Sespi S.r.l
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3 products found
Sespi S.r.l products
ChloroPure - Electrochlorination System for Sodium Hypochlorite Production
The ChloroPure electrochlorination system from Sespi S.r.l is designed for efficient onsite production of sodium hypochlorite solution through the electrolysis of seawater or brine. This system plays a key role in biofouling control for various industrial operations, including power and liquefied natural gas plants, cooling towers, marine ballast water treatment systems, and desalination facilities. The ChloroPure system is skid mounted, facilitating convenient transport and installation. Featuring a modular construction of electrolytic cells which are linked in both electrical and hydraulic series, the system forms an electrode pack assembly within a cylindrical electrolyzer body. These bipolar electrolytic cells operate under constant seawater flow, with DC current adjustments to meet immediate chlorine demand. Regular maintenance and replacement of the electrode pack assembly is streamlined, requiring no special tools and minimal downtime.
Sespi S.r.l - Zero Liquid Discharge Water Treatment Systems
Zero Liquid Discharge (ZLD) water treatment systems are designed to address freshwater scarcity experienced in various industrial sectors. The primary goal of these systems is to significantly reduce both surface and underground freshwater consumption while minimizing waste discharge, which is crucial in regions with stringent discharge regulations. ZLD technology involves the recovery and reuse of almost all industrial wastewater by employing advanced treatment methods, ensuring that no liquid waste is discharged into the environment. This system is especially beneficial in industries with high water usage and emphasizes sustainability by transforming waste streams into reusable water resources. Operating effectively in limited or restricted geographical areas, ZLD systems help industries comply with environmental policies and improve their ecological footprint by converting traditional waste disposal challenges into opportunities for resource recovery.