NOVELTY - An integrated plant manufacturing system within a cellulosic bio fuel manufacturing operation for processing waste lignin to produce value-added products for direct use at co-located, coal fired power plants and co-located gypsum manufacturing facilities comprises internal manufacturing processing component and mechanical conveyance systems integrated within the biofacility. The manufacturing processing component creates modified lignin products and mechanical conveyance systems direct the resulting products to unrelated co-located facilities.    USE - As an integrated plant manufacturing system for processing waste lignin from a cellulosic biofuel plant to produce value-added products for direct use as fuel co-fired with coal; as a binding agent at a co-located gypsum facility; as a dispersing agent; stabilizing agent; retarding agent; mercury removal agent for power plant's flue gas scrubbing operation. The system produces modified lignin used at a co-located coal power plant with flue gas scrubber; a co-located flue gas gypsum facility manufacturing gypsum products; and a co-located cellulosic ethanol manufacturing facility (claimed).    ADVANTAGE - The present system enables more efficient and economical production/processing/utilization for managing waste lignin produced in the manufacturing of cellulosic ethanol. The process is more environmentally sound as the multiple uses of a single feedstock on and off site result in a direct reduction of life cycle green house gas emissions. The present integrated system allows construction or addition of equipment and manufacturing technology to create specific value added products from lignin from as part of a cellulosic ethanol manufacturing facility. The system enables to utilize waste lignin directly at another, co-located manufacturing facility which also serves to reduce total energy consumption, fossil fuel consumption, and greenhouse gas emissions. It enables to develop a high value chain of lignin products that will advance the commercialization of cellulose bio fuel manufacturing. The resulting benefits of this type of co-location will also speed the commercialization for cellulosic bio fuel and help reduce our dependence on foreign oil.    DETAILED DESCRIPTION - An integrated plant manufacturing system within a cellulosic bio fuel manufacturing operation for processing waste lignin to produce value-added products for direct use at co-located, coal fired power plants and co-located gypsum manufacturing facilities, comprises internal manufacturing processing components and mechanical conveyance systems integrated within the biofacility. The manufacturing processing component creates modified lignin products and the mechanical conveyance systems direct the resulting products to unrelated co-located facilities. The manufacturing processing component serves to gather, cleanse, and prepare waste lignin for modification and other units to batch process lignin to create activated carbon, lignin binders, or co-fired in a coal boiler either in modified or un-modified form. Then each resulting product is stored in storage containment and then delivered to the required facilities by the mechanical conveyance system.