Research & Development of SumaGreen products with Sumagrow inside. "If it has a root system we can help it"

The technology of SumaGreen products have been expanded and perfected through vigorous research and development over the last 10 years. SumaGreen is manufactured in a 25,000 square
foot manufacturing facility (was named the Second fastest growing manufacturing plant in the USA - #77 in the World -2013) housing specialized laboratories, blending operations and soil testing equipment utilizing the latest in technological offerings.
In addition to in-house laboratory research, extensive field research has been conducted through:

Greenhouse studies (several Universities)
Replicated plot trials
Specialized testing facilities (ARISE research facility in Illinois along with others)

Products containing this technology has been evaluated in various soil types and climate conditions throughout the United States as well as China, India, Vietnam, Honduras, Africa and others. Row crops, forage and hay crops, vegetable crops, fruit and citrus crops, ornamental flowers, and lawns and recreational turfs are reflective of the crops evaluated using this technology.

This technology has been rigorously challenged and is continuously tested to maintain and expand its abilities in the following areas:
Increase crop yields (10-20%)
Improve soil health and fertility
Reduce the toxicity of chemical fertilizers (reductions of 50-100%)
Improve nutrient uptake
Farm/Ranch field trials (over 20 different states)
Enhance the uptake of phosphorus
Increase the movement of iron in the soil
Loosen tight and compacted soils (Due to longer root systems)
Improve the soil moisture condition
Increase organic matter
Increase the water holding capacity (deeper roots= deeper water table)
Hold exchangeable plant nutrients in the soil
Improve micronutrient nutrition by chelation
Improve the aeration of soil

Research results have overwhelming shown that SumaGrow:

Increases crop yields (10-20% Increases)
Reduces fertilizer dependence
 (50-100% decrease in fertilizer and other inputs)
Raises the nutrient density of food stuffs (Higher Brix levels)
Lowers water needs (about a 1/3 less water needed to grow crops compared to fertilizer)


In addition to improved crop performance, this technology has been evaluated for its efficacy in
remediating soil contaminants, including coal refuse, and reducing soil erosion, nutrient leaching
and water run-off.
Our technology has also been tested for its abilities to decrease nitrate leaching and increase the water retention and holding capacity of soil.
Accurate research and development and excellent product performance requires that the quality
control of SumaGreen will be closely monitored. Special care is taken that no external contamination occurs from preparation to bottling and shipment. Research and development remains the driving force behind the unsurpassed technology and will continue to be central in its expanding role in the conservation of agriculture and sustainable farming.

If you are interested in seeing it work on your farm by growing corn, Soy Beans, Cotton, Tobacco, etc or you are interested in having your Landscaping company use it on your grass or athletic turf contact a representative today.

Simple steps to accurate sprayer calibration

Calibrating sprayers involves selecting the proper nozzles, spraying pressure, and speed of travel. There are several different ways to accurately calibrate a sprayer, but the simplest is the 1/128th acre (340 sq.ft.) method, also called the “baby bottle” method. The spray collected from a single nozzle measured in ounces directly converts to gallons per acre regardless of the number of nozzles on the boom. Because there are 128 ounces in a gallon, the ounces collected from 1/128th of an acre will equal gallons of solution per acre. Remember in most crops One Gallon of SumaGreen Ag with SumaGrow inside will treat one acre of crops mixed with 30 gallons of water.
Follow the 10 easy steps below to avoid needless chemical waste, improper application, and potential turf injury.

1. Fill sprayer with water. Use only clean water to calibrate sprayer.
2. Measure the distance (in inches) between nozzles on the spray boom. Then refer to chart below to obtain test course distance (in feet).
3. To check the uniformity of all nozzles on the boom, collect the spray from each nozzle for the same amount of time (ex. 1 minute). If the flow rate of any spray tip is 10% greater or less than that of the others, replace it. Whatever the type of sprayer tips you use, be sure they are all the same type.
4. Measure the course distance (in feet) according to the chart and flag it for easy visibility.
5. Drive the test course at an acceptable spraying speed with the sprayer on. Make note of the engine RPM’s, and most importantly, record the seconds it takes to travel the measured distance between the two flags. Be sure to take a “running start” to the beginning flag, and drive beyond the ending flag to maintain a uniform speed within the flagged distance.
6. Park the tractor/sprayer, set the brakes, but keep the engine RPM’s at the same setting used to drive the test course and make any final sprayer pressure adjustments (this will vary with the type of spray tips you use and the gallons per minute you wish to spray through them).
7. Using a plastic measuring container that is marked in ounces, collect the water sprayed from one nozzle for the same amount of time it took to drive the test course.
8. The amount of water collected in ounces will equal the gallons applied per acre.
9. Be sure to read all product labels for proper application information, use rates, etc.
10. While making applications maintain continuous engine RPM’s and ground speed used in test run.
Nozzle spacing and distance chart for 1/128th acre.
Nozzle Spacing (in) Distance (ft)
         6                           681
         8                           510
       10                           408
       12                           340
      14                            292
      16                            255
      18                            227
      20                            204
      22                            186
      24                            170
      26                            157
      28                            146
      30                            136

For a backpack or other single nozzle sprayers this same method will still work. Simply determine the width of the spray pattern to get the distance. Or, fill the sprayer completely with water then spray an area equal to 340 sq. ft. (20’ x 17’). The ounces of water required to refill the sprayer will equal gallons per acre.

Credit to Dr. Wayne Wells is an Extension Professor and Turfgrass Specialist at Mississippi State University.

New Brighton Golf Course , Minnesota (Results in THREE Weeks)

With the pictures below you can see why New Brighton Golf Course in Minnesota were excited about using our Golf products (ReeCourse Golf Greens) on their course.  Look at the difference in just three weeks.  Results vary but they all say the same thing.  Less water needed and more cost efficient then fertilizer with no threat of fertilizer burn on the course.

May 9th - After Golf Course was treated with ReeCourse Greens

April 19th  --- Before green was treated with ReeCourse

Potatoes with SumaGreen

Hear is how word spreads about SumaGreen. A distributor in Minnesota Kevin Fields had a friend that heard about the product and wanted to try it out on his own garden in Montana because he thought it was to good to be true. 

How many words is this picture worth?

Look at the side by side rows of potato crops in Montana. The SumaGreen treated side outperforming the untreated side which, by the way, was planted 2.5 weeks BEFORE the SumaGreen treated side.

Imagine the REAL difference if both were treated at the same time?

Contact us about results on corn, soy beans, forage, tobacco, cotton, wheat, tomato and any other crop you can think of growing.