Phosphorus compounds decreased ☐ equal ☐ increased ☐ Other emissions in waste water decreased ☐ equal ☐ ……………………… increased ☐ Volume of waste and Waste volume (e.g. in metric decreased ☐ waste water (total tonnes) equal ☐ and hazardous increased ☐ waste) Waste water (e.g. in m³) decreased ☐ equal ☐ increased ☐ Tonnes or % of hazardous waste decreased ☐ ☐ increased ☐ Energy demand kWh or MJ decreased ☐ during the (separately for electric and equal ☐ application thermal energy demand) increased ☐ Energy demand kWh or MJ decreased ☐ (indirect) in the equal ☐ supply chain increased ☐ Greenhouse gas Amount of CO2 equivalents decreased ☐ emissions during the equal ☐ application increased ☐ Resource demand Amount of chemicals decreased Which ☐ during the equal one(s)? ☐ application increased ☐ Amount of water decreased ☐ equal ☐ increased ☐ Amount of other resources in the decreased Which ☐ supply chain in kg, m³, l (e.g. equal one(s)? ☐ recycling) increased ☐ 2 Substitution of the Did a substitution of one or more yes If no: ☐ chemical chemicals take place (different no No substitution of ☐ chemicals by substance or improved quality)? with substances with a higher risk 3 Material Safety Data (SDS) of the available ☐ characteristics of substitute not available ☐ substitutes Hazards for environment and decreased ☐ health (e.g. CMR substances, equal ☐ irritant, bio-accumulative) increased ☐ hazards (e.g. flammability) decreased ☐ equal ☐ increased ☐ Overall risk Altered risks due to the decreased ☐ substitution (overall assessment equal ☐ and reasons) increased ☐
Phosphorus compounds ☐ decreased ☐ equal ☐ increased Other emissions in waste water ……………………… ☐ decreased ☐ equal ☐ increased Volume of waste and waste water (total and hazardous waste) Waste volume (e.g. in metric tonnes) ☐ decreased ☐ equal ☐ increased Waste water (e.g. in m³) ☐ decreased ☐ equal ☐ increased Tonnes or % of hazardous waste ☐ decreased ☐ ☐ increased Energy demand during the application kWh or MJ (separately for electric and thermal energy demand) ☐ decreased ☐ equal ☐ increased Energy demand (indirect) in the supply chain kWh or MJ ☐ decreased ☐ equal ☐ increased Greenhouse gas emissions during the application Amount of CO2 equivalents ☐ decreased ☐ equal ☐ increased Resource demand during the application Amount of chemicals ☐ decreased ☐ equal ☐ increased Which one(s)? Amount of water ☐ decreased ☐ equal ☐ increased Amount of other resources in the supply chain in kg, m³, l (e.g. recycling) ☐ decreased ☐ equal ☐ increased Which one(s)? 2 No substitution of chemicals by substances with a higher risk Substitution of the chemical Did a substitution of one or more chemicals take place (different substance or improved quality)? ☐ yes ☐ no If no: with 3 Material characteristics of substitutes Safety Data (SDS) of the substitute ☐ available ☐ not available Hazards for environment and health (e.g. CMR substances, irritant, bio-accumulative) ☐ decreased ☐ equal ☐ increased hazards (e.g. flammability) ☐ decreased ☐ equal ☐ increased Overall risk Altered risks due to the substitution (overall assessment and reasons) ☐ decreased ☐ equal ☐ increased