Sentence examples for foundry slag from inspiring English sources

Cupola foundry slag has almost no utilisation.

This paper analyses the potential utilisation of cupola foundry slag.

There has been no long term experience with the application of foundry slag in concrete production.

Additionally, the natural soil can be completely replaced with recycled materials (e.g., industrial by-products such as foundry sand, foundry slag, bottom ash, or fly ash) [122].

The wt. 25.5% substitution of 0/4 mm fine natural aggregate by 0/4 mm cupola foundry slag in concrete (CFSC) declares the same or very similar main civil engineering properties when compared to control concrete (CC).

In this study, fly-ash and scrubber-ash from MSWI were pre-mixed, then added to fly-ash from foundry sand and vitrified into slag by melting.

This work describes the leaching behavior of potentially hazardous metals from three different clay-based industrial ceramic products (wall bricks, roof tiles, and face bricks) containing foundry sand dust and Waelz slag as alternative raw materials.

To this aim, the mixture design of experiments (M-DoE) methodology was used to define the minimum number of mixtures necessary to model and predict the technological properties (water absorption, flexural strength, open porosity, linear firing shrinkage, weight loss and apparent density) in terms of raw materials contents: clay, foundry sand dust and Waelz slag.

The estimation of the main changes that occur on heating foundry sand dust (FSD), Waelz slag (WS) and the three clays (C1, C2, C3) used to manufacture three ceramic products, wall bricks (850 °C), roof tiles (950 °C) and face bricks (1050 °C), have been studied at laboratory scale combining different analytical techniques as assessing tool.

This paper discusses the results of a study aimed at designing cement bound mixtures for road construction, made with steel slag, ladle furnace slag, waste foundry sand, glass wastes and coal ash.

This work compares the effects of the incorporation of foundry by-products (foundry sand dust and Waelz slag) on the technological properties of three different ceramic products fabricated with different clays and fired at different temperatures: wall bricks (850 °C), roof tiles (950 °C) and face bricks (1050 °C).