Executive Summary
Forage represents over 55% of the dry matter intake of ruminants, yet over 14% of ensiled energy is lost through wild aerobic yeast heating and clostridial fermentation. Learn how precision microbial inoculants and enzymatic mycotoxin deactivators preserve high-value forage dry matter.
Corn Silage Bunker Aerobic Stability & Mycotoxin Elimination Trial
Key Scientific Takeaways
- Lyophilized homolactic inoculants (L. plantarum + P. acidilactici) achieve pH < 3.8 within 48 hours.
- Eliminates butyric acid formation by suppressing proteolytic Clostridium tyrobutyricum spores.
- Enzymatic epoxidase cleaves toxic lactone and epoxide rings in Zearalenone and Trichothecenes.
- Prevents bulk milk aflatoxin M1 contamination from exceeding EU thresholds (0.05 ppb).
1. The Phase 1 Crisis: Aerobic Respiration and Dry Matter Shrink
The moment chopped forage enters a bunker or ag-bag, plant enzymes and aerobic epiphytic microbes continue to burn plant sugars, producing carbon dioxide, heat, and water. Every degree increase in temperature above 30°C incinerates valuable starches and non-fiber carbohydrates that should be fueling milk or meat production.
Relying on wild, uncontrolled field bacteria is a gamble. Wild epiphytic populations are predominantly heterofermentative or enterobacteria that produce weak acetic acid and gas. Applying a targeted homolactic inoculant supplying 100,000 CFU per gram of green forage overwhelms native microflora, funneling 100% of available hexose sugars into pure lactic acid without gas loss.
Agronomic Fact: Every 1% reduction in silage dry matter loss across a 5,000-ton bunker saves approximately €6,500 in purchased concentrate feeds.
2. Halting Clostridial Spoilage and Butyric Foul Odors
If ensiled moisture exceeds 68% and bunker compaction is insufficient, Clostridium tyrobutyricum proliferates. Clostridia break down precious amino acids into foul-smelling biogenic amines, ammonia, and butyric acid.
Cows immediately refuse butyric silage, causing catastrophic milk drops. Dropping the bunker pH below 4.0 within 48 hours is the only guaranteed biological barrier against clostridial germination.
3. Beyond Simple Clays: Enzymatic Cleavage of Non-Polar Mycotoxins
Traditional hydrated sodium calcium aluminosilicate (HSCAS) clays bind polar aflatoxins effectively in the rumen, but are biologically powerless against non-polar mycotoxins like Zearalenone (ZEN), Deoxynivalenol (vomitoxin/DON), and T-2 toxin.
Nutriloom MycoZym integrates purified microbial epoxidases and lactonases. These enzymes enzymatically cleave the molecular rings of ZEN and DON, converting them into benign, water-soluble metabolites that pass harmlessly into urine, protecting herd reproductive fertility and eliminating embryo reabsorption.
Nutriloom Solution: SilageGuard Ultra-Bio combined with MycoZym provides total biosecurity from field harvesting to feeding troughs.
Ready to Test This Additive Formulation?
Request 20kg moisture-barrier trial sacks dispatched via DHL Express or Port of Rotterdam container consignments.