Outstanding results
ACF-SR is 100% organic, non-toxic, chemical and pathogen free … and delivers results like this:
NON-TREATED vs. TREATED
- Features 5 beneficial bacteria species to rapidly enhance soil and plant health
- Brewing produces a beneficial blend of bacteria at super high concentrations, lowering input costs
- Minimizes the need for costly and ongoing fungicide applications
- Transforms inorganic nutrients into organic, water-soluble forms, as well as improve nitrogen and phosphorous uptake
- Product is live brewed and delivered to your operations Ready-to-Apply
- Can go directly into any type of sprayer or drip nozzle and will not cause build-up
- Non-GMO and Non-Pathogenic. All natural, Bio-Safe Level 1 Bacteria.
News & Research
HOW ACF-SR WORKS
Rhodopseudomonas palustris
Enhances soil bioactivity & nitrogen fixation
Bacillus licheniformis
Enhances soil bio activity & provides plant growth hormones
Nitrosomonas europaea
Converts ammonia to nitrate & solubilizes phosphates
Nitrobacter winogradskyi
Converts nitrite to nitrate & solubilizes phosphate
Bacillus subtilis
Solubilizes phosphates & siderophore production
HOW ACF-SR WORKS
5 BENEFICIAL BACTERIA SPECIES
ACF-SR was developed by Advanced Ag, an award winning, Canadian biotechnology leader with over 20 years of leading edge research on culturing specific bacteria species for a range of applications.
By working with third-party consulting and research facilities, government agencies and industry professionals, Advanced Ag has built a proprietary edge as a Canadian leader in biotechnology.
PROVEN RESULTS
Call Today! Contact us to Book A
FREE FIRST CONSULTATION
Ian Mardell – Snowden, SK
“In our first year of applying ACF bacteria, we have noticeable results in our 8500 acres of peas, barley and canola. We noticed an impressive crop root mass that is healthy and bright white in colour, which provides for drought tolerance and better yields. We think ACF bacteria are the answer to rebuilding our soil structure and bio diversity for better nutrient cycling and drought tolerance.”
