ab7ad55b-4477-58a9-932d-e4ea9f0af9bc AC 12.5 RC and Other Bituminous Mixtures for Road Construction – Koropi Plant - Athens Greece Material Asphalt Asphalt Road Parking The declared product is a group of hot mix asphalt (HMA) mixtures intended for road construction and pavement works, including base courses, binder courses and wearing courses. The mixes are produced at the Koropi asphalt plant in Attica and are supplied in bulk for direct paving. Hot mix asphalt is a composite material made mainly of mineral aggregates and asphalt bitumen. For the mixtures covered by this EPD, the Koropi plant uses: • Natural aggregates from local quarries (sand, fine and coarse aggregates, anti skid aggregates and mineral filler), forming the structural skeleton of the pavement. • Asphalt bitumen 50/70 as the primary binder, selected according to project specifications and performance requirements. • Recycled aggregates and RAP (reclaimed asphalt pavement) delivered from a CE marked C&DW (AEKK) facility located next to the asphalt plant. The product group includes distinct mix types based on specific mix designs: conventional mixes (no suffix) are produced with natural aggregates from quarries, RC mixes are produced with recycled aggregates, and RAP mixes incorporate RAP according to the approved mix design. No bio based materials are used in the mixtures or the manufacturing process, and biogenic carbon flows are therefore not relevant for this product group. Manufacturing process The hot mix asphalt is produced in a temperature controlled industrial process with the following main steps: 1. Receiving and storage of aggregates – Natural and recycled aggregates are delivered to the plant and stored in dedicated on site stockpiles according to size fraction and origin. 2. Drying and heating – Aggregates are dosed from cold feed hoppers into a dryer drum, where moisture is removed and the material is heated using fuel combustion to the required production temperature. 3. Screening and hot storage – Dried aggregates are screened into defined fractions and stored in hot bins above the mixer. 4. Dosing of constituents – Aggregates, recycled aggregates and RAP are proportioned according to the asphalt mix design. Bitumen, stored in thermostatically controlled tanks, is accurately weighed and fed into the mixer. 5. Mixing – All components are mixed to obtain a homogeneous asphalt mixture with the specified grading, binder content and workability. 6. Loading and dispatch – The finished mixture is discharged into insulated trucks and transported in bulk to the construction site; no packaging materials are used. Product range covered by the EPD This EPD covers ten hot mix asphalt types produced at the Koropi Plant – Athens, Greece: • AC 10 • AC 12.5 • AC 12.5 RC • AC 12.5 RAP • AC 20 • AC 31.5 • AC 31.5 RC • AC 31.5 RAP • AC 12.5 Skid Resistance I • AC 12.5 Skid Resistance I (50/70 Add.) AC 12.5 RC is used as the representative product for this group. The declared A1–A3 results in the main LCA tables correspond to this mix, with a GWP fossil of 30,57 kg CO₂e per declared unit. All mixtures are manufactured with similar raw materials and process conditions; differences in impacts arise mainly from variations in mix design (aggregate grading, RAP and recycled aggregate content, binder content and skid resistance additives). For modules A1–A3, the variation in GWP fossil of the other mixes relative to the representative mix is as follows (rounded to the nearest percentage point): • AC 10: +15,60 % (35,34 kg CO₂e/DU) • AC 12.5: +15,64 % (35,35 kg CO₂e/DU) • AC 12.5 RC: 0 % (30,57 kg CO₂e/DU) - Representative • AC 12.5 RAP: +12,33 % (34,34 kg CO₂e/DU) • AC 20: +13,08 % (34,57 kg CO₂e/DU) • AC 31.5: +10,44% (33,76 kg CO₂e/DU) • AC 31.5 RC: -10,21 % (27,45 kg CO₂e/DU) – Best Case Mix • AC 31.5 RAP: +4,97 % (32,09 kg CO₂e/DU) • AC 12.5 Skid Resistance I: +42,95 % (43,70 kg CO₂e/DU) • AC 12.5 Skid Resistance I (50/70 Add.): +45,11 % (44,36 kg CO₂e/DU) – Worst Case Mix Consequently, the variation in GWP fossil (A1–A3) for the product group, when expressed relative to the representative mix AC 12.5 RC, is −10,21 % / +45,11 % between the best case and worst case mixtures. All assessed products fall within the ±50% variation limit as specified by EN 15804+A2 and EPD Hub General Programme Instructions that cover multiple products using a representative product approach. Substances of very high concern (REACH) The product does not contain any substances of very high concern (SVHC) listed in accordance with REACH in concentrations above 0.1 % by weight of the product. 0 2026 2031 2026-03-06 The declared product is a group of hot mix asphalt (HMA) mixtures intended for road construction and pavement works, including base courses, binder courses and wearing courses. The mixes are produced at the Koropi asphalt plant in Attica and are supplied in bulk for direct paving. Hot mix asphalt is a composite material made mainly of mineral aggregates and asphalt bitumen. For the mixtures covered by this EPD, the Koropi plant uses: • Natural aggregates from local quarries (sand, fine and coarse aggregates, anti skid aggregates and mineral filler), forming the structural skeleton of the pavement. • Asphalt bitumen 50/70 as the primary binder, selected according to project specifications and performance requirements. • Recycled aggregates and RAP (reclaimed asphalt pavement) delivered from a CE marked C&DW (AEKK) facility located next to the asphalt plant. The product group includes distinct mix types based on specific mix designs: conventional mixes (no suffix) are produced with natural aggregates from quarries, RC mixes are produced with recycled aggregates, and RAP mixes incorporate RAP according to the approved mix design. No bio based materials are used in the mixtures or the manufacturing process, and biogenic carbon flows are therefore not relevant for this product group. Manufacturing process The hot mix asphalt is produced in a temperature controlled industrial process with the following main steps: 1. Receiving and storage of aggregates – Natural and recycled aggregates are delivered to the plant and stored in dedicated on site stockpiles according to size fraction and origin. 2. Drying and heating – Aggregates are dosed from cold feed hoppers into a dryer drum, where moisture is removed and the material is heated using fuel combustion to the required production temperature. 3. Screening and hot storage – Dried aggregates are screened into defined fractions and stored in hot bins above the mixer. 4. Dosing of constituents – Aggregates, recycled aggregates and RAP are proportioned according to the asphalt mix design. Bitumen, stored in thermostatically controlled tanks, is accurately weighed and fed into the mixer. 5. Mixing – All components are mixed to obtain a homogeneous asphalt mixture with the specified grading, binder content and workability. 6. Loading and dispatch – The finished mixture is discharged into insulated trucks and transported in bulk to the construction site; no packaging materials are used. Product range covered by the EPD This EPD covers ten hot mix asphalt types produced at the Koropi Plant – Athens, Greece: • AC 10 • AC 12.5 • AC 12.5 RC • AC 12.5 RAP • AC 20 • AC 31.5 • AC 31.5 RC • AC 31.5 RAP • AC 12.5 Skid Resistance I • AC 12.5 Skid Resistance I (50/70 Add.) AC 12.5 RC is used as the representative product for this group. The declared A1–A3 results in the main LCA tables correspond to this mix, with a GWP fossil of 30,57 kg CO₂e per declared unit. All mixtures are manufactured with similar raw materials and process conditions; differences in impacts arise mainly from variations in mix design (aggregate grading, RAP and recycled aggregate content, binder content and skid resistance additives). For modules A1–A3, the variation in GWP fossil of the other mixes relative to the representative mix is as follows (rounded to the nearest percentage point): • AC 10: +15,60 % (35,34 kg CO₂e/DU) • AC 12.5: +15,64 % (35,35 kg CO₂e/DU) • AC 12.5 RC: 0 % (30,57 kg CO₂e/DU) - Representative • AC 12.5 RAP: +12,33 % (34,34 kg CO₂e/DU) • AC 20: +13,08 % (34,57 kg CO₂e/DU) • AC 31.5: +10,44% (33,76 kg CO₂e/DU) • AC 31.5 RC: -10,21 % (27,45 kg CO₂e/DU) – Best Case Mix • AC 31.5 RAP: +4,97 % (32,09 kg CO₂e/DU) • AC 12.5 Skid Resistance I: +42,95 % (43,70 kg CO₂e/DU) • AC 12.5 Skid Resistance I (50/70 Add.): +45,11 % (44,36 kg CO₂e/DU) – Worst Case Mix Consequently, the variation in GWP fossil (A1–A3) for the product group, when expressed relative to the representative mix AC 12.5 RC, is −10,21 % / +45,11 % between the best case and worst case mixtures. All assessed products fall within the ±50% variation limit as specified by EN 15804+A2 and EPD Hub General Programme Instructions that cover multiple products using a representative product approach. Substances of very high concern (REACH) The product does not contain any substances of very high concern (SVHC) listed in accordance with REACH in concentrations above 0.1 % by weight of the product. The declared product is a group of hot mix asphalt (HMA) mixtures intended for road construction and pavement works, including base courses, binder courses and wearing courses. The mixes are produced at the Koropi asphalt plant in Attica and are supplied in bulk for direct paving. Hot mix asphalt is a composite material made mainly of mineral aggregates and asphalt bitumen. For the mixtures covered by this EPD, the Koropi plant uses: • Natural aggregates from local quarries (sand, fine and coarse aggregates, anti skid aggregates and mineral filler), forming the structural skeleton of the pavement. • Asphalt bitumen 50/70 as the primary binder, selected according to project specifications and performance requirements. • Recycled aggregates and RAP (reclaimed asphalt pavement) delivered from a CE marked C&DW (AEKK) facility located next to the asphalt plant. The product group includes distinct mix types based on specific mix designs: conventional mixes (no suffix) are produced with natural aggregates from quarries, RC mixes are produced with recycled aggregates, and RAP mixes incorporate RAP according to the approved mix design. No bio based materials are used in the mixtures or the manufacturing process, and biogenic carbon flows are therefore not relevant for this product group. Manufacturing process The hot mix asphalt is produced in a temperature controlled industrial process with the following main steps: 1. Receiving and storage of aggregates – Natural and recycled aggregates are delivered to the plant and stored in dedicated on site stockpiles according to size fraction and origin. 2. Drying and heating – Aggregates are dosed from cold feed hoppers into a dryer drum, where moisture is removed and the material is heated using fuel combustion to the required production temperature. 3. Screening and hot storage – Dried aggregates are screened into defined fractions and stored in hot bins above the mixer. 4. Dosing of constituents – Aggregates, recycled aggregates and RAP are proportioned according to the asphalt mix design. Bitumen, stored in thermostatically controlled tanks, is accurately weighed and fed into the mixer. 5. Mixing – All components are mixed to obtain a homogeneous asphalt mixture with the specified grading, binder content and workability. 6. Loading and dispatch – The finished mixture is discharged into insulated trucks and transported in bulk to the construction site; no packaging materials are used. Product range covered by the EPD This EPD covers ten hot mix asphalt types produced at the Koropi Plant – Athens, Greece: • AC 10 • AC 12.5 • AC 12.5 RC • AC 12.5 RAP • AC 20 • AC 31.5 • AC 31.5 RC • AC 31.5 RAP • AC 12.5 Skid Resistance I • AC 12.5 Skid Resistance I (50/70 Add.) AC 12.5 RC is used as the representative product for this group. The declared A1–A3 results in the main LCA tables correspond to this mix, with a GWP fossil of 30,57 kg CO₂e per declared unit. All mixtures are manufactured with similar raw materials and process conditions; differences in impacts arise mainly from variations in mix design (aggregate grading, RAP and recycled aggregate content, binder content and skid resistance additives). For modules A1–A3, the variation in GWP fossil of the other mixes relative to the representative mix is as follows (rounded to the nearest percentage point): • AC 10: +15,60 % (35,34 kg CO₂e/DU) • AC 12.5: +15,64 % (35,35 kg CO₂e/DU) • AC 12.5 RC: 0 % (30,57 kg CO₂e/DU) - Representative • AC 12.5 RAP: +12,33 % (34,34 kg CO₂e/DU) • AC 20: +13,08 % (34,57 kg CO₂e/DU) • AC 31.5: +10,44% (33,76 kg CO₂e/DU) • AC 31.5 RC: -10,21 % (27,45 kg CO₂e/DU) – Best Case Mix • AC 31.5 RAP: +4,97 % (32,09 kg CO₂e/DU) • AC 12.5 Skid Resistance I: +42,95 % (43,70 kg CO₂e/DU) • AC 12.5 Skid Resistance I (50/70 Add.): +45,11 % (44,36 kg CO₂e/DU) – Worst Case Mix Consequently, the variation in GWP fossil (A1–A3) for the product group, when expressed relative to the representative mix AC 12.5 RC, is −10,21 % / +45,11 % between the best case and worst case mixtures. All assessed products fall within the ±50% variation limit as specified by EN 15804+A2 and EPD Hub General Programme Instructions that cover multiple products using a representative product approach. Substances of very high concern (REACH) The product does not contain any substances of very high concern (SVHC) listed in accordance with REACH in concentrations above 0.1 % by weight of the product. EPD EPD Hub Core PCR 1.2 specific dataset One Click LCA database ecoinvent database (all versions) HUB-5631.pdf Imane Uald Lamkaddam EN 15804+A2 ISO 14025 ELLINIKI TECHNIKI A.T.E.V.E. Harry Kantarelis -KX Consulting Engineers 2026-03-06T14:34:39.830+01:00 ILCD Format EPD-Datenformaterweiterungen v1.2 EPD Data Format Extensions v1.2 00.01.000 2026-03-06T13:34:38 EPD Hub HUB-5631 ELLINIKI TECHNIKI A.T.E.V.E. true Free of charge for all users and uses None EPD Hub AC 12.5 RC and Other Bituminous Mixtures for Road Construction – Koropi Plant - Athens Greece Output 1 Use of renewable primary energy (PERE) Erneuerbare Primärenergie als Energieträger (PERE) Uso de energía primaria renovable excluyendo los recursos de energía primaria renovable utilizada como materia prima (PERE) General reminder flow Input MJ 15.994018780304353 0.7301214315667027 0.0 None 0.3898896904189911 1.07032317572151 0.0 1.3821869911359583 -9.000627695451817 7.4980577572 0.06454163815212889 8.431419384952223 Use of renewable primary energy resources used as raw materials (PERM) Erneuerbare Primärenergie zur stofflichen Nutzung (PERM) Uso de energía primaria renovable utilizada como materia prima (PERM) General reminder flow Input MJ 0.0 0.0 0.0 None 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Total use of renewable primary energy resources (PERT) Total erneuerbare Primärenergie (PERT) Uso total de la energía primaria renovable (energía primaria y recursos de energía primaria renovable utilizada como materia prima) (PERT) General reminder flow Input MJ 15.994018780304353 0.7301214315667027 0.0 None 0.3898896904189911 1.07032317572151 0.0 1.3821869911359583 -9.000627695451817 7.4980577572 0.06454163815212889 8.431419384952223 Use of non renewable primary energy (PENRE) Nicht-erneuerbare Primärenergie als Energieträger (PENRE) Uso de energía primaria no renovable, excluyendo los recursos de energía primaria no renovable utilizada como materia prima (PENRE) General reminder flow Input MJ 403.64270448272674 42.235611402286004 0.0 None 61.55873509650246 78.102740045915 0.0 -623.6100962149546 -596.624329368648 167.92801191200004 3.962255508814911 231.75243706191188 Use of non renewable primary energy resources used as raw materials (PENRM) Nicht-erneuerbare Primärenergie zur stofflichen Nutzung (PENRM) Uso de la energía primaria no renovable utilizada como materia prima (PENRM) General reminder flow Input MJ 0.0 0.0 0.0 None 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Total use of non renewable primary energy resource (PENRT) Total nicht erneuerbare Primärenergie (PENRT) Uso total de la energía primaria no renovable (energía primaria y recursos de energía primaria no renovable utilizada como materia prima) (PENRT) General reminder flow Input MJ 403.64270448272674 42.235611402286004 0.0 None 61.55873509650246 78.102740045915 0.0 -623.6100962149546 -596.624329368648 167.92801191200004 3.962255508814911 231.75243706191188 Use of secondary material (SM) Einsatz von Sekundärstoffen (SM) Uso de materiales secundarios (SM) General reminder flow Input kg 0.013189920108778015 0.019345033080809107 0.0 None 0.025571632214618747 0.03324471441786495 0.0 0.03183783875496092 -0.15230795330347618 0.007955967599999999 0.0017146215136910027 0.0035193309950870147 Use of renewable secondary fuels (RSF) Erneuerbare Sekundärbrennstoffe (RSF) Uso de combustibles secundarios renovables (RSF) General reminder flow Input MJ 0.029473541026326832 0.00024425525883287026 0.0 None 6.68403670228713e-05 0.0004222583466592085 0.0 0.0005833769170271504 -0.0005206240146825164 3.6820354000000005e-05 2.162961385187499e-05 0.02941509105847496 Use of non renewable secondary fuels (NRSF) Nicht erneuerbare Sekundärbrennstoffe (NRSF) Uso de combustibles secundarios no renovables (NRSF) General reminder flow Input MJ 0.31111 0.0 0.0 None 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.31111 Use of net fresh water (FW) Einsatz von Süßwasserressourcen (FW) Uso neto de recursos de agua dulce (FW) General reminder flow Input m3 0.08902404417862744 0.005685236659365051 0.0 None 0.0040697426433796285 0.01154562104589555 0.0 -1.2592941958888677 -0.17000597762317998 0.07335845202 0.0005851712676843688 0.015080420890943087 Hazardous waste disposed (HWD) Gefährlicher Abfall zur Deponie (HWD) Residuos peligrosos eliminados (HWD) General reminder flow Output kg 0.2809418831287744 0.060585706291385405 0.0 None 0.06853091945384854 0.1323134072124615 0.0 0.17581961672684798 -0.7254308197680743 0.23164514066000003 0.005736869510827141 0.04355987295794721 Non hazardous waste dispose (NHWD) Entsorgter nicht gefährlicher Abfall (NHWD) Residuos no peligrosos eliminados (NHWD) General reminder flow Output kg 13.644468784656269 1.2786332368945286 0.0 None 0.9340177223601468 2.4486280158456 0.0 1697.014993081699 -12.822472613032478 7.72621075 0.11481677011091723 5.80344126454535 Radioactive waste disposed (RWD) Entsorgter radioaktiver Abfall (RWD) Residuos radiactivos eliminados (RWD) General reminder flow Output kg 0.0020259561860712237 1.3384366834163886e-05 0.0 None 6.690869192992837e-06 1.6650655008269234e-05 0.0 2.1434879104651903e-05 -0.00018897455654116923 0.0010315004572600001 1.1820438056620823e-06 0.0009932736850055623 Components for re-use (CRU) Komponenten für die Wiederverwendung (CRU) Componentes para su reutilización (CRU) General reminder flow Output kg 0.0 0.0 0.0 None 0.0 0.0 550.0 0.0 0.0 0.0 0.0 0.0 Materials for recycling (MFR) Stoffe zum Recycling (MFR) Materiales para el reciclaje (MFR) General reminder flow Output kg 3.4453113600000003e-10 0.0 0.0 None 0.0 0.0 220.0 0.0 0.0 0.0 0.0 3.4453113600000003e-10 Materials for energy recovery (MER) Stoffe für die Energierückgewinnung (MER) Materiales para valorización energética (recuperación de energía) (MER) General reminder flow Output kg 1.8021196800000002e-18 0.0 0.0 None 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.8021196800000002e-18 Exported electrical energy (EEE) Exportierte elektrische Energie (EEE) Energía exportada electrica (EEE) General reminder flow Output MJ None None None None None None None None None Exported thermal energy (EET) Exportierte thermische Energie (EET) Energía exportada termal (EET) General reminder flow Output MJ None None None None None None None None None Global Warming Potential total (GWP-total) kg CO2 eqv. 30.681810611754358 3.0091203075357567 0.0 None 4.707136430551474 5.385176389545335 0.0 5.9216579838821435 -24.353596258322657 12.5753511112626 0.27367040886855365 17.8327890916232 Global Warming Potential fossil fuels (GWP-fossil) kg CO2 eqv. 30.57428793256219 3.0074613470594063 0.0 None 4.706174107985102 5.3815494855634 0.0 5.940328210982964 -24.345559755398632 12.4748734466 0.27350998426960466 17.825904501692584 Global Warming Potential biogenic (GWP-biogenic) kg CO2 eqv. 0.10442976351523156 0.0005963088234060941 0.0 None 0.0004801986448844124 0.001219076140300585 0.0 -0.021504111596261963 0.0 0.0985943837986 5.762679884453377e-05 0.0057777529177870475 Global Warming Potential luluc (GWP-luluc) kg CO2 eqv. 0.0030929156769357482 0.0010626516529443242 0.0 None 0.00048212392148830433 0.00240782784163507 0.0 0.002833884495442264 -0.008036502924024245 0.001883280864 0.00010279780010446582 0.0011068370128312825 Depletion potential of the stratospheric ozone layer (ODP) kg CFC 11 eqv. 5.1046835570637434e-06 5.983070479008234e-08 0.0 None 7.206179027675644e-08 7.94510593261565e-08 0.0 1.0056169860835146e-07 -1.7412889281784159e-06 2.0397212654e-06 5.504847887353544e-09 3.0594574437763904e-06 Acidification potential of land and water (AP) mol H+ eqv. 0.4358108009893736 0.009404045195791326 0.0 None 0.04247945090126533 0.01835005658366795 0.0 0.028662548059229333 -0.0939474402848875 0.31366892730800006 0.0008825916808669611 0.12125928200050645 Eutrophication potential aquatic freshwater (EP-freshwater) kg P eqv. 0.0023213168960847163 0.00019941133190807097 0.0 None 0.00013586690947757827 0.000418982695616981 0.0 0.0004250012843261082 -0.002244404582526731 0.00018338878398 1.8447134316100436e-05 0.0021194809777886157 Eutrophication potential aquatic marine (EP-marine) kg N eqv. 0.08227908439408912 0.003171028767186519 0.0 None 0.019706142002073237 0.0060292480543983505 0.0 0.04107409745304258 -0.016786101668480616 0.06122454628620001 0.00029998112522829984 0.020754556982660804 Eutrophication potential terrestrial (EP-terrestrial) mol N eqv. 0.8934623258035913 0.03448618014670166 0.0 None 0.2157515896427141 0.06560981013613801 0.0 0.1128008562958997 -0.1840897634108409 0.674496574054 0.0032631080583475367 0.2157026436912439 Photochemical Ozone Creation Potential (POCP) kg NMVOC eqv. 0.2730850635730292 0.014740653415525079 0.0 None 0.06434188994368631 0.027047557201563252 0.0 0.03939816908843814 -0.22555024677791385 0.204852792036 0.00143917461084853 0.06679309692618074 Abiotic depletion potential for non fossil resources (ADPE) kg Sb eqv. 2.3423566000249876e-05 9.836177760989587e-06 0.0 None 1.6875601130146812e-06 1.50126205834816e-05 0.0 9.119146234081187e-06 -4.680937213984942e-05 9.692746760000002e-06 7.554588207597783e-07 1.2975360419490096e-05 Abiotic depletion potential for fossil resources (ADPF) MJ 409.00142015501893 42.233658780542164 0.0 None 61.55817811578185 78.098780849127 0.0 86.51734866953443 -1149.9186954285242 167.92801191200004 3.962037848582988 237.11137039443594 Water use (WDP) m3 world eqv. 54.39726438144281 0.20745080647303624 0.0 None 0.15379087563778554 0.3857715253663435 0.0 0.54380659580658 -7.0708379392082215 3.1017711962 0.020300872443292435 51.27519231279952 Incidence of disease due to PM emissions (PM) disease incidence 3.6555473772192966e-06 2.3640906127814115e-07 0.0 None 1.2071649104769823e-06 5.3884727208723e-07 0.0 6.233370569091324e-07 -9.796869634748557e-07 2.30743597764e-06 2.7223918678666567e-08 1.3208874809006296e-06 Potential Human exposure efficiency relative to U235 (IRP) kBq U235 eqv. 1.860926374767277 0.053864557868337125 0.0 None 0.027272245246997708 0.0680200867660905 0.0 0.08756845383497684 -0.7765437474350759 1.08317672892 0.004778298728564596 0.7729713471187124 Potential Comparative Toxic Unit for ecosystems (ETP-fw) CTUe 193.19372765869434 5.545745269584732 0.0 None 3.3894798468015424 11.04789525402915 0.0 11.526998974399184 -45.177531483475825 104.26097303999998 0.46716477137543533 88.46558984731892 Potential Comparative Toxic Unit for humans - cancer effects (HTP-c) CTUh 7.050083169546156e-09 5.125892652404164e-10 0.0 None 4.838643248573093e-10 8.8829621294217e-10 0.0 9.055740616766934e-10 -4.456090485362606e-09 2.7198842880000003e-09 4.5038324895778115e-11 4.285160556650377e-09 Potential Comparative Toxic Unit for humans - non-cancer effects (HTP-nc) CTUh 1.8048545395629087e-07 2.6521520682793136e-08 0.0 None 7.661927166873861e-09 5.0567227760998496e-08 0.0 2.3034334431533343e-08 -1.313879449448389e-07 9.172250874000001e-08 2.5748529203641984e-09 8.618809229592669e-08 Soil quality index (SQP) unitless 28.962504491697743 25.138087904376683 0.0 None 4.314241061734271 78.6509572903425 0.0 198.24688313905258 -101.01488954155258 17.551403348 3.991396336467352 7.419704807230393