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[...]Sight glass in the bottom of water tanks, pressure-tight up to a water gauge of 30.8 ft. / 10 m Inspection cover , pressure-tight up to a water gauge of 30.8 ft. / 10 m, round, completely made from 1.4404 (AISI 316 L) stainless steel, can be lined on both sides. Sight glass with 15 mm thick safety glass , convex towards the pressure side. Sealing with two rubber seals. Clear sight diameter: 1.3 ft. / 400 mm. Access duct cover featuring a centrally welded wall flange, designed for embedding in concrete. Wall flange dimensions: 2 ft. / 616 mm. Access duct cover shielded, arc-welded, acid-treated[...]

[...]Access door for containers, especially in the field of potable water supply Pressure-tight door , pressure-tight up to a water gauge of 32.8 ft. / 10 m, opening to the pressure side, ready for installation, to be lined on both sides, round, completely made from 1.4404 (AISI 316 L) stainless steel, statically certified. Door, bent for increased pressure capacity . With circumferential square silicone seal, suitable for potable water, ozone resistant, certified to KTW and DVGW W 270 standards. Locking with the help of screw locks operable only from the dry side. With stable maintenance-free hinge plates[...]

[...]Pierre, SD, USA[...]

[...]HUBER STEP SCREEN® Reliable Separation and Transport of Screenings for High Separation Efficiencies and any Flow Rate Products and Variants HUBER Fine Screen STEP SCREEN® SSV STEP SCREEN® HUBER Fine Screen STEP SCREEN® SSF STEP SCREEN® The success and broad acceptance of the STEP SCREEN® system is due to its function, the easy-to-understand operation method, the simple cleaning method without any aids (self-cleaning effect according to the counter current principle), easy servicing, its ability to handle very large screenings volumes and its operating reliability. Contacting us means speaking[...]

[...]Odense, Denmark[...]

[...]Amsterdam, Netherlands When the Dutch sewage treatment plant Amsterdam-West was modernised in 2006 it was redesigned for the treatment capacity of 1,000,000 PE. In addition, more than another 1,000,000 PE external sludge can be treated there. In the past, particularly the treatment of primary sludge was a problem in terms of the operating reliability of the entire sludge line. The solids contained in the different types of pre-treated sludge and from the transport tanks cause high wear and lead to unforeseeable maintenance work requirements on pumps, digestor internals and sludge dewatering [...]

[...]Safety access ladder, with design certification and CE marking, in accordance with DIN EN 14396. Made of 1.4307 (AISI 304 L) stainless steel. Handles are crafted from a special high-rigidity profile 2.24 x 0.98 x 0.1 in. / 57 x 25 x 2.5 mm and are covered with durable PVC caps for enhanced grip. Rungs are made of U-profile with a perforated surface 1.18 in. / 30 mm providing slip resistance rated R 13. The step height is 11 in. / 280 mm, and the clear ladder width is available in 11.8 in., 15.7 in., or 19.7 in. / 300 mm, 400 mm, or 500 mm. Completely shielded arc welded, acid-treated in a [...]

[...]Safety access ladder with guard rail, with design certification and CE marking, in accordance with DIN EN 14396, made of 1.4307 (AISI 304 L) stainless steel. Designed to accommodate an insertable entrance aid, this ladder complies with UVV regulations requiring ladders with heights of 9.8 ft. or 16.4 ft. / 3 m or 5 m to include fall protection devices. Manufactured in accordance with DIN EN 14396, the ladder is constructed from 1.4307 (AISI 304 L) stainless steel. The handles are made of a high-rigidity special profile (57 x 25 x 2.5 mm), covered with PVC caps for added comfort. The rungs are made[...]

[...]Safety climbing device, with design certification and CE marking, in accordance with DIN EN 14396, made of 1.4307 (AISI 304 L) stainless steel. When ladders are used as part of the work, and the potential for falls exists, OSHA may require the use of a personal fall arrest system (safety harness) to prevent injury. This is especially relevant for fixed ladders extending more than 24 feet, which must have a fall protection system such as a harness with a lanyard or self-retracting lifeline, as per 29 CFR 1910.28(b)(9) . The handle at the center is designed as a safety guard rail, equipped with bottom[...]

[...]San Diego, USA Because inadequate filtering was allowing hair, fiber and sand contaminants to work their way through its treatment process, The City of San Diego Public Utilities Department Wastewater Branch (the Branch) sought out sludge cleaning technology that could integrate into its existing system. In an interview with Senior Plant Technology Supervisor, Ted Taylor, Huber Technology learned how its sludge screening technology helped Ted and his crews realize benefits that reached far beyond simply reducing contaminants. By putting six HUBER STRAINPRESS® Sludgecleaner SP units in place, [...]