ASAP Articles
ASAP Plant Minerals™ are bio-available for uptake in plants to provide critical essential minerals in a bio manufactured form for sustained, healthy milk production from nutrient dense feed. Plants fed ASAP Plant Minerals™ contain the following elements for Bovine lactation. (read more)
It is extremely important that the right amount and kind of fertilizer be applied to fruit trees and grape vines. For example, too much nitrogen (N) can result in oversized, poorly-colored fruit which does not keep well. If growth continues late in the season because of excessive N, trees fail to harden properly and are more subject to winter injury. (read more)
Staying Well with ASAP Plant Minerals™
ASAP is unique, compared to commonly available soil treatments. There is nothing like it on the market today. (read more)
Why ASAP works so well on Roses
ASAP Plant Minerals™ works wonders on roses, in any condition, because it delivers bio-available trace elements back into stripped soil to maintain healthy bio-dynamic “alive” soil. Soil in this state facilitates the biosynthesis of proteins (enzymes). It is the combination of sugars and proteins that plants try to manufacture to maintain health, this is called glycosylation. (read more)
Nut Development and Growth Stages
Apply ASAP Plant Minerals™ anytime to rebuild empty or damaged soil. We test using an early first spring application followed by a second application after pollination to double foliar cover. This ensures an abundance of critical macro and micro nutrients to pack extra phyto-sterols and omega-3 oils into the nuts during kernel filling. Our research is directed toward increasing nutrient density by providing for the needed foliar cover. (read more)
ASAP Plant Minerals™ is unique in the way it has been created so it can be applied in an energy state required by soil fulvates. ASAP is already in a state that the naturally occurring electrolytes produced by microbes in soil (the fulvates) can easily transport into roots of plants. Fulvates act as an electrical conductor converting the chemical energy from minerals and nutrients into efficient electrical energy. (read more)


