HARTWALL LAHTI HL 7-9 Brewery, bottling plant and expansion of sorting and warehousing facilities, Lahti, Finland
Oyj Hartwall Abp's project at Lahti comprises production and warehousing facilities, but also offices and employees' social facilities, and serving rooms with lobby for visitors. This demanding beverage industrial project is implemented as a complete engineering project carried out by the Pöyry Group, thereby minimising the overall implementation period.
Building volume: 940 000 m3
Building area: 98 000 m2
Pöyry Civil is responsible for structural engineering work. The main building frame consists of prefabricated concrete units. The external walls are partly designed with prefabricated concrete units, partly with metal structures. After completion of the concrete framework and the facades, part of the high space will be divided into lower offices and auxiliary space with the aid of intermediate floors made of composite slabs. These concrete / corrugated steel structures are supported on the concrete main beams using steel beams and columns.
Implementation period: Start of engineering in March 2000
Construction start in August 2000
Construction work completed in November 2002
Neste Oil Oyj and Neste Jacobs Oy, Diesel project, Porvoo, Finland
The Diesel project at Neste Oil's Porvoo refinery entails building a new production line comprising a residual oil unit and hydrogen unit. Significant extensions and modifications are being implemented in the refinery's existing process unit and infrastructure.
New buildings covering almost 13 000 m2 will be built and approximately 19 000 m3 of concrete and 5000 tons of steel will be used in the project as a whole.
Pöyry Civil is responsible for structural engineering work. In Neste Oil's Diesel project there was strong motivation to take structural design comprehensively into 3D era while enabling data transfer between stakeholders in a maximally intelligent format. 3D modeling was exploited starting from the underground pipes and structures entirely in 3D, including the reinforcement and cast-in beds.
All the structural designers worked using the same multi-user modeling databases in the Tekla Structures environment.
The design stage was launched in autumn 2003, construction work started in March 2005 and start-up is scheduled for the end of 2006. |
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