(ZA9306765-A)      Organic waste is treated by forming an maintaining an aerobic compost bed onto which are fed solid organic waste and waste water. Excess wastewater is filtered through the bed and removed from the bottom to prevent anaerobic conditions from developing. Composted waste material is also removed from the bottom of the bed.    The appts. includes a compost reactor vessel (11) partially filled with active bed of compost (12) supported by drainage medium (14). A drainage system, (15) pref. of perforated flexible plastic ducting with a corrugated annular wall profile is coiled about the bottom of the vessel and leads to a drain (43). Air is drawn over bed down vent (26) and under bed and through drainage system to maintain aerobic conditions.    USE/ADVANTAGE -   Waste may be partially or completely derived from water closet or dry toilet. The compost bed may include wood waste and garden waste. Additional materials which the process can convert into a valuable soil amendment include cellulose fibre-based prods., e.g. paper, cardboard and box board; natural cellulose fibre prods., e.g. cloth, contaminated dressings, facial tissues, sanitary pads, tampons and disposable nappy linings; food wastes; grass clippings, shredded prunings and leaf litter; dust, hair and link; and water borne organics including soap, detergents, household chemicals and mineral salts. The process is reliable and efficient not requiring frequency specialised management intervention.    (NL9320044-A)      Organic waste is treated by forming an maintaining an aerobic compost bed onto which are fed solid organic waste and waste water. Excess wastewater is filtered through the bed and removed from the bottom to prevent anaerobic conditions from developing. Composted waste material is also removed from the bottom of the bed.    The appts. includes a compost reactor vessel (11) partially filled with active bed of compost (12) supported by drainage medium (14). A drainage system, (15) pref. of perforated flexible plastic ducting with a corrugated annular wall profile is coiled about the bottom of the vessel and leads to a drain (43). Air is drawn over bed down vent (26) and under bed and through drainage system to maintain aerobic conditions.    USE/ADVANTAGE -   Waste may be partially or completely derived from water closet or dry toilet. The compost bed may include wood waste and garden waste. Additional materials which the process can convert into a valuable soil amendment include cellulose fibre-based prods., e.g. paper, cardboard and box board; natural cellulose fibre prods., e.g. cloth, contaminated dressings, facial tissues, sanitary pads, tampons and disposable nappy linings; food wastes; grass clippings, shredded prunings and leaf litter; dust, hair and link; and water borne organics including soap, detergents, household chemicals and mineral salts. The process is reliable and efficient not requiring frequency specialised management intervention.    (DE4394475-T)      Organic waste is treated by forming an maintaining an aerobic compost bed onto which are fed solid organic waste and waste water. Excess wastewater is filtered through the bed and removed from the bottom to prevent anaerobic conditions from developing. Composted waste material is also removed from the bottom of the bed.    The appts. includes a compost reactor vessel partially filled with active bed of compost supported by drainage medium. A drainage system, pref. of perforated flexible plastic ducting with a corrugated annular wall profile is coiled about the bottom of the vessel and leads to a drain. Air is drawn over bed down vent and under bed and through drainage system to maintain aerobic conditions.    USE/ADVANTAGE -   Waste may be partially or completely derived from water closet or dry toilet. The compost bed may include wood waste and garden waste. Additional materials which the process can convert into a valuable soil amendment include cellulose fibre-based prods., e.g. paper, cardboard and box board; natural cellulose fibre prods., e.g. cloth, contaminated dressings, facial tissues, sanitary pads, tampons and disposable nappy linings; food wastes; grass clippings, shredded prunings and leaf litter; dust, hair and link; and water borne organics including soap, detergents, household chemicals and mineral salts. The process is reliable and efficient not requiring frequency specialised management intervention.    (JP8501054-W)      Organic waste is treated by forming an maintaining an aerobic compost bed onto which are fed solid organic waste and waste water. Excess wastewater is filtered through the bed and removed from the bottom to prevent anaerobic conditions from developing. Composted waste material is also removed from the bottom of the bed.    The appts. includes a compost reactor vessel (11) partially filled with active bed of compost (12) supported by drainage medium (14). A drainage system, (15) pref. of perforated flexible plastic ducting with a corrugated annular wall profile is coiled about the bottom of the vessel and leads to a drain (43). Air is drawn over bed down vent (26) and under bed and through drainage system to maintain aerobic conditions.    USE/ADVANTAGE -   Waste may be partially or completely derived from water closet or dry toilet. The compost bed may include wood waste and garden waste. Additional materials which the process can convert into a valuable soil amendment include cellulose fibre-based prods., e.g. paper, cardboard and box board; natural cellulose fibre prods., e.g. cloth, contaminated dressings, facial tissues, sanitary pads, tampons and disposable nappy linings; food wastes; grass clippings, shredded prunings and leaf litter; dust, hair and link; and water borne organics including soap, detergents, household chemicals and mineral salts. The process is reliable and efficient not requiring frequency specialised management intervention.