Task Construction of an anaerobic wastewater treatment plant for the production of biogas from sugar production wastewater. Design data Wastewater volume: 220 m³/h Solution & implementation Our innovative process for producing biogas from beet wash water with a high sugar content is characterized by four key process steps. Pre-acidification of the beet wash water: The first step involves pre-acidification of the sugar-rich beet wash water.
Task Construction of an anaerobic wastewater treatment plant for the production of biogas from sugar production wastewater. Design data Wastewater volume: 125 m³/h Solution & implementation Our innovative process for producing biogas from beet wash water with a high sugar content is characterized by four key process steps. Pre-acidification of the beet wash water: The first step involves pre-acidification of the sugar-rich beet wash water.
Task Anaerobic treatment of beet wash water by means of pre-acidification and methanation in the ALMA BHU GMR. The plant also includes the degassing unit, sludge thickening, a machine room, biogas treatment and a heat exchanger. Design data Design biogas plant: COD load: 45,000 kg/d Solution & implementation Our innovative process for producing biogas from beet washing water with a high sugar content is characterized by
Task Construction of a biogas plant for the sludge utilization of a municipal sewage treatment plant with an energy production of 2,000 kWh/d in Slovenia. Design data Plant capacity: Volume of biogas plant: 2 x 1,400 m³ Capacity of biogas tanks: 660 m³ Electrical output of combined heat and power plant (CHP): 330 kW Average daily energy production: 2,000 kWh/d Target parameters: Biogas plant and CHP should
