Per- and polyfluoroalkyl substances (PFAS) are emerging contaminants that are highly persistent in the environment and their removal has become a key challenge for water treatment. The latest generation of adsorbent and ion exchange resins are designed to selectively capture these contaminants, providing an effective solution for their removal in drinking water and industrial water treatment systems. These resins have a high adsorption capacity and selectivity for both short- and long-chain PFAS, enabling removal levels compatible with current and future regulations.

Boron removal is a growing challenge in drinking water treatment, water reuse and desalination applications, due to increasingly strict regulatory requirements. Selective ion exchange resins allow highly efficient boron removal even at low concentrations, providing a robust and reliable alternative to other technologies. These resins are specially designed to selectively capture the boron present in water, allowing its removal to very low levels and guaranteeing the quality of the treated water. Their use is especially suitable in industrial processes, desalination plants or drinking water treatment systems where precise control of boron content is required.

Ion exchange resins are a widely used technology in water treatment to remove dissolved salts, hardness, metals and specific contaminants. These resins enable highly efficient processes such as softening, demineralization or final water polishing, being essential in industrial applications, drinking water production, energy generation or high-purity product manufacturing. Their high ion exchange capacity and long service life make them a reliable and cost-effective solution for the production of high-quality water.

Aluminium hydrochloride/AHC. DKNEX+ is a high-efficiency inorganic coagulant developed to deliver the highest performance in demanding water treatment processes. It combines coagulation efficiency with logistical and safety advantages that reduce the total cost of operation.