Modern steel creates opportunities for making more efficient structures, with smaller ecological footprints when such steel is used for construction purposes. When making an environmental impact assessment of steel, it is essential to pay attention to the entire life cycle, from raw material extraction and steel production, transportation to the customer, the use of steel in different products right up to recycling and remelting to form new steel.
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Advanced stainless steel in piping systems
Fact sheet about environmental benefits of advanced stainless steel in piping systems.
In English.
2015. 2 s. -
High strength steel in a spiral dewaterer
Fact sheet about environmental benefits of high strength steel in a spiral dewaterer.
In English.
2015. 2 s. -
High strength stainless steel in tank trailers
Fact sheet about environmental benefits of high strength stainless steel in tank trailers.
In English.
2015. 2 s. -
High strength steel in tipping trailer
Fact sheet about environmental benefits of high strength steel in tipping trailers.
In English.
2015. 2 s. -
High strength steel in motor vehicles
Fact sheet about environmental benefits of high strength steel in vehicles.
In English.
2015. 2 s. -
High strength steel in timber trailers
Fact sheet about environmental benefits of high strength steel in timber trailers.
In English.
2015. 2 s. -
High strength stainless steel in storage tanks
Fact sheet about environmental benefits of high strength stainless steel in storage tanks.
In English.
2015. 2 s. -
High strength steel in the Friends Arena
Fact sheet about environmental benefits through using high strength steel for the roof of Sweden’s national football stadium (Friends Arena).
In English.
2015. 2 s. -
High strength steel in furniture
Fact sheet about environmental benefits of high strength steel in furniture.
In English.
2015. 2 s. -
High strength steel in motor dumper trucks
Fact sheet about environmental benefits of high strength steel in dumper trucks.
In English.
2015. 2 s.