Translation of "phase-separable glass method " (English → French) :

29. Urges the Member States to ensure full implementation of the EU waste acquis, including minimum targets, through their national waste prevention and management strategies and plans; reiterates that the existing targets regarding collection and separation need to be further elaborated and set for the highest and qualitatively best recovery of materials in each phase; highlights, consequently, the need for EU funding to give priority to activities higher up the waste hierarchy, as stipulated in the Waste Framework Directive (e.g. by prioritising recycling plants over waste disposal); calls on the Commission to consider the need to i ...[+++]mprove and harmonise calculation methods and statistics relating to waste, in order to provide a reliable basis to promote recycling;

28. Urges the Member States to ensure full implementation of the EU waste acquis, including minimum targets, through their national waste prevention and management strategies and plans; reiterates that the existing targets regarding collection and separation need to be further elaborated and set for the highest and qualitatively best recovery of materials in each phase; highlights, consequently, the need for EU funding to give priority to activities higher up the waste hierarchy, as stipulated in the Waste Framework Directive (e.g. by prioritising recycling plants over waste disposal); calls on the Commission to consider the need to i ...[+++]mprove and harmonise calculation methods and statistics relating to waste, in order to provide a reliable basis to promote recycling;

column allowing good separation of cannabinoids, for example a glass capillary column 25 m long and 0.22 mm in diameter impregnated with a 5 % non-polar phenyl-methyl-siloxane phase.

column allowing good separation of cannabinoids, for example a glass capillary column 25 m long and 0.22 mm in diameter impregnated with a 5 % non-polar phenyl-methyl-siloxane phase.

Technologies in this field cover a broad spectrum of treatment methods, e.g. better collecting devices and vehicles for a more effective recycling of materials like paper, metals and glass; better mechanical separating devices, new large scale technologies for treating organic waste.

(b) the total cis-docosenoic acid content of products referred to in Article 1, by the method set out in Annex VI to Regulation (EEC) No 1470/68 using gas-liquid chromatography in conditions whereby the cis- and trans-isomers of docosenoic acids are separated ; stationary phases suitable for this purpose are, for example, the cyanopropylpolysiloxanes or liquid crystals.