ALMAWATECH realizes a multi-stage wastewater treatment plant for the removal of nickel and copper compounds from the wastewater of a cold rolling mill. Lamella clarification, gravel filtration, ion exchange and pH neutralization ensure safe discharge in accordance with Annex 40 of the German Wastewater Ordinance (AbwV) - efficiently, compactly and fully automatically.
In a current project, we are planning the expansion of an existing river water treatment plant in Poland - with precise 3D design, our proven ALMA BHU LHPS pre-treatment technology and the robust ALMA BHU SMF sand filters. In this article, we provide an insight into the planning, show references and explain how we ensure the highest water quality for industrial applications.
Business administration student Elisabeth supports ALMAWATECH during her summer internship and gains exciting insights into the commercial processes of a medium-sized plant engineering company for water and wastewater technology.
Our ALMA Neutra neutralization system was successfully commissioned and now ensures the automatic neutralization of alkaline wastewater. Industrial companies are often faced with the challenge of reliably adjusting their wastewater to the permitted pH value before it is discharged. The ALMA Neutra was designed for a maximum throughput capacity of 75 m³ per day and enables precise pH regulation and optimum utilization of the used acids.
At Endress+Hauser's Darmstadt Water Day, ALMAWATECH presented practical solutions for industrial water recycling - with a focus on vapor condensates from the dairy industry and cooling tower sludge water.
Exciting specialist presentations, intensive exchange and new impulses from the field - at the 3rd Industrial Water Day at ALMAWATECH, everything revolved around innovative solutions in industrial water treatment.
The Water Resources Act (WHG) and the AwSV regulate the safe handling of substances hazardous to water. What companies must observe when storing, filling or using - explained in compact form.
As part of his master's thesis in the Environmental Protection course at Esslingen University of Applied Sciences, David Bandlow worked on a current and practical topic from the field of industrial wastewater treatment at ALMAWATECH:
"Optimizing the generation of fine air bubbles in dissolved air flotation"
What does the path to a new wastewater treatment plant look like - step by step from the perspective of an engineer at an industrial company?
This is exactly what this interview with Tobias Höfer, Project Manager at MÖLLER Medical GmbH in Fulda, Germany, is about. The company, which has stood for precision in medical technology for over 70 years, planned and implemented a new chemical-physical wastewater treatment plant together with ALMAWATECH in 2023. In this interview, Mr. Höfer explains how he got to grips with the complex topic as a career changer, what challenges had to be overcome during the project planning and integration of the plant - and what really matters when choosing a plant manufacturer.
Wastewater treatment in the metal industry requires efficient and reliable solutions in order to comply with the legal requirements of Annex 40 of the Wastewater Ordinance and at the same time ensure economical and stable operation. Chemical-physical (CP) plants (also known as precipitation and flocculation plants) play a central role here, as they represent an efficient and adaptable method for treating industrial wastewater with different levels of contamination.
