Jan Steglich on Driving A Career in Aluminum Recycling Forward
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https://doi.org/10.1007/s11837-020-04414-y Ó 2020 The Minerals, Metals & Materials Society
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Jan Steglich on Driving A Career in Aluminum Recycling Forward Kaitlin Calva
“I love the recycling spirit,” said Jan Steglich, TRIMET Aluminium SE, coauthor of the October 2020 JOM M paper, “Dross Formation in Aluminum Melts During the Charging of Beverage Can 6FUDS%DOHVZLWK'L൵HUHQW'HQVLWLHV8VLQJ This Thi Th his is ooccasional ccas cc asiona asi as ional nal fe ffeat eatu atur at ure ure h gh hi ghliliigh ghts ts the sci cien enti en ntitific fic fic Various Thermal Pretreatments.” interests and prof ofesssi of sion oonnal al “From my point of view, w our globalized accomplishment nts of a nt world makes it more and more obvious young TMS meemb m eerr that we have to handle our resources in an who has cont ntririr bu nt b te ted too environmentally sustainable manner.” thee te th tech chni ch nica ni caal co cont ntten entt As a project engineer in TRIMET’s off the h currre renntt isssuuee R&D Department, Steglich currently of JO OM as an an auttho hor,, works on cast alloy development, adviiso ad advi sorr,r, or gu gues est st eddititor orr. technical customer support, and assisting T e deevelo Th veelo lopm opm men entt off TRIMET’s plants with aluminum recycling t iss feaature th tuuree is a sppeccia iall technologies. Before joining TRIMET, he prroj ojecct ooff the h TMS S Youungg studied recycling engineering at RWTH Prrof P ofes esssi s on onal a s Co al Com mm mit mititte tte tee. e. e. $DFKHQ8QLYHUVLW\³7KHJOM M paper is Forr ad Fo addi d tiionnal al inf nforrmati matiion ma essentially an extended abstract of my c nt co nttac act Kaaititlilil n Ca act ac Calv lva lv va, a, Ph.D. work about the dross formation JOM Maaggaazziinee Manag JO JOM annagin agginng mechanisms of solid residues on aluminum Edittor Ed o , at at kcaalv lva@ a@tm tms. s.or s.or org. org. g. beverage can scrap with various thermal pretreatments,” Steglich explained. Despite being so energy intensive, Steglich believes that aluminum production “plays a vital part in the transition from fossil fuels to renewable energies. Aluminum electrolysis can serve as a virtual battery to stabilize the power grid during periods of volatile renewable energy ratios,” Steglich said. As a light metal, aluminum is essential for improving H൶FLHQF\LQWKH transportation industry, through strategies like lightweighting and e-mobility. “Furthermore, Jan Steglich is pictured above equipping we are constantly beverage can scrap bales with thermocouples working on making our together with a team from the AMAP P5 recycling furnaces as Recycling Project.
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HQHUJ\H൶FLHQWDVSRVVLEOHIRUH[DPSOH by innovative melting techniques and hybrid energy systems to lower our carbon footprint.” In fact, Steglich counts his work in nonferrous metallurgy recycling at TRIMET as one of his career highlights; the family-owned operation provides both exciting challenges as well as opportunities for career development. Additional h
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