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Understanding the great variety of applications of silicon based photovoltaic solar panels and verifying that the cost of the silicon used on them is responsible for up to 70% 1 of the total production cost, the group was motivated to develop a route to purify 99% pure silicon up to 99,999% (purity needed for this application). To accomplish this, the rather impure silicon will be treated with a electron beam under high vacuum followed by a second purification step using inductively coupled argon plasma combined with different proportions of reactive gases H2O, O2 and H2 , seeking a cheaper and reliable way to produce the high purity silicon needed for the photovoltaic industry.

Thermodynamic Study of Boron Oxidation in Metallurgical Grade Silicon Purifying Through Plasma Melting