Pressure Filters

Pressure filters can be used for a variety of conventional filtration media, oxidative media for iron and manganese removal, activated carbon media in any one of several grades and mesh sizes. Pressure filters are made to ASME code standards in our certified fabrication facility. We provide pressure vessels as stand-alone systems, or we can provide assistance and components for entire systems.

24" High Multimedia Filtration Systems
Sand Media Filters (24" High)

Industrial Sand Media Filters provide a reliable and cost-effective solution for achieving enhanced water quality by removing organic and inorganic suspended solids down to 20 microns.

36" High Deep Bed Sand Filter
Sand Media Filters - Deep Bed (36" High)

Achieve reliable and low-maintenance water filtration down to 15 microns with Ecologix high-rate automatic backwashing deep bed sand media filters.

Multi Media Filters - (60" High)
Multi Media Filters - (60" High)

Ecologix high-rate automatic backwashing Multi-Media Filters offer an advanced solution for high-capacity water filtration, effectively removing organic and inorganic suspended solids down to 5 microns and below.

Multi Media Filters - (72" High)
Granular Activated Carbon (GAC) Filters - (72" High)

Achieve superior removal of dissolved contaminants, chlorine, and odors with Ecologix Granular Activated Carbon (GAC) filtration systems.

AF Series Media Filter Vessel
AF Series Media Filter Vessels

The AF-Series filters are media filter vessels designed to treat liquid streams.

HPAF-Series Liquid Phase Filter Vessels
HPAF-Series Liquid Phase Filter Vessels

The HPAF filter is a media filter vessel designed to treat liquid streams.

Inline Activated Carbon Filter Vessel
Inline Activated Carbon Filter Vessels

Inline Activated Carbon Filter Vessels are effective in removing chlorine, organic chemicals, tastes and odors, phenols, pesticides, detergents, micro-contaminants, halogenated organic compounds, hydrocarbons and other dispersed contaminants by a carbon "adsorption" process.