ALKA-Mag+ Reactivity
Properties of Magnesium Hydroxide for Wastewater
Introducing Ryan Smith, Muscatine Plant Manager at IER
In this test, Doug and John will take equal doses of ALKA-Mag+ and a key competitor’s 60% magnesium hydroxide, add them into acid, and then track the increase in pH over time. Then they’ll explore the relationship between stability and reactivity and discuss the different results.
The articles will focus on three primary wastewater applications: industrial wastewater pretreatment, the wastewater collection system, and the wastewater treatment plant.
To read the articles, click the links below:
Part One: Industrial Wastewater Pretreatment
Part Two: Wastewater Collection System
Part Three: Wastewater Treatment Plants
At the Muscatine Plant, Ryan worked his way up from a Service Technician to Plant Manager, where he Over seeing the day to day operations of the manufacturing of ALKA-Mag+ and delivery of products to the customers
Read his full bioA safe and cost-effective alternative to the use of sodium hydroxide [caustic soda, NaOH] for wastewater alkalinity and pH adjustment
Trying to determine how to improve wastewater sludge dewatering and compaction can be a very complicated process. The root cause
Before coming to IER Evan worked for Lamb Weston for 15 years as a Production Team Leader, where he worked
Introduction The processes of treating wastewater have evolved dramatically since the Clean Water Act became law in 1974, resulting in
Join Doug and John from IER (Inland Environmental Resources Inc.) as they explore the reactivity difference between two competing magnesium