NOVELTY - A process (M1) for the treatment of combinations of separate waste streams involves applying a sequence of two different microbial digestion stages.    USE - For the treatment of combinations of separate waste streams; in ranges of improved humic products, fertilizers and prolonged release polymeric nutrient sources; in production of methane, humic products, fertilizer products and prolonged release polymeric nutrient sources (all claimed); in currently produced and tipped domestic commercial and industrial wastes; in products e.g. humus, peat free composts, advanced growing mediums, organic and semi organic fertilizers and prolonged release polymeric agronomic nutrients; for digesting cellulosic and protenaceous waste e.g. domestic, commercial and some industrial wastes notably emanating from farming, both crops and herbs and the food processing industries.    ADVANTAGE - The process produces the methane and humic product and fertilizer product and polymeric prolonged nutrient release product. The process facilitates the removal from the landscape of waste tips; convert waste such as cellulosic and proteinaceous matter into methane plus agronomic products; reduces reaction times in the manufacture of a wide range of derived products; accelerates the overall process, allows the usage of additional types of wastes; treats various types of wastes together; converts wastes into valuable products; produces four seleable commodities; uses wastes that are entirely consumed leaving no residues, run-offs or non-usable material; disappears environmentally damaging tips currently associated with modern living; converts at least two separate wastes streams via a sequence of two different microbial digestion stages into methane, humic products, fertilizers and prolonged release polymeric nutrient sources, using bioaccelerant additives; or converts wastes into fuel and agronomic products.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) an anaerobic digestion process accelerant aid used in process (M1) for the treatment of combinations of separate waste streams comprising sugars, inorganic salts and organic nitrogen sources plus a resinous binder that enable predominately cellulose wastes to be formed into a set cake prior to digestion and rapidly digested;    (2) an aerobic digestion process accelerant aid used in process (M1) for the treatment of combinations of separate waste streams comprising sugars, sources of amino acids such as gelatinous materials and fertilizer raw material that enables predominately proteinaceous wastes to be rapidly digested;    (3) a digestion product (p1) used in process (M1) for the treatment of combinations of separate waste streams comprising either a fibrous humus peat substitute presented in dried form through the in-process use of methane as a fuel; organic, fertilizer presented in dried powdered or agglomerated form through the in-process use of methane as a fuel; an organically fertilized range of peat free composts presented in dried form through the in-process use of methane as a fuel; shaped and set nutrified peat free growing mediums in dried form through the in-process use of methane as a fuel; mixed organic and inorganic fertilizer presented in a dried powdered or agglomerated form through the in-process use of methane as a fuel; mixed organically and inorganically fertilized range of a peat free composts and growing mediums presented in dried form through the in-process use of methane as a fuel; or prolonged release polymeric nutrient source presented in dried form through the in-process use of methane as a fuel;    (4) production (M2) of methane, humic products, fertilizer products and prolonged release polymeric nutrient sources from predominately cellulosic and proteinaceous wastes; and    (5) use of methane manufactured from wastes and used as a thermal energy drying fuel in the production of the improved products.