Project Scope: Construction of an ultrapure water system with an integrated recirculation loop for cleaning and rinsing glass cartridges, vials, and ampoules. Design data Treatment capacity: 4 x 1.5 m³/d Permeate Target parameters: Conductivity at 25°C max. 0.1 µS/cm Solution & Implementation The production of ultrapure water is a demanding process that requires robust plant technology and
Project Description ALMAWATECH designed and installed a CP batch treatment system with a capacity of 90 m³/day for a recycling facility. The system is already designed to accommodate future expansion up to 120 m³/day and enables the flexible and safe treatment of complex industrial wastewater. The wastewater generated at the recycling facility includes, among other things, residues from oil separators
Project Description: The facility treats wastewater generated from the disposal of hazardous waste. This wastewater is contaminated with high concentrations of heavy metals (copper, zinc, nickel, lead, chromium, arsenic) as well as hydrocarbons and AOX. The objective was to construct our ALMA CHEM MCW CP system (precipitation and flocculation) as a batch system in order to
Project Description ADLER-Werk Lackfabrik Johann Berghofer GmbH & Co KG is one of Europe’s leading manufacturers of paints, varnishes, and wood preservatives. For decades, this family-owned company has been synonymous with the highest quality, sustainability, and innovation. ALMAWATECH was commissioned to carry out a challenging wastewater treatment project for the production facility in Schwaz, Austria.
Germany's first cooling tower blowdown water recycling plant for a thermal power plant Task EEW Energy from Waste GmbH is a leading provider of electricity and heat generation from the thermal utilization and disposal of waste. A sustainable thermal waste utilization plant is operated at the Helmstedt site, which generates around 287,000 MWh annually.
Task The GEOMAR Helmholtz Center for Ocean Research Kiel is one of the world's leading institutions in the field of marine research. It investigates the complex interactions in the ocean - from the deep sea to the atmosphere - with an interdisciplinary focus on physical, chemical, biological and geological processes. The main research areas of the
Task For an international tobacco producer, ALMAWATECH implemented a compact, high-performance neutralization system in container design (ALMA Neutra) for the treatment of acidic production wastewater. The aim was the safe and standard-compliant neutralization of 30 m³/day of wastewater from process and cleaning areas with strongly fluctuating pH values. The plant was designed as a complete ALMA module and includes
Task A leading specialty chemicals site in Leipzig produces around 20 m³ of process wastewater per week from the production of specialty chemicals, metal compounds and chromium salts. This wastewater contains heavy metals, AOX, hydrocarbons and chromium(VI), among other things, and must be reliably pre-treated in accordance with the requirements of the Wastewater Ordinance, Annex 40. Aim of the project
Task For a leading manufacturer of bioethanol, we successfully expanded the existing anaerobic plant for the production of biogas. The aim was to utilize the wastewater streams generated in the production process - in particular vapour condensates and mixed wastewater - to generate energy and produce high-quality biogas. As part of the project, we supplied
Task For a traditional cold rolling mill in the Ruhr area, ALMAWATECH implemented and successfully commissioned an innovative wastewater treatment plant. The aim was to comply with the strict requirements of Annex 40 of the German Waste Water Ordinance (AbwV) - particularly with regard to dissolved nickel and copper compounds - and at the same time to ensure reliable, fully automatic operation. The ALMAWATECH was equipped with
