Solvent naphtha

solventna nafta

9,5 % wood naphtha,

9,5 % lesne nafte,

The wood naphtha and crude pyridine may be substituted with 10 % methyl alcohol.

Lesna nafta in surovi piridin se lahko nadomestita z 10 % metilnim alkoholom.

(13) The product concerned is the same as that covered by the previous investigations. Ethanolamines are obtained by making ethylene oxide (EO), itself a result of a reaction of ethylene and oxygen, react with ammonia. This synthesis leads to three competing reactions and to three different types of ethanolamines: monoethanolamine (MEA), diethanolamine (DEA) and triethanolamine (TEA), depending on how many times EO is bound. The maximum number of combinations is limited by the number of hydrogen elements in ammonia, namely three. The proportions of the three types in the total output are determined by the production installation design, but can, to a certain extent, be controlled by the ammonia/EO (the molar ratio). Community installations are typically based on naphtha as energy carrier, whereas US installations are natural gas based.

(13) Zadevni izdelek je enak izdelku iz prejšnjih preiskav. Etanolamini se pridobivajo tako, da etilen oksid (EO), ki nastane z reakcijo med etilenom in kisikom, reagira z amoniakom. Ta sinteza povzroči tri hkratne reakcije in tri različne vrste etanolaminov: monoetanolamin (MEA), dietanolamin (DEA) in trietanolamin (TEA), odvisno od tega, kolikokrat se veže EO. Največje število kombinacij je omejeno s številom vodikovih elementov v amonijaku, to je tri. Delež treh vrst v skupni proizvodnji je določen s proizvodnim načrtovalnim obratom in se lahko do neke stopnje nadzira z izbiro razmerja amonijak/EO ("molekulsko" razmerje). Obrati Skupnosti običajno temeljijo na primarnem bencinu kot energetskemu nosilcu, medtem ko ameriški obrati temeljijo na zemeljskem plinu.

(13) The product concerned is the same as that covered by the previous investigations. Ethanolamines are obtained by making ethylene oxide (EO), itself a result of a reaction of ethylene and oxygen, react with ammonia. This synthesis leads to three competing reactions and to three different types of ethanolamines: monoethanolamine (MEA), diethanolamine (DEA) and triethanolamine (TEA), depending on how many times EO is bound. The maximum number of combinations is limited by the number of hydrogen elements in ammonia, namely three. The proportions of the three types in the total output are determined by the production installation design, but can, to a certain extent, be controlled by the ammonia/EO (the ‘molar'ratio). Community installations are typically based on naphtha as energy carrier, whereas US installations are natural gas based.

(13) Zadevni izdelek je enak izdelku iz prejšnjih preiskav. Etanolamini se pridobivajo tako, da etilen oksid (EO), ki nastane z reakcijo med etilenom in kisikom, reagira z amoniakom. Ta sinteza povzroči tri hkratne reakcije in tri različne vrste etanolaminov: monoetanolamin (MEA), dietanolamin (DEA) in tri etanolamin (TEA), odvisno od tega, kolikokrat se veže EO. Največje število kombinacij je omejeno s številom vodikovih elementov v amonijaku, to je tri. Deleže treh vrst v skupni proizvodnji je določen s proizvodnim načrtovalnim obratom in se lahko do neke stopnje nadzira z izbiro razmerja amonijak/EO („molekulsko“ razmerje). Obrati Skupnosti običajno temeljijo na primarnem bencinu kot energetskemu nosilcu, medtem ko ameriški obrati temeljijo na zemeljskem plinu.

liquefied petroleum gas (LPG), naphthas, motor spirit, jet fuels, kerosenes, gas/diesel oil, residual fuel oil, lubricants and bitumen.

utekočinjeni naftni plin (UNP), primarni bencin, motorni bencin, gorivo za reaktivna letala, kerozin, plinsko olje/dizelsko gorivo, mazut, maziva, bitumen.