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Discover the fascinating process behind the production of magnesium hydroxide! Learn about its sources, advantages & manufacturing methods.

Working in wastewater can be dangerous. While some risks are inevitable, others can be mitigated by selecting safer treatment chemicals.

Choosing b/w Mg(OH)2 and NaOH for wastewater treatment is tough. By going through this information, you can make a knowledgeable decision.

This is an excellent read for anyone interested in phosphorus and the various forms considered in the wastewater treatment sector.

You may be wondering what transparency has to do with Mg(OH)2. In this post, we will address many unclear practices (opacity) that occur.

We'll cover what phosphorus is, how it can negatively affect bodies of water, and who is taking the lead in preventing such calamity.

AlkapHix® Magnesium Hydroxide is offered and shipped in two consistencies: powder and slurry. We often get asked, “Which is better?”

As a renowned supplier of MgOH2 , we’re here to explain some of the concepts you will see as you research. This is part 1 of a series!

As your supplier of magnesium hydroxide, we’re here to explain why AlkapHix® is the right choice for your beverage industry WWTP.

This is a follow up post to 'AlkapHix® Mg(OH)2 Storage Recommendation' entry. Now, how will it be delivered to your system?

If working with wastewater is not in your job description or in your field of study, you may not think about it much.

AlkapHix® MgOH2 provides a safe, cost-saving, and non-corrosive alternative to more commonly used hydroxides like caustic soda or lime.

Various industries have processes that result in the production of wastewater that must be neutralized. Magnesium hydroxide can help!