developing water purification strategies | water purification strategies developing | develop water purification methods | water purification methods developing

mechanism of animal fat purification | process of animal fat purifications | process of animal fat purification | process of animal fat purification

collecting efficiency | collection efficiency | dust collecting efficiency | dust collection efficiency | dust extraction efficiency | dust separation efficiency | extraction efficiency | separation efficiency

natural purification | natural self-purification | self-purification | self-treatment

fat-purification operative | fat-purification operator | fat purifier | fat-purification worker

collection efficiency [ collecting efficiency | separating efficiency | dust separation efficiency | separation efficiency | capture efficiency | cleaning efficiency | removal efficiency | dust collection efficiency | dust collecting efficiency | dust extraction efficiency | extraction efficiency ]

wastewater treatment | waste water treatment | purification of waste waters | effluent treatment | sewage treatment | purification of sewage | waste-water purification | treatment of waste water

biological purification tank [ biological purification unit ]

76. Recalls that, through water bills, EU citizens are bearing the cost of purification of water and water treatment, and stresses that enacting policies that effectively combine and reconcile water resource protection objectives with cost savings, such as ‘control at source’ approaches, are more efficient and financially preferable; recalls that according to the EEA’s 2015 report on the state of the environment, more than 40 % of rivers and coastal waters are affected by diffuse pollution caused by agriculture, while between 20 % and 25 % are subjected to pollution deriving from point sources such as industrial structures, sewage syste ...[+++]ms and wastewater management networks; highlights the importance of effective implementation of the WFD and the Drinking Water Directive, better coordination as regards their implementation, more coherence when drafting legislation and more proactive measures for saving water resources and substantially increasing water use efficiency across all sectors (industries, households, agriculture, distribution networks); recalls that ensuring sustainable protection of natural areas such as freshwater ecosystems is also key to development and crucial for providing drinking water supplies, and reduces costs for citizens and operators;

76. Recalls that, through water bills, EU citizens are bearing the cost of purification of water and water treatment, and stresses that enacting policies that effectively combine and reconcile water resource protection objectives with cost savings, such as ‘control at source’ approaches, are more efficient and financially preferable; recalls that according to the EEA’s 2015 report on the state of the environment, more than 40 % of rivers and coastal waters are affected by diffuse pollution caused by agriculture, while between 20 % and 25 % are subjected to pollution deriving from point sources such as industrial structures, sewage syste ...[+++]ms and wastewater management networks; highlights the importance of effective implementation of the WFD and the Drinking Water Directive, better coordination as regards their implementation, more coherence when drafting legislation and more proactive measures for saving water resources and substantially increasing water use efficiency across all sectors (industries, households, agriculture, distribution networks); recalls that ensuring sustainable protection of natural areas such as freshwater ecosystems is also key to development and crucial for providing drinking water supplies, and reduces costs for citizens and operators;

75. Recalls that, through water bills, EU citizens are bearing the cost of purification of water and water treatment, and stresses that enacting policies that effectively combine and reconcile water resource protection objectives with cost savings, such as ‘control at source’ approaches, are more efficient and financially preferable; recalls that according to the EEA’s 2015 report on the state of the environment, more than 40 % of rivers and coastal waters are affected by diffuse pollution caused by agriculture, while between 20 % and 25 % are subjected to pollution deriving from point sources such as industrial structures, sewage syste ...[+++]ms and wastewater management networks; highlights the importance of effective implementation of the WFD and the Drinking Water Directive, better coordination as regards their implementation, more coherence when drafting legislation and more proactive measures for saving water resources and substantially increasing water use efficiency across all sectors (industries, households, agriculture, distribution networks); recalls that ensuring sustainable protection of natural areas such as freshwater ecosystems is also key to development and crucial for providing drinking water supplies, and reduces costs for citizens and operators;

information on individual measurement results, as well as on the evaluation of the plant’s purification efficiency and compliance with the required outflow limit values;