From softening and decarbonization to demineralization, special ion exchangers ensure that water is optimally treated to meet the respective requirements. In this article, we explain how these processes work and shed light on how mixed-bed filters further optimize water quality through precise fine purification.
Reverse osmosis systems are powerful, but sensitive to free chlorine, which can permanently damage the membranes. This article explains why this is the case, which chemical processes take place and how you can protect your reverse osmosis systems.
Ion exchangers are indispensable components in water treatment. They specifically remove dissolved ions from the water and adapt its quality to a wide range of requirements - whether for industrial processes, the production of demineralized water or the recycling of process water. In this article, we explain how cation and anion exchangers work, which ions can be removed by the different types of resin and when it makes sense to use a CO₂ trickle filter.
Biofiltration offers an effective way of pretreating organically contaminated wastewater so that it is optimally prepared for further treatment in reverse osmosis systems. Organic compounds and nitrogen are specifically broken down with the help of sessile microorganisms.
Find out how wastewater is adjusted to a neutral pH value by using CO₂ before it is discharged into the sewer, thereby binding CO₂. This technology not only neutralizes the wastewater, but also serves as a CO₂ sink and significantly reduces a company's ecological footprint.
ALMAWATECH has successfully commissioned a modern flotation plant for an ice cream manufacturer, including an innovative COD-proportional dosing of the precipitants. Find out more about our innovative solution!
Learn how to integrate water reuse (WaterReUse) into your company with our guide. We will guide you step by step through the process, starting with a comprehensive water audit and needs analysis through to detailed planning, monitoring of water reuse and the involvement of all relevant stakeholders.
Ecological advantages of ALMA modular construction compared to conventional hall construction. Significant savings in concrete and steel consumption can reduce CO₂ emissions by up to 50-60%. In addition to the sustainable construction method, the ALMA module impresses with its flexibility and lower construction costs.
Physico-chemical treatment of industrial wastewater is an essential process for regulatory compliance and environmental protection. In this article, we will explain the basics of physico-chemical treatment of wastewater, including cyanide detoxification, heavy metal precipitation, chromium (VI) reduction and pre-treatment for water recycling.
The neutralization of wastewater is an essential step in industrial wastewater treatment in order to meet legal requirements and prevent environmental damage. Various processes and chemicals are used to regulate the pH value of wastewater and neutralize harmful substances. In this blog article, we shed light on the procedural basics of wastewater neutralization using acid, alkali, CO2 and flue gas.
