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AssigneeResourseas S.R.L.
InventorsMaurizio Bevacqua, Fabrizio Vassallo, Andrea Cipollina, Giorgio Micale, Alessandro Tamburini, Michael Papapetrou, Fabrizio Vicari
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A reactor and a relative process are for precipitation of a solid substance from a solution, in particular a reactive precipitation or crystallization. The reactor is a reactive precipitation/crystallization reactor, including an outer tubular element and a coaxial inner tubular element along a longitudinal axis of the reactor, to form an annular channel between an outer wall of the inner tubular element and an inner wall of the outer tubular element. The outer tubular element includes, at a first end, an inlet opening for a first reactive fluid and, at a second end, an outlet opening for a reaction mixture. The inner tubular element includes an inlet opening for a second reactive fluid and, optionally, an outlet opening for the second reactive fluid. The inner tubular element includes, along the outer surface, dispensing openings for dispensing the second reactive fluid fed into the inner tubular element.
A reactive precipitation/crystallization reactor, comprising an outer tubular element and an inner tubular element, coaxial with respect to the outer tubular element along a longitudinal axis of the reactor to form, between an outer wall of the inner tubular element and an inner wall of the outer tubular element, an annular channel, wherein the outer tubular element comprises, at a first end, at least one inlet opening for a first reactive fluid and, at a second end, an outlet opening for a reaction mixture, and wherein the inner tubular element comprises an inlet opening for a second reactive fluid, wherein, the inner tubular element comprises, along the outer surface thereof, a plurality of dispensing openings for dispensing said second reactive fluid fed into the inner tubular element;
A reactive precipitation/crystallization reactor, comprising an outer tubular element and an inner tubular element, coaxial with respect to the outer tubular element along a longitudinal axis of the reactor to form, between an outer wall of the inner tubular element and an inner wall of the outer tubular element, an annular channel, wherein the outer tubular element comprises, at a first end, at least one inlet opening for a first reactive fluid and, at a second end, an outlet opening for a reaction mixture, and wherein the inner tubular element comprises an inlet opening for a second reactive fluid, wherein, the inner tubular element comprises, along the outer surface thereof, a plurality of dispensing openings for dispensing said second reactive fluid fed into the inner tubular element;
A reactive precipitation/crystallization reactor, comprising an outer tubular element and an inner tubular element, coaxial with respect to the outer tubular element along a longitudinal axis of the reactor to form, between an outer wall of the inner tubular element and an inner wall of the outer tubular element, an annular channel, wherein the outer tubular element comprises, at a first end, at least one inlet opening for a first reactive fluid and, at a second end, an outlet opening for a reaction mixture, and wherein the inner tubular element comprises an inlet opening for a second reactive fluid, wherein, the inner tubular element comprises, along the outer surface thereof, a plurality of dispensing openings for dispensing said second reactive fluid fed into the inner tubular element;
Dependencies are inferred from the claim text.