Articles & Whitepapers
Treatment of arsenic-contaminated water using in-line electrolysis, co-precipitation and filtration in Costa Rica
A novel treatment was tested with groundwater to investigate its arsenic removal under natural conditions. The system utilised in-line electrochlorination to oxidise water constituents without the need for external chemical supply. The oxidised arsenic and iron co-precipitated and were filtered via Greensand Plus™. The filter was catalytically active and provided an emergency oxidant. The ...
Industrial Media Filtration Systems, Philippines
INTRODUCTION In July 2013, Pure Aqua successfully manufactured industrial media filtration systems to a major company in Philippines to remove particulates, chlorine, organics, and odor from well ...
The Inversand Company Introduces GreensandPlus an Enhanced Version of Its Traditional Manganese Greensand
New version capable of operating at higher differential pressures Clayton, NJ – Inversand Company announces the introduction of GreensandPlus for water treatment and filtration is an improved version of Manganese Greensand is available in ...
Water Treatment: GreensandPlus™- Selected for Improved Performance Over Manganese Greensand. No potassium permanganate required – use the oxidant of your choice.
Inversand USA Announces Availability of Its GreensandPlus™ Water Filtration Media For India
As Demand Accelerates for Its More Advanced GreensandPlus™, Inversand Reduces Production of Manganese Greensand
The Inversand introduces GreensandPlus an enhanced version of its traditional Manganese Greensand
Equipment & Solutions
Stainless Steel Commercial Media Filters
Pure Aqua's MF-450 Series Commercial Stainless Steel Tank Automatic Media Filters clarify water by removing unpleasant tastes and odors, unwanted color, iron, sediment, suspended particles, and turbidity, all of which are commonly found in surface water. They can be used in a variety of service conditions including, but not limited to: industrial, municipal, and institutional applications.