NOVELTY - Treatment of biowaste with little or no structure comprises reducing food waste to small particles and making into a 5-22% slurry, acid hydrolysis at 35-60degreesC for a maximum of 24 hours, continuous methanization at 35-40degreesC and pH at least 7 for at least 10 days, with continuous turning, and discharge of the biogas formed, and transfer to a settling vessel to separate the liquid and solid phases.    USE - The process is used for treating food waste with little or no structure (claimed).    ADVANTAGE - An existing process, in which raw and/or cooked food waste is mixed with agricultural waste, especially animal excrement and/or parts of plants, and before anaerobic methanization, is not suitable for unstructurized monocharges, as they cannot be conveyed by screws. The present process avoids this problem, gives optimum results and is economical and quick.    DETAILED DESCRIPTION - Treatment of biowaste with little or no structure, i.e. scraps of food or residues from food industry waste, involves crushing and homogenization, followed by largely aerobic hydrolysis and then anaerobic methanization and discharge of the resultant gas. The waste is reduced to particles with a size of maximum 3 mm, preferably less than 0.5 mm, and made into a slurry with 5-22, preferably 10% dry substance by adding water if necessary. The slurry is then subjected to temperature-controlled acid hydrolysis at 35-60, preferably 35-40degreesC for a maximum of 24 hours. This is followed by continuous methanization at 35-40degreesC and pH at least 7 for at least 10 days, with continuous turning, preferably with turning apparatus operating at at most 4 rpm. The mass is then transferred to a settling tank to separate the liquid and solid phases.    An INDEPENDENT CLAIM is also included for the equipment used in this process, comprising a vibration colloid mill for crushing, a hydrolysis vessel with rotary shear pump, gas exhaust equipment and heating, and/or an anaerobic disk reactor, that can be heated and supplied with gas and has a shaft with several disks and rotary drive.    DESCRIPTION OF DRAWING(S) - The drawing shows a sketch of the equipment.    Prepared slurry (11)    Water (12)    Heatable hydrolysis reactor (13)    Stirrer (14)    Air (15)    Reservoir (16)    Pumps (17, 18)    Disk reactor (19)    Motor (20)    Shaft (21)    Disks (22)    Compressor (23)    Gas supply unit (24)    Gas meter (25)    Biogas utilization (26)    Settling tanks (27, 28)    Discharge for supernatant water (29)    Gas pipe (30)    Slurry recycling pipe (31)    Valves (32, 33, 35)    Waste liquor treatment (34)