White paper validates modern oxygen switch know-how 

0
5



The reservoir testing website.

A brand new, industry-verified white paper validates the oxygen switch effectivity of an modern, fuel infusion know-how for water and wastewater remedy.

The trademarked Dissolved Fuel Infusion (DGI) know-how has been developed by Gasoline Tech Inc., a US engineering firm, to supply a extremely environment friendly different to present aeration applied sciences to be used in utility and industrial functions. Validation testing reveals DGI delivers larger than 99% switch of oxygen when utilized to a handled physique of water.

Two patent-pending applied sciences are utilized in mixture to make sure optimum and exact fuel supply to focus on water and wastewater processes. These embrace a subsequent era, pressurized saturator for fuel switch of the oxygen resolution to a slipstream of water; and an modern nozzle supply system to distribute oxygenated water that nearly eliminates fuel loss from a focused physique of water.

The trademarked DGI know-how was examined utilizing validation methodologies printed by the American Society of Civil Engineers (ASCE) and its Environmental & Waters Analysis Institute (EWRI). The outcomes of the exams, which have been peer-reviewed and endorsed by {industry} specialists, have decided that:

  • 99+% of the oxygen equipped to the DGI system was delivered to a remedy reservoir as dissolved oxygen with no loss to the environment, inside described measurements of uncertainties.
  • The DGI channel injector successfully transferred the oxygen-infused water stream to reservoir water whereas positioned solely twenty-four inches beneath the water floor.
  • There was no measurable lack of oxygen to the atmosphere, no seen bubbles, and no delay within the availability of the equipped oxygen to react within the aqueous part.

DGI combines market-leading oxygen switch effectivity with precision accuracy to ship an vitality environment friendly and cost-effective water and wastewater remedy system. This cutting-edge know-how achieves its 99+% fuel switch charge by pre-dissolving excessive purity fuel in a separate pressurized slipstream.

The oxygen infused slipstream can attain as much as 900mg/l oxygen focus, which is then added to the principle physique of water and diluted to satisfy exact buyer specs. To ensure excessive oxygen saturation charges, DGI is fitted with specifically designed high-velocity channel injectors that assist retain fuel and optimize distribution.

DGI can work as a fast response possibility or increase underperforming legacy applied sciences in a variety of water and wastewater remedy functions throughout totally different sectors, together with municipal utilities, agriculture, atmosphere, pulp & paper, meals & beverage, upstream oil & fuel, and landfill administration.

The know-how may also help handle a spread of points, together with regulatory compliance, water preservation, organic remedy, odor discount, chemical substitute in wastewater remedy, and enhancing total water high quality for people and the atmosphere.

CLick to enlarge:
DGI process

Gasoline Tech president and chief government officer Vincent Arnone mentioned, “This validation research is a foundational element of the continued DGI enterprise improvement technique. Gasoline Tech is on observe to attain the objective of product commercialization in 2023 and has additionally begun recruitment for an skilled water and wastewater remedy government to take DGI to the following stage.”

The DGI know-how, and the end-to-end service supplied by Illinois-based Gasoline Tech Inc., makes use of distinctive computational fluid dynamics modeling capabilities, that are enhanced by internally developed, high-end, visualization software program.

The complete white paper, titled Validation Testing of the Gasoline Tech, Inc. Dissolved Fuel Infusion Know-how for Oxygen Switch Effectivity in Clear Water, and accompanying DGI brochure is accessible on the Gasoline Tech DGI product web page at www.dissolvedgasinfusion.com.

LEAVE A REPLY

Please enter your comment!
Please enter your name here