METHODOLOGY
The comprehensive layout of the energy conversion system used for
changing the space debris into fuel and feigned soil is shown in
Fig.1(a-b). The detailed report of an analytical case study, along with
the requirements of electricity and water in the ISS for separating
aluminum and silicon powder from the space debris, is presented in the
subsequent section (see Table-1). The following lucrative steps are
proposed for the collection of composite space debris and further its
conversion into powder form for various applications in physical,
chemical, pharmaceutical and biological sciences.