Abstract: The present invention provides a method and system for manufacturing clarified juice from sugarcane without using sulfitation process and with less heating. The method comprises step of steps of: washing sugarcane with water comprising biocide before passing through cutter and shredders for removing mud and reducing microbial population; spraying biocide on the cut and prepared sugarcane to reduce the microbial activity; adding biocide while milling of the sugarcane or in juice collectors to have control over the microbial growth; filtering the juice to remove floating/suspended matters; heating the filtered juice at about 35-85 deg C.; mixing one or more coagulating and flocculating agents for coagulation of suspended solids; and separating the coagulated solids to obtain clarified juice. This juice can be further treated to manufacture ethanol, juice for packaging having shelf life of about six months and sugar without using conventional sulfitation treatment.

Abstract: Embodiments described are generally directed to a system and method for providing virtualized hardware resources within a virtual execution environment. In one embodiment, it is determined whether an operating system (OS) is a guest OS running within a virtual execution environment of a host platform. If an OS is determined to be a guest OS within a virtual execution environment, a virtual driver is provided for the virtual execution to fetch host hardware initiator information from a host server via a virtualization layer. In one embodiment, no corresponding guest driver is available to the virtual execution environment. In one embodiment, the virtualization layer provides virtualized hardware resources, including the virtual driver, for a virtual execution environment. Using the host hardware initiator information, in one embodiment, one or more virtual storage devices may be created within the host attached storage of the host platform. Other embodiments are described and claimed.

Abstract: Embodiments described are generally directed to a system and method for providing virtualized hardware resources within a virtual execution environment. In one embodiment, it is determined whether an operating system (OS) is a guest OS running within a virtual execution environment of a host platform. If an OS is determined to be a guest OS within a virtual execution environment, a virtual driver is provided for the virtual execution to fetch host hardware initiator information from a host server via a virtualization layer. In one embodiment, no corresponding guest driver is available to the virtual execution environment. In one embodiment, the virtualization layer provides virtualized hardware resources, including the virtual driver, for a virtual execution environment. Using the host hardware initiator information, in one embodiment, one or more virtual storage devices may be created within the host attached storage of the host platform. Other embodiments are described and claimed.