Task The Betz bakery, a traditional Ulm bakery, is now run by the 5th generation of the Betz family. The tasty bakery products are sold in over 40 specialist stores in Ulm and the surrounding area. Our task was to build a wastewater treatment plant for the treatment of production and cleaning wastewater for the
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 Design, engineering, supply of special equipment, installation, commissioning of the deaerator for digested sludge from a biogas plant that is operated with sugar waste water. Design data Deaerator capacity: Sludge throughput 140 m³/h Gas production 25 m³/h Solution & implementation Thanks to our expertise and our references in the sugar industry, we were in a position to
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
Task Turnkey construction of a municipal wastewater treatment plant for domestic wastewater with pre-treatment, biological treatment, post-treatment and sludge treatment in the digestion tower for biogas production. Design data Treatment volume: Daily wastewater volume: 40,000 m³/d Max. inflow volume: 8,000 m³/d Inflow volume: 8,000 m³/h Population equivalent: 129,500 PE Target parameters: Treated wastewater in accordance with EU water legislation requirements for discharge BOD: 25
Task Construction of the municipal wastewater treatment plant and the biogas plant with design, engineering and supply of special equipment, electrical installation, testing and commissioning of the wastewater treatment plants and the corresponding electrical equipment. Design data Treatment volume: Daily wastewater volume: 21,562 m³/d Target parameters: Treated wastewater in accordance with EU water legislation requirements for discharge into surface waters Solution
Task Expansion of a municipal wastewater treatment plant to include a 2-stage, biologically activated filtration plant (BAF) with flushing equipment and optimization of the existing pre-treatment stage and sludge treatment. The modular biofiltration plant comprises the stages of chemical phosphorus precipitation, upstream denitrification and nitrification (each with integrated residual phosphorus elimination). Design data treatment volume: Daily wastewater volume: 18,000 m³/d Population equivalent: 60,000 PE
Task Construction of four municipal wastewater treatment plants and transfer stations for the Bistrita, Beclean, Salva and Sangeorz-Bai areas. Design data Treatment volume: Wastewater treatment plant 1: 74,304 m³/d Wastewater treatment plant 2: 5,720 m³/d Wastewater treatment plant 3: 5,720 m³/d Wastewater treatment plant 4: 2,112 m³/d Target parameters: Treated wastewater in accordance with EU water legislation requirements for discharge
Task Construction of a municipal wastewater treatment plant with mechanical pre-treatment (coarse and fine screens, aerated grit chamber), primary clarifier, biological treatment with biological phosphorus elimination, secondary clarifier and sludge treatment. Design data Treatment volume: Daily wastewater volume: 14,177 m³/d Target parameters: Treated wastewater in accordance with EU water legislation requirements for discharge into surface waters Solution & implementation The process includes
Task Construction of a municipal wastewater treatment plant with precipitation, flocculation and sedimentation (BHU reactor LHPS), biological treatment with nitrification and denitrification (ALMA BHU BAF) and ozonization (ALMA BHU OXI), including commissioning. Design data Treatment volume: Daily wastewater volume: 12,000 m³/d Target parameters: Treated wastewater for discharge into surface waters Solution & implementation In the first
