Abstract: The invention relates to a system and process for thermo-chemical transformation of mixed wet waste streams using a rotary kiln reactor equipped with a multi-annular concentric feed assembly. A central conduit introduces wet food waste mixed with plastics, biodegradable packaging, and fluorinated materials, while an intermediate annulus supplies auxiliary fuel and an outer annulus delivers oxidant gas under controlled sub-stoichiometric conditions. The kiln operates through sequential zones of reduction, partial oxidation, and complete oxidation to convert organics into hydrogen, carbon monoxide, methane, and finally carbon dioxide and water. Halogens and sulfur compounds are converted to hydrogen halides and hydrogen sulfide, which are neutralized downstream with calcium oxide to form stable salts. Heat recovery from the flue gas produces steam or hot water.

Abstract: The present invention teaches a bioassay module for detection of pathogenic microorganisms comprising: food specimen deposit element; indicator layer comprising dye; enzymatically digestible substrate layer, forming a barrier between the food specimen deposit element and indicator layer; isolation layer, separating the enzymatically digestible substrate layer from layers underlying the enzymatically digestible substrate layer; separation layer; absorption layer to absorb and display the indicator; wherein the layers are disposed from bottom to top the absorption layer, the separation layer, the indicator layer, the isolation layer, the enzymatically digestible substrate layer, the food specimen deposit element, and enzymatically digestible substrate layer is liquefiable and perforable by enzymes secreted by the pathogenic microorganism in contaminated food disposed in the food specimen deposit element, the digested substrate layer is flowable to the indicator layer via the isolating layer, the liquefied dye f

Abstract: The disclosed embodiments illustrate methods and systems for summarizing an electronic document. The method includes extracting, by a natural language processor, one or more sentences from said electronic document. The method further includes creating a graph, comprising one or more nodes and one or more edges connecting said one or more nodes, each node being representative of a sentence. An edge is placed between a pair of sentences based on a threshold value and a first score. The first score corresponds to a measure of an entailment between said pair of sentences. Thereafter, the method includes identifying a set of nodes from said one or more nodes by applying a minimum vertex cover algorithm on said graph. The sentences associated with said identified set of nodes are utilizable to create a summary of said electronic document. The method is performed by one or more microprocessors.