liquid organic fertilizers - ag soil amendagsoilamend.com/files/2015_asa_book.pdf · liquid organic...

Certified Green and Pathogen Free

AG SOIL AMENDMENTS, INC.Visit us at agsoilamend.com

Liquid Organic FertilizersSimplicity • Safety • Consistency

ASA-PitchBook_rv3-7-2013.indd 1 3/7/13 3:40:33 PM

SimplicitySafety

ConsistencyVisit us at agsoilamend.com

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“ Nature is Pleased with Simplicity and Nature is No Dummy” - Sir Isaac Newton

Table of ContentWhat is in 811 MIX? ....................................................... 1

Cleaner ....................................................................... 5

Safer ........................................................................... 6

Less Expensive ............................................................ 7

Easier to Handle ........................................................... 8

More Effective .............................................................. 9

Greater Versatility ........................................................10

811 MIX Efficacy Testing ..............................................11

The Normal Fate of Fertilizer ........................................12

The “Net Affect” ..........................................................13

Energy Dynamics ........................................................14

811 MIX vs The Competition .........................................15

K-Max .........................................................................18

Soil Maximizer .............................................................19

Product Testing ...........................................................20

USDA-IR4 Project .........................................................21

i

USDA-Ir4 Project

Greenhouse Vigor Greenhouse Vigor with Nematodes

Nem

atod

e C

ontr

ol

SM 1

0e5

SM 1

0e6

SM 1

0e5

+ D

renc

h

SM 1

0e6

+ D

renc

h

Con

trol

5

4

3

2

1

0

Tom

ato

Cuc

mbe

r

Pepp

er

5

4

3

2

1

0

Control SM 10e5 SM 10e6 Tomato Cucumber Pepper

22

ASA-PitchBook_Digital-11x17.indd 6-7 6/13/12 1:29:31 PM

What is in 811 MIX? - Multiple Carbohydrates (Fuel)

- 68 trace elements (Balance)

- Quantifiable beneficial microbes (Inoculant)

- Quality Humic Acid

- Enzymes (Biological Catalysts)

- Protein (Nitrifications, Amino Acids, B-Vitamins)

- Algae (Hormones, Algins)

- Fertilizer value

Soil MaximizerKey Attributes:

- Living active agents with a long residual

- Unique mode of action reduces resistance

- Natural, safe and non-chemical

- Backed by multiple university and USDA tests.

- Compatible with common cultural practices

- Seedling disease and nematode suppression combined.

Biological inoculant

To break chronic disease cycles

20


28

Typical Analysis of 811 MIX

SPECIFICATIONS:Boiling point, degrees (F) ...................................... 210˚ @ 1 atm

Specific gravity (H20 = 1) ................................................ 1.0156

Weight per gallon ................................................................8.46

Vapor pressure (mm hg) ........................................17mm @ 68˚ f

Vapor denisty (air = 1) .........................................................0.62

Evaporation rate .................................................................0.08

Solubility in water ............................................................... 20%

Appearance and odor ............................. Black liquid, slight odor

pH .......................................................................................9.6

Humic Acid ...................................................................... 1.00%

ELEMENTS:Nitrogen (N) ......................................................................0.05%

Phosphoric Acid (P2O5) ......................................................0.41%

Potash (K2O) .....................................................................0.70%

Boron (B) .....................................................................1.19 ppm

Calcium (Ca) .................................................................. 0.046%

Iron (Fe) ....................................................................... 160 ppm

Magnesium (Mg) .............................................................. 0.02%

Manganese (Mn)............................................................... 5 ppm

Sodium (Na)................................................................... 0.002%

Sulfur (S) ..........................................................................0.04%

Sulfate (SO4) ............................................................. 4,000 ppm

Zinc (Zn) .......................................................................... 5 ppm

VErIFIED TrACE ELEMENTS:Cobalt

Bromine

Molybdenum

Copper

Selenium

Nickel

Chloride

Lithium

Fluoride

Vanadium

Silicon

Aluminum

Titanium

Molybdenum

PhySICAL PrOPErTIES:C:N Ratio ............................................................................ 14:1

Total Solids .............................................................. 36.83 ppm

Total Suspended Solids ............................................. 10.85 ppm

Total Dissolved Solids ............................................... 22.63 ppm

Total Settable Solids ................................................... 3.34 ppm

Carmong from Solids (C) ...................................................78.5%

ChEMICAL PrOPErTIES:EC mmhos/cm .................................................................. 19.90

Sodium Absorption(SAR) .....................................................2.67

Total Soluble Salt (TDS) ............................................15,623 ppm

Bicarbonate ................................................................. 122 ppm

MICrObIAL ANALySIS: ...................(CFU/ML)Aerobic Bacteria .......................................................... 2.3 x 106

Yeasts and Molds......................................................... 2.1 x 104

Pseudomonads ............................................................ 1.1 x 104

Actinomycetes ............................................................. 2.8 x 105

Nitrogen-Fixing Bacteria ............................................... 3.3 x 105

Anaerobic Bacteria ...................................................... 4.9 x 105

Algae enumeration and identification ................. 1.9 x 107 cell/mi

GENUS ....................................... bIOMASS ESTIMATEAnacystis ........................................................................... 85%

Merismopedia ...................................................................5-10%

Anabaena ............................................................................. 2%

Chlamydomonas ...................................................................few

Diatoms ...............................................................................few

hOrMONE ANALySIS:COMPOUND ....................................... (G/15 ML h2O)Abacisic Acid ......................................................................0.02

Adenine ..............................................................................0.03

Adenosine ..........................................................................0.06

Indole Acetic Acid ...............................................................0.05

Zeatin.................................................................................0.05

2

K-MAX PLUSTEChNICAL ATTrIbUTES AND TyPICAL ANALySIS

GENErAL ChArACTErISTICS:Color ...........................................................Dark brown to black

Physical State .............. Viscous liquid / Approx. 99% – 100 mesh

Odor .................................Characterisitic of processed seaweed

Bulk Density ..................................................8.92 lbs per gallon

Solubility ............................. 100% in 50% water solution at 20˚C

Vapor Pressure .....................................................17mm at 68˚F

Evaporation Rate ................................................................0.08

pH ................................................................................... 11.69

Stability....................................................................Stable, CO2

gassing may occur under adverse conditions

Oxidizing or Reduction .......................................................None

Flammability ......................................................................None

Toxicity ............................................... Non-toxic, Biodegradable

TyPICAL COMPOSITION:Seaweed .............................................................................. 8%

Humic Acid ........................................................................... 6%

Fulvic Acid ............................................................................ 6%

Moisture Content .............................................................. >95%

Organic Matter ...............................................................50-55%

Ash Content................................................................... 45-50%

TyPICAL MINErAL ANALySIS:Nitrogen .......................................................................... 0.30%

Phosphorous ....................................................................0.01%

Potassium ....................................................................... 2.80%

Calcium ............................................................................0.12%

Magnesium ...................................................................... 0.20%

Sulphur ............................................................................1.70%

Copper ............................................................................ 1 ppm

Iron ............................................................................. 120 ppm

Manganese ...................................................................... 8 ppm

Zinc .............................................................................. 40 ppm

Boron ............................................................................ 20 ppm

TyPICAL hOrMONE ANALySIS:COMPOUND CONCENTrATION (g/15 ml h2O)Abacisic Acid .....................................................................0.02Z

Adenine .............................................................................0.03Z

Indole Acetic Acid ..............................................................0.05Y

Z = Based on 1g dried A. nodosum conentration in 15 ml H 2O following extraction with ethyl acetate: pH 7.7

Y = Based on 1g dried A. nodosum concentration in 15 ml H2O following methanol extraction and partitioning with methylene chloride: pH 7.7

Gas liquid chromatographic retention times for solutions of growth regulating substances extracted from K-Max.

COMPOUND rETENTION TIME (seconds)Adenine .......................................................................... 65-100

Adenosine ....................................................................325-340

Zeatin...........................................................................275-340

2-IP ............................................................................... 157-172

IAA ................................................................................. 85-112

ABA ............................................................................. 180-195

SUGArS AND OrGANIC ACIDS:Although generally a foliar fertilizer, K-Max supplies a wide range of carbohydrates including mannitol and organic acids. Mannitol is a known chelating agent and explains in part why seaweed can release unavailable trace elements already in the soil.

CArbOhyDrATES % Dry WT. bASESMannitol ............................................................................ 4.2%

Alginic Acid ......................................................................26.7%

Laminarin .......................................................................... 9.3%

Other Sugars ....................................................................10.7%

19


811 MIX is a soil amendment... ...comparable in effect to Organic Matter without solid residues.

...that stimulates, activates and inoculates your soil ecology.

...that promotes the efficient utilization of soil and plant organic matter.

...that render your inorganic fertilizers more effective.

3


K-MaxK-Max is a liquid plant hormone product containing cytokinins from natural seaweed sources and water soluble humic/fulvic acid. K-Max is used foliarly and in the soil to supplement the natural hormone level in plants to promote and sustain flowering, flower set, fruit retention and fruit development to increase productivity and yields.

For those conventional and organic growers requiring the benefits of foliar fertilizers, K-Max is a natural potassium and seaweed based foliar fertilizer that promotes growth over that experienced with fertilizers alone. Unlike products such as: Acadian Cytokin, Goemar, and Trigger; K-Max provides a competitive advantage in both decreased cost and increased effectiveness.

K-Max is 16% less concentrated, but 69% less expensive.

Cytokin = 360 PPM CytokininsK-Max = 300 PPM Cytokinins

K-Max PlusKey Attributes:

- 8% Seaweed

- 6% Humic Acid

- Foliar fertilizer• Bloom spray; high content of Cytokinins• Post harvest winterization• Color• Brix

18


811 MIX is a “liquid compost,” that contains a balanced content of organic materials that are used by chemical and microbial processes to enhance soil fertility and soil disease suppression.

811 MIX is cleaner, safer, less expensive, easier to handle, more effective, and has greater versatility than the alternatives of compost, manure, sludge, cover crops or organic fertilizers.

4

Featured Products

17


Cleaner811 MIX is fine filtered to 140 microns to ensure the most trouble free applications. There is no foreign materials and it will not plug micro-irrigation systems.

- No weed seeds, herbicide needs go down

- No herbicide contaminants

- No heavy metals

- No trash (Plastic, Nails, etc.)

- Less salts

5


Safer811 MIX is the only product that is certified through laboratory testing as being free of plant and human pathogens. This not only adds safety to your operation, but prepares you for processor residue standards. Because some animal and green manures have diseases in them, some processors are prohibiting there use. 811 MIX is a sustainable alternative.

- No animal diseases

- Safer on workers and animals

- No plant diseases

Product has:

- Consistency = Certificate of analysis

- Product liability insurance

- Track record

- Efficacy data

6

811 MIX vs The Competition

Versatility:

- Liquid• Ease of use• Placement accuracy

balance:

- Ecology• Patented inoculant with food source

- Carbon energy• Long, intermediate and short chain carbon

- Nutrients (>60)

- Enzymes, amino acids, vitamins

Safety:

- Free of diseases

- Non toxic

- Product Liability Insurance

15


Less Expensive20 gallons of 811 MIX per acre has shown the same response as 2 tons of manure/compost, at a fraction of the cost. In addition to material cost savings, 811 MIX, saves you the cost of spreading and incorporation. Also, without weed seeds, herbicide cost go down. Without salts soil reclamation cost go down.

reduced Material Cost

Reduced application cost = no spreading, associated compaction, hassle or stench.

7

Net energy savings is invested in yield and quality

Energy Dynamics

Costs energy to just keep

the plant alive

Costs EnergySaves Energy

UN-32

Protein

Amino Acids

Nh4+

Protein

Amino Acids

811 MIX with UN-32

Nh4+


Easier to handleAs a liquid, 811 MIX is compatible with fertilizer applications and irrigation injections. A combination application will save you a trip across the field and gives more accurate results than spreading a lump of compost here and there.

- No spreading cost!

- Tankmix

- Versatility

- Application cost savings

- Micro-irrigation

- Placement accuracy

- Root zone amendment

- Mining replenishment

- Particularly in low CEC soils

8

Application and Conversion

Movement to below the root zone

Operational Loss

10-12 Weeks

The “Net Affect”

Nitrogen and 811 MIX

NO3-

UAN + 811

NO3-

Nh4+

NO3-

Nh4+


More EffectiveThrough modern manufacturing techniques the benefits of manures are optimized while omitting the drawbacks of manures. These benefits go straight to the root zone.

rOOT zONE AMENDMENT VS. A SOIL AMENDMENT

- University validated efficacy

- Activities beyond that of compost/manure

- Nitrate reduction

- Salt tolerance

811 MIX’ AFFECT OF SOIL ECOLOGy: (mill./gram/soil) 811 MIX 11-52-0 Compost

Total Bacteria 89 77 46 Actinomycetes 120 81 40

Fungi 6 4.5 3.9Nitrogen Fixers 94 43 24

Total Anaerobes 52 25 7.6TOTAL 361 230.5 121.5

9



Operational Loss

4-6 Weeks

The Normal Fate of Fertilizer

Nitrogen Only

NO3-

UAN

NO3-

12


Greater Versatility811 MIX provide benefits that are not available from animal and green manures. Such as, university and field testing proving 811 MIX’s ability to reduce nitrate leaching, which is good for you and the environment.

University proven to:

- Reduce nitrogen losses to groundwater

- Increase nitrogen uptake

PLANTS

Denitrification(occurs under saturated anaerobic conditions)

Gases (N2, N2O)

Mineralization

Ammonium (Nh4+)

N-Organic

Volatilization

Hydrolysis

Urea

Ammonia (Nh3)

Nitrification

Leaching

Nitrate (NO3-)

10

811 MIX Efficacy Testing20 gallons of 811 MIX per acre has shown the same response as 2 tons of manure/compost, at a fraction of the cost. In addition to material cost savings, 811 MIX, saves you the cost of spreading and incorporation. Also, without weed seeds, herbicide cost go down. Without salts soil reclamation cost go down.



bio Assisted Nitrate ConversionDissimilatory Nitrate reduction

Nitrate, Treatment Nitrate, Control

Weeks

Nitrate, PPM

00

70

60

50

40

30

20

10

12

34

5

bioScientific, Inc.

11


More EffectiveThrough modern manufacturing techniques the benefits of manures are optimized while omitting the drawbacks of manures. These benefits go straight to the root zone.

rOOT zONE AMENDMENT VS. A SOIL AMENDMENT

- University validated efficacy

- Activities beyond that of compost/manure

- Nitrate reduction

- Salt tolerance

811 MIX’ AFFECT OF SOIL ECOLOGy: (mill./gram/soil) 811 MIX 11-52-0 Compost

Total Bacteria 89 77 46 Actinomycetes 120 81 40

Fungi 6 4.5 3.9Nitrogen Fixers 94 43 24

Total Anaerobes 52 25 7.6TOTAL 361 230.5 121.5

9



Operational Loss

4-6 Weeks

The Normal Fate of Fertilizer

Nitrogen Only

NO3-

UAN

NO3-

12


Easier to handleAs a liquid, 811 MIX is compatible with fertilizer applications and irrigation injections. A combination application will save you a trip across the field and gives more accurate results than spreading a lump of compost here and there.

- No spreading cost!

- Tankmix

- Versatility

- Application cost savings

- Micro-irrigation

- Placement accuracy

- Root zone amendment

- Mining replenishment

- Particularly in low CEC soils

8



Operational Loss

10-12 Weeks

The “Net Affect”

Nitrogen and 811 MIX

NO3-

UAN + 811

NO3-

Nh4+

NO3-

Nh4+


Less Expensive20 gallons of 811 MIX per acre has shown the same response as 2 tons of manure/compost, at a fraction of the cost. In addition to material cost savings, 811 MIX, saves you the cost of spreading and incorporation. Also, without weed seeds, herbicide cost go down. Without salts soil reclamation cost go down.



7

Net energy savings is invested in yield and quality

Energy Dynamics

Costs energy to just keep

the plant alive

Costs EnergySaves Energy

UN-32

Protein

Amino Acids

Nh4+

Protein

Amino Acids

811 MIX with UN-32

Nh4+


Safer811 MIX is the only product that is certified through laboratory testing as being free of plant and human pathogens. This not only adds safety to your operation, but prepares you for processor residue standards. Because some animal and green manures have diseases in them, some processors are prohibiting there use. 811 MIX is a sustainable alternative.

- No animal diseases

- Safer on workers and animals

- No plant diseases

Product has:

- Consistency = Certificate of analysis

- Product liability insurance

- Track record

- Efficacy data

6

811 MIX vs The Competition

Versatility:

- Liquid• Ease of use• Placement accuracy

balance:

- Ecology• Patented inoculant with food source

- Carbon energy• Long, intermediate and short chain carbon

- Nutrients (>60)

- Enzymes, amino acids, vitamins

Safety:

- Free of diseases

- Non toxic

- Product Liability Insurance

15


Cleaner811 MIX is fine filtered to 140 microns to ensure the most trouble free applications. There is no foreign materials and it will not plug micro-irrigation systems.

- No weed seeds, herbicide needs go down

- No herbicide contaminants

- No heavy metals

- No trash (Plastic, Nails, etc.)

- Less salts

5


811 MIX is a “liquid compost,” that contains a balanced content of organic materials that are used by chemical and microbial processes to enhance soil fertility and soil disease suppression.

811 MIX is cleaner, safer, less expensive, easier to handle, more effective, and has greater versatility than the alternatives of compost, manure, sludge, cover crops or organic fertilizers.

4

Featured Products

17


811 MIX is a soil amendment... ...comparable in effect to Organic Matter without solid residues.

...that stimulates, activates and inoculates your soil ecology.

...that promotes the efficient utilization of soil and plant organic matter.

...that render your inorganic fertilizers more effective.

3


K-MaxK-Max is a liquid plant hormone product containing cytokinins from natural seaweed sources and water soluble humic/fulvic acid. K-Max is used foliarly and in the soil to supplement the natural hormone level in plants to promote and sustain flowering, flower set, fruit retention and fruit development to increase productivity and yields.

For those conventional and organic growers requiring the benefits of foliar fertilizers, K-Max is a natural potassium and seaweed based foliar fertilizer that promotes growth over that experienced with fertilizers alone. Unlike products such as: Acadian Cytokin, Goemar, and Trigger; K-Max provides a competitive advantage in both decreased cost and increased effectiveness.

K-Max is 16% less concentrated, but 69% less expensive.

Cytokin = 360 PPM CytokininsK-Max = 300 PPM Cytokinins

K-Max PlusKey Attributes:

- 8% Seaweed

- 6% Humic Acid

- Foliar fertilizer• Bloom spray; high content of Cytokinins• Post harvest winterization• Color• Brix

18


Typical Analysis of 811 MIX

SPECIFICATIONS:Boiling point, degrees (F) ...................................... 210˚ @ 1 atm

Specific gravity (H20 = 1) ................................................ 1.0156

Weight per gallon ................................................................8.46

Vapor pressure (mm hg) ........................................17mm @ 68˚ f

Vapor denisty (air = 1) .........................................................0.62

Evaporation rate .................................................................0.08

Solubility in water ............................................................... 20%

Appearance and odor ............................. Black liquid, slight odor

pH .......................................................................................9.6

Humic Acid ...................................................................... 1.00%

ELEMENTS:Nitrogen (N) ......................................................................0.05%

Phosphoric Acid (P2O5) ......................................................0.41%

Potash (K2O) .....................................................................0.70%

Boron (B) .....................................................................1.19 ppm

Calcium (Ca) .................................................................. 0.046%

Iron (Fe) ....................................................................... 160 ppm

Magnesium (Mg) .............................................................. 0.02%

Manganese (Mn)............................................................... 5 ppm

Sodium (Na)................................................................... 0.002%

Sulfur (S) ..........................................................................0.04%

Sulfate (SO4) ............................................................. 4,000 ppm

Zinc (Zn) .......................................................................... 5 ppm

VErIFIED TrACE ELEMENTS:Cobalt

Bromine

Molybdenum

Copper

Selenium

Nickel

Chloride

Lithium

Fluoride

Vanadium

Silicon

Aluminum

Titanium

Molybdenum

PhySICAL PrOPErTIES:C:N Ratio ............................................................................ 14:1

Total Solids .............................................................. 36.83 ppm

Total Suspended Solids ............................................. 10.85 ppm

Total Dissolved Solids ............................................... 22.63 ppm

Total Settable Solids ................................................... 3.34 ppm

Carmong from Solids (C) ...................................................78.5%

ChEMICAL PrOPErTIES:EC mmhos/cm .................................................................. 19.90

Sodium Absorption(SAR) .....................................................2.67

Total Soluble Salt (TDS) ............................................15,623 ppm

Bicarbonate ................................................................. 122 ppm

MICrObIAL ANALySIS: ...................(CFU/ML)Aerobic Bacteria .......................................................... 2.3 x 106

Yeasts and Molds......................................................... 2.1 x 104

Pseudomonads ............................................................ 1.1 x 104

Actinomycetes ............................................................. 2.8 x 105

Nitrogen-Fixing Bacteria ............................................... 3.3 x 105

Anaerobic Bacteria ...................................................... 4.9 x 105

Algae enumeration and identification ................. 1.9 x 107 cell/mi

GENUS ....................................... bIOMASS ESTIMATEAnacystis ........................................................................... 85%

Merismopedia ...................................................................5-10%

Anabaena ............................................................................. 2%

Chlamydomonas ...................................................................few

Diatoms ...............................................................................few

hOrMONE ANALySIS:COMPOUND ....................................... (G/15 ML h2O)Abacisic Acid ......................................................................0.02

Adenine ..............................................................................0.03

Adenosine ..........................................................................0.06

Indole Acetic Acid ...............................................................0.05

Zeatin.................................................................................0.05

2

K-MAX PLUSTEChNICAL ATTrIbUTES AND TyPICAL ANALySIS

GENErAL ChArACTErISTICS:Color ...........................................................Dark brown to black

Physical State .............. Viscous liquid / Approx. 99% – 100 mesh

Odor .................................Characterisitic of processed seaweed

Bulk Density ..................................................8.92 lbs per gallon

Solubility ............................. 100% in 50% water solution at 20˚C

Vapor Pressure .....................................................17mm at 68˚F

Evaporation Rate ................................................................0.08

pH ................................................................................... 11.69

Stability....................................................................Stable, CO2

gassing may occur under adverse conditions

Oxidizing or Reduction .......................................................None

Flammability ......................................................................None

Toxicity ............................................... Non-toxic, Biodegradable

TyPICAL COMPOSITION:Seaweed .............................................................................. 8%

Humic Acid ........................................................................... 6%

Fulvic Acid ............................................................................ 6%

Moisture Content .............................................................. >95%

Organic Matter ...............................................................50-55%

Ash Content................................................................... 45-50%

TyPICAL MINErAL ANALySIS:Nitrogen .......................................................................... 0.30%

Phosphorous ....................................................................0.01%

Potassium ....................................................................... 2.80%

Calcium ............................................................................0.12%

Magnesium ...................................................................... 0.20%

Sulphur ............................................................................1.70%

Copper ............................................................................ 1 ppm

Iron ............................................................................. 120 ppm

Manganese ...................................................................... 8 ppm

Zinc .............................................................................. 40 ppm

Boron ............................................................................ 20 ppm

TyPICAL hOrMONE ANALySIS:COMPOUND CONCENTrATION (g/15 ml h2O)Abacisic Acid .....................................................................0.02Z

Adenine .............................................................................0.03Z

Indole Acetic Acid ..............................................................0.05Y

Z = Based on 1g dried A. nodosum conentration in 15 ml H 2O following extraction with ethyl acetate: pH 7.7

Y = Based on 1g dried A. nodosum concentration in 15 ml H2O following methanol extraction and partitioning with methylene chloride: pH 7.7

Gas liquid chromatographic retention times for solutions of growth regulating substances extracted from K-Max.

COMPOUND rETENTION TIME (seconds)Adenine .......................................................................... 65-100

Adenosine ....................................................................325-340

Zeatin...........................................................................275-340

2-IP ............................................................................... 157-172

IAA ................................................................................. 85-112

ABA ............................................................................. 180-195

SUGArS AND OrGANIC ACIDS:Although generally a foliar fertilizer, K-Max supplies a wide range of carbohydrates including mannitol and organic acids. Mannitol is a known chelating agent and explains in part why seaweed can release unavailable trace elements already in the soil.

CArbOhyDrATES % Dry WT. bASESMannitol ............................................................................ 4.2%

Alginic Acid ......................................................................26.7%

Laminarin .......................................................................... 9.3%

Other Sugars ....................................................................10.7%

19


What is in 811 MIX? - Multiple Carbohydrates (Fuel)

- 68 trace elements (Balance)

- Quantifiable beneficial microbes (Inoculant)

- Quality Humic Acid

- Enzymes (Biological Catalysts)

- Protein (Nitrifications, Amino Acids, B-Vitamins)

- Algae (Hormones, Algins)

- Fertilizer value

Soil MaximizerKey Attributes:

- Living active agents with a long residual

- Unique mode of action reduces resistance

- Natural, safe and non-chemical

- Backed by multiple university and USDA tests.

- Compatible with common cultural practices

- Seedling disease and nematode suppression combined.

Biological inoculant

To break chronic disease cycles

20


28

Product Testing

Influence of Soil Maximizer (SM)

% Disease on Phyium

Non

-trea

ted

Con

trol

(Hea

lthy)

Pyth

ium

Con

trol

Pyth

ium

+ R

idom

il (1

00%

)

Pyth

ium

+ S

M (1

5 PG

A)

Pyth

ium

+ S

M (3

0 PG

A)

Pyth

ium

+ S

M (6

0 PG

A)

Pyth

ium

+ S

M (3

0 PG

A)+

Rid

omil

(50%

)

80

70

60

50

40

30

20

10

0

Vigor rating

on Plant Vigor

Pyth

ium

Con

trol

Pyth

ium

+ R

idom

il (1

00%

)

Pyth

ium

+ S

M (1

5 PG

A)

Pyth

ium

+ S

M (3

0 PG

A)

Pyth

ium

+ S

M (6

0 PG

A)

Pyth

ium

+ S

M (3

0 PG

A)+

Rid

omil

(50%

)

Non

-trea

ted

Con

trol

(Hea

lthy)

5

4

3

2

1

0

21


Table of ContentWhat is in 811 MIX? ....................................................... 1

Cleaner ....................................................................... 5

Safer ........................................................................... 6

Less Expensive ............................................................ 7

Easier to Handle ........................................................... 8

More Effective .............................................................. 9

Greater Versatility ........................................................10

811 MIX Efficacy Testing ..............................................11

The Normal Fate of Fertilizer ........................................12

The “Net Affect” ..........................................................13

Energy Dynamics ........................................................14

811 MIX vs The Competition .........................................15

K-Max .........................................................................18

Soil Maximizer .............................................................19

Product Testing ...........................................................20

USDA-IR4 Project .........................................................21

i

USDA-Ir4 Project

Greenhouse Vigor Greenhouse Vigor with Nematodes

Nem

atod

e C

ontr

ol

SM 1

0e5

SM 1

0e6

SM 1

0e5

+ D

renc

h

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4

3

2

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Tom

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5

4

3

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Control SM 10e5 SM 10e6 Tomato Cucumber Pepper

22


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