The Stokkermilll recycling system does not require the removal of the aluminum frame, which drastically reduces the panel processing time. The quality of the output materials is excellent. Aluminum, for example, is furnace-ready, free ofany contaminants, and of the right size for subsequent metallurgical processing. This results in maximum material recovery and minimal energy impactduring the final transformation process.
LEARN MOREThe glass resulting from the processing operations is of varying grain size and quality.The larger size glass is clean, has a low iron content and is reused by the glass industry. A smaller fraction still finds use in the glass or steel industries, where it can be used to produce high quality silicon steels.
LEARN MOREThe thinnest fraction of glass contains silicon, traces of silver and other metals. While already widely used in a variety of industries, the value and recovery potential of this fraction remains to be discovered.
LEARN MOREThe polymeric backsheet and EVA (ethylene vinyl acetate) fractions are recovered at the end of the process. These are fractions that are essentially free of glass and other contaminants and have a good calorific value, making them suitable for use as alternative fuels.
LEARN MOREThe Stokkermilll recycling system does not require the removal of the aluminum frame, which drastically reduces the panel processing time. The quality of the output materials is excellent. Aluminum, for example, is furnace-ready, free of any contaminants, and of the right size for subsequent metallurgical processing. This results in maximum material recovery and minimal energy impact during the final transformation process.
LEARN MOREThe glass resulting from the processing operations is of varying grain size and quality. The larger size glass is clean, has a low iron content and is reused by the glass industry. A smaller fraction still finds use in the glass or steel industries, where it can be used to produce high quality silicon steels.
LEARN MOREThe thinnest fraction of glass contains silicon, traces of silver and other metals. While already widely used in a variety of industries, the value and recovery potential of this fraction remains to be discovered.
LEARN MOREThe polymeric backsheet and EVA (ethylene vinyl acetate) fractions are recovered at the end of the process. These are fractions that are essentially free of glass and other contaminants and have a good calorific value, making them suitable for use as alternative fuels.
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