Pulp and paper magazine of Canada . !|fla^lt!l^t!^!i^^.tiH!|l^nlH!ttthH^H^|lHi|hHjtiH^t^^^litil|t^tHi!;^h!!ittffit^^^Byti^!tltH^iiittTt^^. i Note. — The heavy figures are Sedimentation Timein Seconds. One of these. 610, and two of the per- centage figures, Water.— Ed. and , refer to lU IULP AND PAPER MAGAZINE Julv 7, 1921. Coming on Wire:— The slice is raised 11/2 and with this openinj? 405cu. flow through. = 18,200 a consistency of .5% there is # fibre comingon the wire/Min. (1^1) Going through to the Save-All under the breast-rollis 205 cu.
Pulp and paper magazine of Canada . !|fla^lt!l^t!^!i^^.tiH!|l^nlH!ttthH^H^|lHi|hHjtiH^t^^^litil|t^tHi!;^h!!ittffit^^^Byti^!tltH^iiittTt^^. i Note. — The heavy figures are Sedimentation Timein Seconds. One of these. 610, and two of the per- centage figures, Water.— Ed. and , refer to lU IULP AND PAPER MAGAZINE Julv 7, 1921. Coming on Wire:— The slice is raised 11/2 and with this openinj? 405cu. flow through. = 18,200 a consistency of .5% there is # fibre comingon the wire/Min. (1^1) Going through to the Save-All under the breast-rollis 205 cu. ft. of slush/Min. at a consistency of .24%,making # fibre going through the wire perminute. (Ill) or (II) — (III) == # stock/Min. being oarrieddown the wire beyond the Save-All (IV) The w^ite water pumped (for showers, etc.) plusthe discharge from tihe Nash pump equals approx-imately the amount of white water that is beingdrawn through t^e suction boxes, when conditions arenormal, and equals 5,000 tons per day; this is at aconsistency of .07%, or = #/Min. of fibre beingdrawn out of the paper. (V) Thus (III) +
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Keywords: ., bookcentury1900, bookdecade1900, bookidp2pulppaperm, bookyear1903
