austria",
"constraint": "preference"
},
"T": {
"text": "Freight transportation",
"constrain... | ffa3875785a733434513a2a123c83fd7d4fd746055245f85e7f53f14aea4d7b6 | |
CQ_TEST_038 | P (hard): Post-demolition autoclaved aerated concrete
B (hard): waste processing by crushing
G (preference): Germany
T (preference): rock-crushing route
Y (preference): 2022 scenario year | lca_source_08 | waste_treatment | {
"P": {
"text": "Post-demolition autoclaved aerated concrete",
"constraint": "hard"
},
"B": {
"text": "waste processing by crushing",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "rock-crushing route",
"constraint": "prefer... | 06bc73cf0d48105d79c5178b6ab9ba0d9d05331b340570c31832ac8b26bfdbdb | |
CQ_TEST_039 | P (hard): Portland cement
B (hard): Cradle-to-gate production
G (preference): Europe
T (preference): Semi-wet/semi-dry kiln
Y (preference): 2020 | lca_source_10 | other | {
"P": {
"text": "Portland cement",
"constraint": "hard"
},
"B": {
"text": "Cradle-to-gate production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "Semi-wet/semi-dry kiln",
"constraint": "preference"
},
"Y": {
"text... | 2afd99622bab5c4ae7f814b989ac4cb76b975ccf9fa37cbe2a6379ca4f297c34 | |
CQ_TEST_040 | P (hard): Electricity
B (hard): On-site electricity generation
G (preference): Swansea, United Kingdom
T (preference): Building-integrated photovoltaic generation
Y (preference): 2016 | lca_source_11 | energy_supply | {
"P": {
"text": "Electricity",
"constraint": "hard"
},
"B": {
"text": "On-site electricity generation",
"constraint": "hard"
},
"G": {
"text": "Swansea, United Kingdom",
"constraint": "preference"
},
"T": {
"text": "Building-integrated photovoltaic generation",
"constraint... | 7c9155cfa8fc29b2d6321f3f16cd696425103e4721bbce7ed001e29f493f22b5 | |
CQ_TEST_041 | P (hard): Freight transport of stabilizer materials
B (hard): A4 transport from suppliers to the construction site
G (preference): Iran
T (preference): Euro 3 mini-truck
Y (preference): 2022 | lca_source_12 | transport | {
"P": {
"text": "Freight transport of stabilizer materials",
"constraint": "hard"
},
"B": {
"text": "A4 transport from suppliers to the construction site",
"constraint": "hard"
},
"G": {
"text": "Iran",
"constraint": "preference"
},
"T": {
"text": "Euro 3 mini-truck",
"con... | cc033cc26e8770e0ed8a57480ebd064c5c29f3d099b9f143efc966ff4dba96eb | |
CQ_TEST_042 | P (hard): low-voltage electricity
B (hard): electricity generation
G (preference): Northern Ireland
T (preference): Modest Progress electricity-mix scenario
Y (preference): 2030 | lca_source_15 | energy_supply | {
"P": {
"text": "low-voltage electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Northern Ireland",
"constraint": "preference"
},
"T": {
"text": "Modest Progress electricity-mix scenario",
"constraint": "pr... | e1530c2b272aa8416f4ff47d7986e046d7a4bc16aa0de09dca1ebe518611c93e | |
CQ_TEST_043 | P (hard): electricity
B (hard): electricity generation
G (preference): Slovenia
T (preference): country electricity generation mix
Y (preference): 2019 | lca_source_16 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Slovenia",
"constraint": "preference"
},
"T": {
"text": "country electricity generation mix",
"constraint": "preference"
},
"Y": {
... | 7ec54b5fd4436a0106d3763463b7b1e35c7be9de5988a0009ef915e677206e73 | |
CQ_TEST_044 | P (hard): PS rigid household plastic waste
B (hard): Recycling treatment of the waste fraction
G (preference): Belgium
T (preference): Thermochemical recycling
Y (preference): 2018–2020 | lca_source_21 | waste_treatment | {
"P": {
"text": "PS rigid household plastic waste",
"constraint": "hard"
},
"B": {
"text": "Recycling treatment of the waste fraction",
"constraint": "hard"
},
"G": {
"text": "Belgium",
"constraint": "preference"
},
"T": {
"text": "Thermochemical recycling",
"constraint": ... | f3b7a52c7eb67d747073066667441e067793854c32f5ec9dc7671aa2fc3476d0 | |
CQ_TEST_045 | P (hard): Electricity
B (hard): Marginal electricity supply
G (preference): Finland
T (preference): Wind- and solar-powered generation mix
Y (preference): 2030 | lca_source_25 | energy_supply | {
"P": {
"text": "Electricity",
"constraint": "hard"
},
"B": {
"text": "Marginal electricity supply",
"constraint": "hard"
},
"G": {
"text": "Finland",
"constraint": "preference"
},
"T": {
"text": "Wind- and solar-powered generation mix",
"constraint": "preference"
},
"... | 43046396813cb5dc1e8a8990ad450686897721c52f2dd2f2730ae12969963158 | |
CQ_TEST_047 | P (hard): Wood for construction
B (hard): Forest-based production supplying construction demand
G (preference): Sweden
T (preference): Managed-forest production with regrowth
Y (preference): 2022–2050 | lca_source_34 | material_supply | {
"P": {
"text": "Wood for construction",
"constraint": "hard"
},
"B": {
"text": "Forest-based production supplying construction demand",
"constraint": "hard"
},
"G": {
"text": "Sweden",
"constraint": "preference"
},
"T": {
"text": "Managed-forest production with regrowth",
... | 5e111edd479bd01ff0f9a92882ff564e240bdd822b13701df12ab66310fd755c | |
CQ_TEST_048 | P (hard): plastic waste
B (hard): end-of-life waste treatment
G (preference): United States
T (preference): incineration with energy recovery
Y (preference): 2020 | lca_source_39 | waste_treatment | {
"P": {
"text": "plastic waste",
"constraint": "hard"
},
"B": {
"text": "end-of-life waste treatment",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "incineration with energy recovery",
"constraint": "preference"
},
... | f33e072049d078a0b2a2300656dced4dcda1bd462290c0910fb37ef15433370b | |
CQ_TEST_049 | P (hard): electricity
B (hard): electricity production
G (preference): Europe
T (preference): 50%-RES electricity-mix production
Y (preference): 2030 | lca_source_40 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "50%-RES electricity-mix production",
"constraint": "preference"
},
"Y": {
... | 60370d58045405fc45e57ee0eca3ed8844bdf900e4628f25b826d0ada9b74d6e | |
CQ_TEST_050 | P (hard): plywood
B (hard): end-of-life waste treatment
G (preference): New Zealand
T (preference): landfilling
Y (preference): 2017 | lca_source_43 | waste_treatment | {
"P": {
"text": "plywood",
"constraint": "hard"
},
"B": {
"text": "end-of-life waste treatment",
"constraint": "hard"
},
"G": {
"text": "New Zealand",
"constraint": "preference"
},
"T": {
"text": "landfilling",
"constraint": "preference"
},
"Y": {
"text": "2017",
... | 32e9175f1a547cfa927babee6c71f79b546831a8032e5bd9e4b0084d5761efdb | |
CQ_TEST_051 | P (hard): lithium-ion battery
B (hard): end-of-life battery recycling
G (preference): China
T (preference): pyrometallurgical recycling
Y (preference): 2020 | lca_source_46 | waste_treatment | {
"P": {
"text": "lithium-ion battery",
"constraint": "hard"
},
"B": {
"text": "end-of-life battery recycling",
"constraint": "hard"
},
"G": {
"text": "China",
"constraint": "preference"
},
"T": {
"text": "pyrometallurgical recycling",
"constraint": "preference"
},
"Y":... | 3280c5ffbc369c7270e5945f8a5bc7ae2417dc0bab391630a59b5631ecf22755 | |
CQ_TEST_052 | P (hard): Raw materials for wind-turbine blades
B (hard): Raw-material transport operation
G (preference): China to Portugal
T (preference): Ship transport
Y (preference): 2022 | lca_source_49 | transport | {
"P": {
"text": "Raw materials for wind-turbine blades",
"constraint": "hard"
},
"B": {
"text": "Raw-material transport operation",
"constraint": "hard"
},
"G": {
"text": "China to Portugal",
"constraint": "preference"
},
"T": {
"text": "Ship transport",
"constraint": "pre... | 9020e0274f99399d335abffc3b0123e6b0ad8150cfe7bf31d7b0450da60003ed | |
CQ_TEST_053 | P (hard): steam heat
B (hard): heat generation for building heating
G (preference): United States
T (preference): Combined heat and power heat generation
Y (preference): 2021–2023 | lca_source_54 | energy_supply | {
"P": {
"text": "steam heat",
"constraint": "hard"
},
"B": {
"text": "heat generation for building heating",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "Combined heat and power heat generation",
"constraint": "prefe... | 2959b43d04933ed63a538c0f896ebcc18205e51cadd3f2ae8bdd7a7be9533fef | |
CQ_TEST_054 | P (hard): Farmed seabass
B (hard): Packaging from plant entry to plant exit
G (preference): NW Greece
T (preference): Automatic grading, batching and weighing line
Y (preference): 2016–2018 | lca_source_57 | other | {
"P": {
"text": "Farmed seabass",
"constraint": "hard"
},
"B": {
"text": "Packaging from plant entry to plant exit",
"constraint": "hard"
},
"G": {
"text": "NW Greece",
"constraint": "preference"
},
"T": {
"text": "Automatic grading, batching and weighing line",
"constrain... | 1c415886c9259df7f3c72ed8fb2bbcba690b04848ee73a8934baaa5aa75fd991 | |
CQ_TEST_055 | P (hard): Battery-grade cathode materials
B (hard): Gate-to-gate LIB refinement
G (preference): Nevada, USA
T (preference): Mechanical and hydrometallurgical refinement
Y (preference): 2021 | lca_source_61 | material_supply | {
"P": {
"text": "Battery-grade cathode materials",
"constraint": "hard"
},
"B": {
"text": "Gate-to-gate LIB refinement",
"constraint": "hard"
},
"G": {
"text": "Nevada, USA",
"constraint": "preference"
},
"T": {
"text": "Mechanical and hydrometallurgical refinement",
"cons... | 2d22b2b7191866bd319e65248695a12494e37f459930cea60763f469b1b4e2ed | |
CQ_TEST_056 | P (hard): Planer shavings
B (hard): Residual feedstock supply to pellet plants
G (preference): British Columbia, Canada
T (preference): Sawmill-residual sourcing route
Y (preference): 2017–2021 | lca_source_64 | material_supply | {
"P": {
"text": "Planer shavings",
"constraint": "hard"
},
"B": {
"text": "Residual feedstock supply to pellet plants",
"constraint": "hard"
},
"G": {
"text": "British Columbia, Canada",
"constraint": "preference"
},
"T": {
"text": "Sawmill-residual sourcing route",
"const... | ff20cc689676583a5aef8f1865c7575b6260ebd04b2721436fb56d998102a8b6 | |
CQ_TEST_057 | P (hard): Transport service for mycelium-based insulation blocks
B (hard): Freight transport of finished blocks to the construction site
G (preference): Austria
T (preference): Freight transportation
Y (preference): 2035 | lca_source_07 | transport | {
"P": {
"text": "Transport service for mycelium-based insulation blocks",
"constraint": "hard"
},
"B": {
"text": "Freight transport of finished blocks to the construction site",
"constraint": "hard"
},
"G": {
"text": "Austria",
"constraint": "preference"
},
"T": {
"text": "Fre... | 8a34d7e924c80dd737da06ecec6a85857da611cc510c547f777be069e6fa2ca7 | |
CQ_TEST_058 | P (hard): autoclaved aerated concrete
B (hard): AAC product manufacturing
G (preference): Germany
T (preference): closed-loop route substituting sand, quicklime, cement, and anhydrite with pd-AAC powder
Y (preference): 2022 scenario year | lca_source_08 | material_supply | {
"P": {
"text": "autoclaved aerated concrete",
"constraint": "hard"
},
"B": {
"text": "AAC product manufacturing",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "closed-loop route substituting sand, quicklime, cement, and anhydr... | 433018b7b0e3705ea96f762cbfac56b455d8f16280e76b73e7103059357ac699 | |
CQ_TEST_059 | P (hard): Cement
B (hard): Production
G (preference): Europe
T (preference): Amine-scrubbing carbon capture and storage
Y (preference): 2050 | lca_source_10 | other | {
"P": {
"text": "Cement",
"constraint": "hard"
},
"B": {
"text": "Production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "Amine-scrubbing carbon capture and storage",
"constraint": "preference"
},
"Y": {
"text": "... | 20528bc92dc8e1df5d13c6d59856e60163f8ec1fd6795608f53b9ec605a25842 | |
CQ_TEST_061 | P (hard): Freight transport of ancillary alkali-activator materials
B (hard): A4 transport from suppliers to the construction site
G (preference): Iran
T (preference): Diesel-powered 2-tonne pickup
Y (preference): 2022 | lca_source_12 | transport | {
"P": {
"text": "Freight transport of ancillary alkali-activator materials",
"constraint": "hard"
},
"B": {
"text": "A4 transport from suppliers to the construction site",
"constraint": "hard"
},
"G": {
"text": "Iran",
"constraint": "preference"
},
"T": {
"text": "Diesel-power... | 9a1131e57c0f80bc5c5095dff586e0f99417bf880ecc4a21723c65306005709a | |
CQ_TEST_062 | P (hard): low-voltage electricity
B (hard): electricity generation
G (preference): Northern Ireland
T (preference): Addressing Climate Change electricity-mix scenario
Y (preference): 2030 | lca_source_15 | energy_supply | {
"P": {
"text": "low-voltage electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Northern Ireland",
"constraint": "preference"
},
"T": {
"text": "Addressing Climate Change electricity-mix scenario",
"constr... | 7735d2cf66c8a17b68329a1fada4d06e2554036353d33b0b04c1eac6948850fe | |
CQ_TEST_063 | P (hard): electricity
B (hard): electricity generation
G (preference): Spain
T (preference): country electricity generation mix
Y (preference): 2019 | lca_source_16 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Spain",
"constraint": "preference"
},
"T": {
"text": "country electricity generation mix",
"constraint": "preference"
},
"Y": {
"... | 3cba7796d978847a45966b7e1d2a0564a0b0f81630f76bd22dcfcce8519f07e1 | |
CQ_TEST_064 | P (hard): MPO rigid household plastic waste
B (hard): Recycling treatment of the waste fraction
G (preference): Belgium
T (preference): Mechanical recycling
Y (preference): 2018–2020 | lca_source_21 | waste_treatment | {
"P": {
"text": "MPO rigid household plastic waste",
"constraint": "hard"
},
"B": {
"text": "Recycling treatment of the waste fraction",
"constraint": "hard"
},
"G": {
"text": "Belgium",
"constraint": "preference"
},
"T": {
"text": "Mechanical recycling",
"constraint": "pr... | 3cbde33f75525d509790aef10c556f15cb990feedd336909d8f9e70dc9b114b2 | |
CQ_TEST_065 | P (hard): plastic waste
B (hard): end-of-life waste treatment
G (preference): United States
T (preference): landfilling
Y (preference): 2020 | lca_source_39 | waste_treatment | {
"P": {
"text": "plastic waste",
"constraint": "hard"
},
"B": {
"text": "end-of-life waste treatment",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "landfilling",
"constraint": "preference"
},
"Y": {
"text": "... | bdd09cf6e2fa654480504c22a1526046f4a501a4ee8c8114dd1674aa2e75ba63 | |
CQ_TEST_066 | P (hard): electricity
B (hard): electricity production
G (preference): Europe
T (preference): 60%-RES electricity-mix production
Y (preference): 2030 | lca_source_40 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "60%-RES electricity-mix production",
"constraint": "preference"
},
"Y": {
... | 6bffb3d01bb593cfc2f757bba423decc7e7282ecd285c366e4cce60b74dcd6ef | |
CQ_TEST_067 | P (hard): lithium-ion battery
B (hard): end-of-life battery recycling
G (preference): China
T (preference): inorganic hydrometallurgical recycling
Y (preference): 2020 | lca_source_46 | waste_treatment | {
"P": {
"text": "lithium-ion battery",
"constraint": "hard"
},
"B": {
"text": "end-of-life battery recycling",
"constraint": "hard"
},
"G": {
"text": "China",
"constraint": "preference"
},
"T": {
"text": "inorganic hydrometallurgical recycling",
"constraint": "preference"
... | 47980590edc43ae7c5612bd5ff3e890e701644218861da94dc268688ba016082 | |
CQ_TEST_068 | P (hard): heat
B (hard): heat generation for clothes drying
G (preference): United States
T (preference): natural-gas boiler, atmospheric non-modulating under 100 kW
Y (preference): 2021–2023 | lca_source_54 | energy_supply | {
"P": {
"text": "heat",
"constraint": "hard"
},
"B": {
"text": "heat generation for clothes drying",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "natural-gas boiler, atmospheric non-modulating under 100 kW",
"constra... | 6e26b8b5f57456686ed5fca331f3ab053100f915e8ef0c148a768caf9ae750df | |
CQ_TEST_069 | P (hard): Farmed meagre
B (hard): Packaging from plant entry to plant exit
G (preference): NW Greece
T (preference): Automatic grading, batching and weighing line
Y (preference): 2016–2018 | lca_source_57 | other | {
"P": {
"text": "Farmed meagre",
"constraint": "hard"
},
"B": {
"text": "Packaging from plant entry to plant exit",
"constraint": "hard"
},
"G": {
"text": "NW Greece",
"constraint": "preference"
},
"T": {
"text": "Automatic grading, batching and weighing line",
"constraint... | 98b3d01c13e600a73cc804cdd36dc2b9ed5875d68e29f6570824dbf029facb94 | |
CQ_TEST_070 | P (hard): Collected end-of-life LCO smartphone batteries
B (hard): Transport to a central recycling facility
G (preference): California, USA
T (preference): Truck transport
Y (preference): 2021 | lca_source_61 | transport | {
"P": {
"text": "Collected end-of-life LCO smartphone batteries",
"constraint": "hard"
},
"B": {
"text": "Transport to a central recycling facility",
"constraint": "hard"
},
"G": {
"text": "California, USA",
"constraint": "preference"
},
"T": {
"text": "Truck transport",
"... | f1f170ed52a4dd079ed8a11af8079afda8f757b9fe1d6f2b21c7ca403b698b8b | |
CQ_TEST_071 | P (hard): Bark hog
B (hard): Residual feedstock supply to pellet plants
G (preference): British Columbia, Canada
T (preference): Sawmill-residual sourcing route
Y (preference): 2017–2021 | lca_source_64 | material_supply | {
"P": {
"text": "Bark hog",
"constraint": "hard"
},
"B": {
"text": "Residual feedstock supply to pellet plants",
"constraint": "hard"
},
"G": {
"text": "British Columbia, Canada",
"constraint": "preference"
},
"T": {
"text": "Sawmill-residual sourcing route",
"constraint":... | d68d7e3ce1e148dba0dc4673c5c719af0cbf544bc2e848404de40fc9971f55a1 | |
CQ_TEST_072 | P (hard): concrete
B (hard): concrete product manufacturing
G (preference): Germany
T (preference): 25–30 MPa concrete route using pd-AAC powder
Y (preference): 2022 scenario year | lca_source_08 | material_supply | {
"P": {
"text": "concrete",
"constraint": "hard"
},
"B": {
"text": "concrete product manufacturing",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "25–30 MPa concrete route using pd-AAC powder",
"constraint": "preference"
... | 4d924b8044ff3dbd8f1c5cd0cdb10122bae4bd7fbe860968a2d8615467577497 | |
CQ_TEST_073 | P (hard): Biomass fuel
B (hard): Fuel production and distribution
G (preference): Europe
T (preference): Wood-pellet production from sawdust
Y (preference): 2020–2050 | lca_source_10 | energy_supply | {
"P": {
"text": "Biomass fuel",
"constraint": "hard"
},
"B": {
"text": "Fuel production and distribution",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "Wood-pellet production from sawdust",
"constraint": "preference"
},
... | 04fabec2d8cfa9613859ebed859b2da554074ee19f3a15c116090b5814e70390 | |
CQ_TEST_074 | P (hard): low-voltage electricity
B (hard): electricity generation
G (preference): Northern Ireland
T (preference): Accelerated Ambition electricity-mix scenario
Y (preference): 2030 | lca_source_15 | energy_supply | {
"P": {
"text": "low-voltage electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "Northern Ireland",
"constraint": "preference"
},
"T": {
"text": "Accelerated Ambition electricity-mix scenario",
"constraint"... | ab8cee35161c1853af7f97b78ff840fb91256cd5afc90281c4404cd38f5111b1 | |
CQ_TEST_075 | P (hard): PE film household plastic waste
B (hard): Recycling treatment of the waste fraction
G (preference): Belgium
T (preference): Mechanical recycling
Y (preference): 2018–2020 | lca_source_21 | waste_treatment | {
"P": {
"text": "PE film household plastic waste",
"constraint": "hard"
},
"B": {
"text": "Recycling treatment of the waste fraction",
"constraint": "hard"
},
"G": {
"text": "Belgium",
"constraint": "preference"
},
"T": {
"text": "Mechanical recycling",
"constraint": "pref... | bb475b1bbf50e980b7ddbf22ac52fddb5af422185dd357d8a475dd9e79487f1a | |
CQ_TEST_076 | P (hard): transport service for goods from manufacturing facilities to retail outlets
B (hard): freight transport to retail
G (preference): United States
T (preference): commercial ICEV/BEV powertrain mix
Y (preference): 2012 | lca_source_39 | transport | {
"P": {
"text": "transport service for goods from manufacturing facilities to retail outlets",
"constraint": "hard"
},
"B": {
"text": "freight transport to retail",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "commercial... | 6cdfd754ba217a6e2beb723f226b9444d763f7f604bed3a02447f63a4d3d8441 | |
CQ_TEST_077 | P (hard): heat
B (hard): heat production
G (preference): Europe without Switzerland
T (preference): natural-gas industrial furnace above 100 kW
Y (preference): 2030 | lca_source_40 | energy_supply | {
"P": {
"text": "heat",
"constraint": "hard"
},
"B": {
"text": "heat production",
"constraint": "hard"
},
"G": {
"text": "Europe without Switzerland",
"constraint": "preference"
},
"T": {
"text": "natural-gas industrial furnace above 100 kW",
"constraint": "preference"
}... | 2c9aeaf977245a70f2665a9bd1e40eadc89f4378ce6a567161f9515dbce971fa | |
CQ_TEST_078 | P (hard): lithium-ion battery
B (hard): end-of-life battery recycling
G (preference): China
T (preference): organic hydrometallurgical recycling
Y (preference): 2020 | lca_source_46 | waste_treatment | {
"P": {
"text": "lithium-ion battery",
"constraint": "hard"
},
"B": {
"text": "end-of-life battery recycling",
"constraint": "hard"
},
"G": {
"text": "China",
"constraint": "preference"
},
"T": {
"text": "organic hydrometallurgical recycling",
"constraint": "preference"
... | 933b155d88d30e3273d4412009d40aa574ab1c7af8ce4a5732bdeec94d15d5cd | |
CQ_TEST_079 | P (hard): electricity
B (hard): Electricity generation and supply
G (preference): Southwest Power Pool area
T (preference): multi-source electricity mix
Y (preference): 2021–2023 | lca_source_54 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "Electricity generation and supply",
"constraint": "hard"
},
"G": {
"text": "Southwest Power Pool area",
"constraint": "preference"
},
"T": {
"text": "multi-source electricity mix",
"constraint": "prefer... | 12542019d894bc03f30ee4fd56d737ec8b3dbff9f9b00e452a4d85bcb1fd74d5 | |
CQ_TEST_080 | P (hard): Mined material concentrate
B (hard): Transport from mines to refineries
G (preference): Global supply chain across participating countries
T (preference): Multimodal truck, rail, and maritime transport
Y (preference): 2021 | lca_source_61 | transport | {
"P": {
"text": "Mined material concentrate",
"constraint": "hard"
},
"B": {
"text": "Transport from mines to refineries",
"constraint": "hard"
},
"G": {
"text": "Global supply chain across participating countries",
"constraint": "preference"
},
"T": {
"text": "Multimodal truc... | b716684bcd722b2de233843ba744af130107be17c065607b60f13227acf12a4a | |
CQ_TEST_081 | P (hard): Pulp chips
B (hard): Residual feedstock supply to pellet plants
G (preference): British Columbia, Canada
T (preference): Sawmill-residual sourcing route
Y (preference): 2017–2021 | lca_source_64 | material_supply | {
"P": {
"text": "Pulp chips",
"constraint": "hard"
},
"B": {
"text": "Residual feedstock supply to pellet plants",
"constraint": "hard"
},
"G": {
"text": "British Columbia, Canada",
"constraint": "preference"
},
"T": {
"text": "Sawmill-residual sourcing route",
"constraint... | 66774c1874ed148fa227bc7c002be525ecc0d28e515bdd4e1b17d4ffe70264d9 | |
CQ_TEST_082 | P (hard): light mortar
B (hard): light mortar product manufacturing
G (preference): Germany
T (preference): pd-AAC-powder light-mortar route
Y (preference): 2022 scenario year | lca_source_08 | material_supply | {
"P": {
"text": "light mortar",
"constraint": "hard"
},
"B": {
"text": "light mortar product manufacturing",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "pd-AAC-powder light-mortar route",
"constraint": "preference"
},
... | 1bb6560eb5871fde62d0106a18c1b16929f657b2aa7cb1fafa482d5a4199774c | |
CQ_TEST_083 | P (hard): Refuse-derived fuel
B (hard): Waste-derived fuel production
G (preference): Europe
T (preference): Mechanical-biological treatment of municipal solid waste
Y (preference): 2020–2050 | lca_source_10 | waste_treatment | {
"P": {
"text": "Refuse-derived fuel",
"constraint": "hard"
},
"B": {
"text": "Waste-derived fuel production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "Mechanical-biological treatment of municipal solid waste",
"constra... | 250129f45086b428bbffe8667f24db7b641881f8a4aef35df61a2b8f2ae172be | |
CQ_TEST_084 | P (hard): PP rigid household plastic waste
B (hard): Recycling treatment of the waste fraction
G (preference): Belgium
T (preference): Thermochemical recycling
Y (preference): 2018–2020 | lca_source_21 | waste_treatment | {
"P": {
"text": "PP rigid household plastic waste",
"constraint": "hard"
},
"B": {
"text": "Recycling treatment of the waste fraction",
"constraint": "hard"
},
"G": {
"text": "Belgium",
"constraint": "preference"
},
"T": {
"text": "Thermochemical recycling",
"constraint": ... | b4b65a9af09c9e2b0a3f5571e5c9a45476c4d5b52365b52a4ba7c8aa05d962b4 | |
CQ_TEST_085 | P (hard): Used product
B (hard): End-of-life treatment
G (preference): United States
T (preference): reuse with washing and refilling
Y (preference): 2020 | lca_source_39 | waste_treatment | {
"P": {
"text": "Used product",
"constraint": "hard"
},
"B": {
"text": "End-of-life treatment",
"constraint": "hard"
},
"G": {
"text": "United States",
"constraint": "preference"
},
"T": {
"text": "reuse with washing and refilling",
"constraint": "preference"
},
"Y": {... | 1c8c936138ed598e538110c780cd4139873ee2e8c79f1135f0911fd0974806dd | |
CQ_TEST_086 | P (hard): sodium hydroxide
B (hard): material production
G (preference): Europe
T (preference): membrane-cell chlor-alkali electrolysis
Y (preference): 2030 | lca_source_40 | material_supply | {
"P": {
"text": "sodium hydroxide",
"constraint": "hard"
},
"B": {
"text": "material production",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "membrane-cell chlor-alkali electrolysis",
"constraint": "preference"
},
"Y":... | 4713c2e82c876efd2e43c54e242fa4a2cd4dd29c7a160f2209921b8956832730 | |
CQ_TEST_087 | P (hard): electricity
B (hard): electricity generation
G (preference): China
T (preference): regionalized electricity production mix
Y (preference): 2050 | lca_source_46 | energy_supply | {
"P": {
"text": "electricity",
"constraint": "hard"
},
"B": {
"text": "electricity generation",
"constraint": "hard"
},
"G": {
"text": "China",
"constraint": "preference"
},
"T": {
"text": "regionalized electricity production mix",
"constraint": "preference"
},
"Y": {
... | 379d5505cf5e8d074ee1edd5888f1d0f971b03c9ad4ba4a7e155e8badd94baba | |
CQ_TEST_088 | P (hard): Waste wood fiber
B (hard): Waste-feedstock supply to pellet plants
G (preference): Interior region of British Columbia, Canada
T (preference): Whole-log chipping and log-yard cleanup route
Y (preference): 2017–2021 | lca_source_64 | material_supply | {
"P": {
"text": "Waste wood fiber",
"constraint": "hard"
},
"B": {
"text": "Waste-feedstock supply to pellet plants",
"constraint": "hard"
},
"G": {
"text": "Interior region of British Columbia, Canada",
"constraint": "preference"
},
"T": {
"text": "Whole-log chipping and log-... | 486c11e4f7c440813f9830b37891a91b81a4f0a210908aba2e00f53a65307368 | |
CQ_TEST_089 | P (hard): lightweight aggregate concrete
B (hard): LWAC product manufacturing
G (preference): Germany
T (preference): expanded-clay LWAC production route using pd-AAC aggregate
Y (preference): 2022 scenario year | lca_source_08 | material_supply | {
"P": {
"text": "lightweight aggregate concrete",
"constraint": "hard"
},
"B": {
"text": "LWAC product manufacturing",
"constraint": "hard"
},
"G": {
"text": "Germany",
"constraint": "preference"
},
"T": {
"text": "expanded-clay LWAC production route using pd-AAC aggregate",
... | db68c7e92e0304c013c8f96680834cebd3698398aa93441707f9a3ba10bdfa7a | |
CQ_TEST_090 | P (hard): Class F coal fly ash
B (hard): Pre-treatment
G (preference): Europe
T (preference): Drying
Y (preference): 2020–2050 | lca_source_10 | material_supply | {
"P": {
"text": "Class F coal fly ash",
"constraint": "hard"
},
"B": {
"text": "Pre-treatment",
"constraint": "hard"
},
"G": {
"text": "Europe",
"constraint": "preference"
},
"T": {
"text": "Drying",
"constraint": "preference"
},
"Y": {
"text": "2020–2050",
"co... | 233288b084585991f085b213533500e34a0118acdd44e214228316de7cf7e862 | |
CQ_TEST_091 | P (hard): Florina pepper fruit
B (hard): open-field cultivation from seedling planting to manual harvest
G (preference): Anthemountas basin, Northern Greece
T (preference): conventional cultivation using chemical fertilizers and pesticides
Y (preference): summer 2015 | lca_source_65 | material_supply | {
"P": {
"text": "Florina pepper fruit",
"constraint": "hard"
},
"B": {
"text": "open-field cultivation from seedling planting to manual harvest",
"constraint": "hard"
},
"G": {
"text": "Anthemountas basin, Northern Greece",
"constraint": "preference"
},
"T": {
"text": "convent... | d6dd4798c38214cad15fb18f188a6e8f6da0d45e6824a4e1159f74a4c1ecc78d | |
CQ_TEST_092 | P (hard): Florina pepper fruit
B (hard): open-field cultivation from seedling planting to manual harvest
G (preference): Anthemountas basin, Northern Greece
T (preference): certified organic cultivation using crop rotation and organic fertilizers
Y (preference): summer 2015 | lca_source_65 | material_supply | {
"P": {
"text": "Florina pepper fruit",
"constraint": "hard"
},
"B": {
"text": "open-field cultivation from seedling planting to manual harvest",
"constraint": "hard"
},
"G": {
"text": "Anthemountas basin, Northern Greece",
"constraint": "preference"
},
"T": {
"text": "certifi... | 46df7a77daacefd35d0708af3b531afca655192c18d6257d7b63184c6de09cda | |
CQ_TEST_093 | P (hard): Sitka spruce logs
B (hard): managed-forest production and harvesting to the forest roadside
G (preference): Ireland
T (preference): thinning harvest using mechanised cut-to-length felling and forwarder extraction
Y (preference): 2015 harvesting-data basis | lca_source_66 | material_supply | {
"P": {
"text": "Sitka spruce logs",
"constraint": "hard"
},
"B": {
"text": "managed-forest production and harvesting to the forest roadside",
"constraint": "hard"
},
"G": {
"text": "Ireland",
"constraint": "preference"
},
"T": {
"text": "thinning harvest using mechanised cut-... | 9772dea663514c4d5b65bd2b24809186f9ba626bd26e97ef996f7082c3cbf63e | |
CQ_TEST_094 | P (hard): Sitka spruce logs
B (hard): managed-forest production and harvesting to the forest roadside
G (preference): Ireland
T (preference): final clearfell using mechanised cut-to-length felling and forwarder extraction
Y (preference): 2015 harvesting-data basis | lca_source_66 | material_supply | {
"P": {
"text": "Sitka spruce logs",
"constraint": "hard"
},
"B": {
"text": "managed-forest production and harvesting to the forest roadside",
"constraint": "hard"
},
"G": {
"text": "Ireland",
"constraint": "preference"
},
"T": {
"text": "final clearfell using mechanised cut-t... | 8fb20d61e9a64c21fb712bd4296d7582935c61b96cc2b419ea255ffe8e39a734 | |
CQ_TEST_095 | P (hard): quarried sandstone feedstock
B (hard): quarry extraction and internal handling to the crushing plant
G (preference): Cebeci quarry, Istanbul, Türkiye
T (preference): rock drilling and blasting with diesel-truck haulage
Y (preference): 2022 | lca_source_67 | material_supply | {
"P": {
"text": "quarried sandstone feedstock",
"constraint": "hard"
},
"B": {
"text": "quarry extraction and internal handling to the crushing plant",
"constraint": "hard"
},
"G": {
"text": "Cebeci quarry, Istanbul, Türkiye",
"constraint": "preference"
},
"T": {
"text": "rock... | e8d20ef98311b2e69463578d619be6c8575a99763b4bfc5aeb91d72803bb632c | |
CQ_TEST_096 | P (hard): quarried sandstone feedstock
B (hard): quarry extraction and internal handling to the crushing plant
G (preference): Cebeci quarry, Istanbul, Türkiye
T (preference): rock drilling and blasting with belt-conveyor haulage replacing diesel trucks
Y (preference): 2022 scenario based on site inventory | lca_source_67 | material_supply | {
"P": {
"text": "quarried sandstone feedstock",
"constraint": "hard"
},
"B": {
"text": "quarry extraction and internal handling to the crushing plant",
"constraint": "hard"
},
"G": {
"text": "Cebeci quarry, Istanbul, Türkiye",
"constraint": "preference"
},
"T": {
"text": "rock... | d7c7f565422bba8614370dabd88e6aa4bc1371d3dc26a6b681352eacc7206b97 | |
CQ_TEST_097 | P (hard): oil-sands bitumen
B (hard): upstream extraction and processing to the in-situ facility gate
G (preference): Alberta oil-sands region
T (preference): enhanced Modified Steam and Gas Push with natural-gas co-injection after SAGD
Y (preference): 2018 steady-state operation | lca_source_68 | material_supply | {
"P": {
"text": "oil-sands bitumen",
"constraint": "hard"
},
"B": {
"text": "upstream extraction and processing to the in-situ facility gate",
"constraint": "hard"
},
"G": {
"text": "Alberta oil-sands region",
"constraint": "preference"
},
"T": {
"text": "enhanced Modified Ste... | e78aa97fed338bbd430f23c867bd60ceff637ddf33954668c1258c8619423a96 | |
CQ_TEST_098 | P (hard): dry Nannochloropsis biomass
B (hard): industrial-scale photoautotrophic cultivation through dry biomass production
G (preference): Halle/Saale, Central Germany
T (preference): horizontally stacked tubular photobioreactor with 40-mm borosilicate-glass tubes
Y (preference): 2015–2018 climate-data average | lca_source_69 | material_supply | {
"P": {
"text": "dry Nannochloropsis biomass",
"constraint": "hard"
},
"B": {
"text": "industrial-scale photoautotrophic cultivation through dry biomass production",
"constraint": "hard"
},
"G": {
"text": "Halle/Saale, Central Germany",
"constraint": "preference"
},
"T": {
"te... | 973ebaf6aa32781a58486001a18b670374e4453820ec224ab8adbf88e9971047 | |
CQ_TEST_099 | P (hard): dry Nannochloropsis biomass
B (hard): industrial-scale photoautotrophic cultivation through dry biomass production
G (preference): Halle/Saale, Central Germany
T (preference): horizontally stacked tubular photobioreactor with PMMA tubes maintained for seven years
Y (preference): 2015–2018 climate-data average | lca_source_69 | material_supply | {
"P": {
"text": "dry Nannochloropsis biomass",
"constraint": "hard"
},
"B": {
"text": "industrial-scale photoautotrophic cultivation through dry biomass production",
"constraint": "hard"
},
"G": {
"text": "Halle/Saale, Central Germany",
"constraint": "preference"
},
"T": {
"te... | 7730e9f715688f943754279064ff2631482646ff630d84aaf77a18e51b623989 | |
CQ_TEST_100 | P (hard): merchandise freight transport service
B (hard): one-way road shipment from origin to destination
G (preference): Pereira–Quibdó, Colombia
T (preference): pre-Euro 16-t rigid truck using diesel B10 on rugged mountainous roads
Y (preference): 2010 vehicle configuration with 2019 operating-emission inventory bas... | lca_source_70 | transport | {
"P": {
"text": "merchandise freight transport service",
"constraint": "hard"
},
"B": {
"text": "one-way road shipment from origin to destination",
"constraint": "hard"
},
"G": {
"text": "Pereira–Quibdó, Colombia",
"constraint": "preference"
},
"T": {
"text": "pre-Euro 16-t ri... | 8ffd81892f61ea00d128330d1d8cef3f31ac83113847395d07e62f58d866d44e | |
CQ_TEST_101 | P (hard): merchandise freight transport service
B (hard): round-trip road shipment from origin to destination
G (preference): Zaragoza–Almussafes, Spain
T (preference): Euro VI 40-t articulated truck using diesel B5 on rolling-terrain freeways
Y (preference): 2016 vehicle configuration with 2019 operating-emission inve... | lca_source_70 | transport | {
"P": {
"text": "merchandise freight transport service",
"constraint": "hard"
},
"B": {
"text": "round-trip road shipment from origin to destination",
"constraint": "hard"
},
"G": {
"text": "Zaragoza–Almussafes, Spain",
"constraint": "preference"
},
"T": {
"text": "Euro VI 40-... | c052433f0fe9922f188e7cb1283e0fa6975285dcd98a23a2cd2b81a948e0a46b | |
CQ_TEST_102 | P (hard): urban passenger transport service
B (hard): operation on a high-traffic inner-city bus line
G (preference): Gothenburg, Sweden
T (preference): all-electric Volvo 7900 powertrain with average-grid charging
Y (preference): 2016–2017 foreground and route-operation data | lca_source_71 | transport | {
"P": {
"text": "urban passenger transport service",
"constraint": "hard"
},
"B": {
"text": "operation on a high-traffic inner-city bus line",
"constraint": "hard"
},
"G": {
"text": "Gothenburg, Sweden",
"constraint": "preference"
},
"T": {
"text": "all-electric Volvo 7900 pow... | 28dc6fd7c85c49002e233b36dbf7b2a122486543376236f0c39bfa3d89bcdb36 | |
CQ_TEST_103 | P (hard): urban passenger transport service
B (hard): operation on a high-traffic inner-city bus line
G (preference): Gothenburg, Sweden
T (preference): conventional Volvo 7900 with a Euro 6 diesel-engine powertrain
Y (preference): 2016–2017 foreground and route-operation data | lca_source_71 | transport | {
"P": {
"text": "urban passenger transport service",
"constraint": "hard"
},
"B": {
"text": "operation on a high-traffic inner-city bus line",
"constraint": "hard"
},
"G": {
"text": "Gothenburg, Sweden",
"constraint": "preference"
},
"T": {
"text": "conventional Volvo 7900 wit... | 33a64c33d0c84facbdf0f6249650f9e22c6b1c49f209c0c85145d60fbf4190d0 |
LCA Retrieval Benchmark
A process-dataset retrieval benchmark for life-cycle assessment, released by Tiangong-LCA. It contains 100 queries from 42 source groups, 15,671 candidate documents, and 14,182 judged query–document relationships with probabilistic reference relevance weights.
Related model: LCA-Nemotron-Embed-1B. Training resource: LCA Embedding Training.
Task
Given a query, retrieve suitable LCI process records from the entire 15,671-document
corpus, using the frozen text in corpus.jsonl. The query combines five fields:
| Field | Meaning |
|---|---|
| P | Product/function or process-selection need |
| B | Process role and system boundary |
| G | Geography |
| T | Technology |
| Y | Applicable time period |
Each field specifies a hard constraint or preference. Optional context is appended.
Use queries.text directly: it preserves the exact query string used for the reported
scores.
Files and loading
| Configuration / file | Contents |
|---|---|
queries / queries.jsonl |
100 query IDs, texts, structured elements, source groups and text hashes |
corpus / corpus.jsonl |
15,671 document IDs, texts, source databases and text hashes |
qrels / qrels.jsonl |
14,182 reference relevance weights; includes judged zero-weight entries |
model_rankings / model-rankings.jsonl |
Verified Top10 from the released LCA-Nemotron model |
model-results.json |
Expected aggregate metrics and exact model revision |
evaluate.py |
Standard-library scorer for saved rankings, not a model runner |
checksums.json |
SHA256 and size of every payload file |
from datasets import load_dataset
repo = "Tiangong-LCA/LCA-Retrieval-Benchmark"
queries = load_dataset(repo, "queries", split="test", revision="main")
corpus = load_dataset(repo, "corpus", split="corpus", revision="main")
qrels = load_dataset(repo, "qrels", split="test", revision="main")
Pin revision to a commit SHA for reproducible evaluation. Files can also be read as
ordinary UTF-8 JSONL without the Datasets library.
Scoring protocol
For each query, rank all corpus documents. Sort descending similarity, with document ID ascending as the deterministic tie-breaker. Submit ten distinct document IDs:
{"query_id":"CQ_TEST_001","document_ids":["<rank-1 ID>","<rank-2 ID>","..."]}
The example is schematic; real rows must have exactly ten valid IDs. Then run:
python evaluate.py --rankings model-rankings.jsonl --verify-model-results
python evaluate.py --rankings /path/to/your-top10.jsonl
Let p(q,d) be the frozen relevance weight; weights lie in [0,1] and sum to 5
for each query. For K=5 and 10:
Coverage@K = sum(p(q, d_i), i=1..K) / 5
nDCG@K = sum(p(q, d_i) / log2(i+1), i=1..K)
/ sum(1 / log2(i+1), i=1..min(K,5))
Aggregate scores are arithmetic means over all 100 queries, not source-group means. This is fixed five-reference normalization, not standard exhaustive graded-qrels IDCG. No exponential gain transformation is used. Coverage is probability-weighted reference coverage, not accuracy and not exhaustive corpus recall.
Unjudged retrieved documents receive zero for this frozen-pool score, but are not proven irrelevant. The scorer separately reports their counts. Keep judged zero entries distinct from absent/unjudged entries. A reference weight is a model-assisted top-five selection probability, not an independently calibrated truth probability.
Reference model result
Pure embedding retrieval, no online reranking:
| Model | nDCG@5 | nDCG@10 | Coverage@5 | Coverage@10 |
|---|---|---|---|---|
| LCA-Nemotron-Embed-1B | 0.37277 | 0.44037 | 0.33689 | 0.45895 |
The included rankings reproduce these aggregates with the supplied scorer. Re-running retrieval also requires the model's documented inference environment, prompts, mean pooling, normalization, and 512/2048 query/document token limits. Different precision, tokenization or document serialization may alter nearest-neighbor ties.
Sources and limitations
Queries describe process-selection needs derived from applied-LCA source material; source groups are preserved for clustered analysis.
| Process-document source | Records |
|---|---|
| BAFU 2025 v2 | 11,747 |
| Tiangong LCA records | 1,893 |
| USLCI / Federal LCA Commons | 1,341 |
| ELCD 3.2 | 608 |
| PlasticsEurope Eco-profiles | 49 |
| worldsteel LCI data | 33 |
BAFU attribution: Life Cycle Inventory database of the Swiss Federal Administration, BAFU:2025. Corpus texts are processed retrieval representations, not replacements for the original inventory databases. Document IDs preserve source/version identity.
Labels are model-assisted and candidate judgments are incomplete. This is an exploratory benchmark, not a blind holdout. Its size and scenario selection limit generalization. Estimate uncertainty by resampling the 42 source groups. Use this repository's corpus and keep benchmark queries and labels separate from training.
Citation
@misc{tiangong_lca_retrieval_benchmark_2026,
title = {LCA Retrieval Benchmark},
author = {{Tiangong-LCA}},
year = {2026},
url = {https://huggingface.co/datasets/Tiangong-LCA/LCA-Retrieval-Benchmark}
}
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