by Heather Jennings, PE

What I learned is that MCT is a nanomolecular carbon carrier that nutrients adsorb to. Everything from micronutrients—such as boron, cobalt, etc.—to macronutrients—such as phosphorus to blends of multiple nutrients. What I found is that, due to MCT, we can concentrate our solutions significantly and a little goes a long way! How many other products can add 1 gallon to 1 million gallons and change a whole activated sludge system around, remove foam, and build better flock?
Another great thing about the MCT is that it is a biostimulant itself. Meaning that when it interacts with the cell walls of the microbial community it creates a reaction that makes the microbial community consume more efficiently. Think of it as a “Red Bull” for microbes, and revved-up microbes mean better solids destruction! I’ve seen it happen multiple times in lagoons and activated systems across the United States, and I’m a believer. Although if you ask me what kind of snakes we use in our “snake oil,” I’ll tell you Diamondbacks: We make our products in Arizona, after all.
Click here for more information regarding our proprietary Micro Carbon Technology®.
Related Posts
This Week in Ag #54
Farmers love to kick tires, share stories, and due to their curious nature, are always looking to pick up tips for their trade. It’s no wonder the agricultural industry is rife with trade shows. Perhaps the most influential show is Commodity Classic, where the National Corn Growers Association, American Soybean Association, National Wheat Growers Association
The Farm Bill That Rocked the 80s (and Beyond)
The 1985 Farm Bill wasn’t just another piece of legislation; it reshaped modern agriculture. Born out of the farm crisis, it introduced conservation programs, supply controls, and payment systems that still influence farming today. Forty years later, its legacy continues to spark debate.
Nitrification and Denitrification in Wastewater Activated Sludge
By Heather Jennings, PE The great teeter–totter of wastewater is the nitrification and denitrification cycle in activated sludge wastewater systems. It takes both to convert ammonia to nitrogen gas! Both processes feed off of and support each other but, in some ways, they have competing needs. Nitrification consists of ripping off the hydrogen in ammonia and adding oxygen

