Ehitusrautiste ja pakendite ringkasutus ettevõttes ESSVE Producter AB
Laen...
Kuupäev
2024
Kättesaadav alates
01.03.2025
Autorid
Ajakirja pealkiri
Ajakirja ISSN
Köite pealkiri
Kirjastaja
Eesti Maaülikool
Abstrakt
Uurimistöö keskendub ehitusmaterjalide ringkasutuse võimaluste analüüsile tootmisettevõttes ESSVE. Olles osaliselt vastutav ehitussektori toormaterjali ja jäätmetekkega seotud keskkonnaalaste vähendamise eest, on ESSVE keskendunud ringlussevõtu lahenduste ja jätkusuutlikkuse strateegiate arendamisele, mis aitaksid kaasa säästlikumale tulevikule. Töö eesmärk on hinnata ESSVE tooteportfelli terastoodete ja pakendite ringlussevõtu potentsiaali ning pakkuda välja optimeeritud lahendused materjalide ümbertöötlemiseks. Töös on kasutatud nii esmaseid kui ka teiseseid andmeid. Esmased andmed koguti ettevõtte dokumentidest, kajastades materjalide koguseid ja müügistruktuuri. Teisesed andmed saadi intervjuude käigus, mis viidi läbi ettevõtte jätkusuutlikkuse osakonna juhiga. Bakalaureusetöös tehtud analüüs tõi esile mitmeid olulisi tulemusi, mis loovad baasi ettevõtte jätkusuutlikkuse ja ringmajanduse põhimõtete rakendamise edendamiseks. Eesmärk on vähendada terase ja muude esmatoorainete kasutust, arendades tooteid, mis sobivad paremini ringlussevõtuks ning mille koostis võimaldab tõhusamat ümbertöötlemist. Ettevõte on keskendunud pikaajalistele lahendustele, mis eeldavad pidevat uuendustegevust ja koostööd erinevate sektoripooltega, sealhulgas tarnijate, tarbijate ja reguleerivate asutustega. Tuleviku uuringud võiksid keskenduda veelgi sügavamale analüüsile selle kohta, kuidas ettevõttes arendatavad tehnoloogiad võiksid mõjutada kogu tarneahela kestlikkust ning kuidas ettevõtte innovatsioon saaks laiemalt toetada ringmajanduse eesmärke ehitussektoris.
ESSVE tulevikusuunad on ambitsioonikad, kuid pöördelise tähtsusega, et vastata muutuvale turukeskkonnale ja karmistuvatele regulatiivsetele nõuetele. Rohelise terase kasutuselevõtt, keskkonnasõbralikud pakendilahendused, koostöö tootmistoorme hankimisega ja transpordiga seotud partneritega ja strateegia eesmärkidest kinnipidamine on olulised sammud, mis aitavad ettevõttel liikuda jätkusuutlikuma ja konkurentsivõimelisema tuleviku suunas.
The research focuses on analyzing the possibilities of circular reuse of construction materials within the manufacturing company ESSVE. As a company partially responsible for the environmental impact associated with raw materials and waste generation in the construction sector, ESSVE is dedicated to developing recycling solutions and sustainability strategies that contribute to a more sustainable future. The goal of this study is to assess the recycling potential of ESSVE's product portfolio, particularly steel products and packaging, and to propose optimized solutions for material reprocessing. Both primary and secondary data were used in this study. Primary data were collected from company documents, reflecting material volumes and sales structure. Secondary data were obtained through interviews conducted with the head of the company’s sustainability department. The analysis conducted in this bachelor's thesis highlighted several important findings that provide a foundation for advancing the implementation of sustainability and circular economy principles within the company. The aim is to reduce the use of steel and other primary raw materials by developing products that are more suitable for recycling and have a composition that allows more efficient reprocessing. The company is focused on long-term solutions that require continuous innovation and collaboration with various sector stakeholders, including suppliers, consumers, and regulatory bodies. Future research could delve deeper into how the technologies developed within the company could impact the sustainability of the entire supply chain and how ESSVE's innovation could broadly support circular economy goals in the construction sector. ESSVE's future directions are ambitious but crucial for adapting to a changing market environment and increasingly stringent regulatory requirements. The adoption of green steel, eco-friendly packaging solutions, collaboration with partners involved in raw material sourcing and transportation, and adherence to strategic objectives are important steps that will help the company move towards a more sustainable and competitive future.
The research focuses on analyzing the possibilities of circular reuse of construction materials within the manufacturing company ESSVE. As a company partially responsible for the environmental impact associated with raw materials and waste generation in the construction sector, ESSVE is dedicated to developing recycling solutions and sustainability strategies that contribute to a more sustainable future. The goal of this study is to assess the recycling potential of ESSVE's product portfolio, particularly steel products and packaging, and to propose optimized solutions for material reprocessing. Both primary and secondary data were used in this study. Primary data were collected from company documents, reflecting material volumes and sales structure. Secondary data were obtained through interviews conducted with the head of the company’s sustainability department. The analysis conducted in this bachelor's thesis highlighted several important findings that provide a foundation for advancing the implementation of sustainability and circular economy principles within the company. The aim is to reduce the use of steel and other primary raw materials by developing products that are more suitable for recycling and have a composition that allows more efficient reprocessing. The company is focused on long-term solutions that require continuous innovation and collaboration with various sector stakeholders, including suppliers, consumers, and regulatory bodies. Future research could delve deeper into how the technologies developed within the company could impact the sustainability of the entire supply chain and how ESSVE's innovation could broadly support circular economy goals in the construction sector. ESSVE's future directions are ambitious but crucial for adapting to a changing market environment and increasingly stringent regulatory requirements. The adoption of green steel, eco-friendly packaging solutions, collaboration with partners involved in raw material sourcing and transportation, and adherence to strategic objectives are important steps that will help the company move towards a more sustainable and competitive future.
Kirjeldus
Bakalaureusetöö
Maamajandusliku ettevõtluse ja finantsjuhtimise õppekaval
Märksõnad
bakalaureusetööd, materjali taaskasutus, pakend, ressursitõhusus, toote eluiga, ökoloogiline jalajälg, Roheline Ülikool (töö toetab EMÜ Rohelise Ülikooli põhimõtteid), keskkond, jätkusuutlikkus, säästev areng