EM SOLUTIONS AUSTRALIA PTY.LTD

The only certified manufacturer of genuine Saion EM products in Australia

Manufacturing facility, head office based in Mount Gambier, South Australia.

Manufacturing facility is a sterile air tight environment constructed to stringent Sanko Sangyo manufacturing necessities.

Operational since January 2010 100% Australian owned and operated EM products distributed nationally Manufacturing EM products in Australia guarantees

product quality With such a diverse application base we are sure to have a solution,

whatever the scale or diversity.

EM SOLUTIONS MANUFACTURING FACILITY

SANKO SANGYO

The “mother company” of genuine saion EM Based in Okinawa, Japan Launched the research and business of EM

Technology over 30 years ago Prof Teuro Higa joined to develop EM products Are recognised and documented as the world

leaders of EM Technology Sanko Sangyo is dedicated to manufacturing

safe and high quality EM products for its customers to contribute to the protection of human and environmental health.

WHAT IS EM?

EM = EFFECTIVE MICROORGANISMS Is produced through a natural process of

fermentation Is a combination of beneficial naturally occurring

microorganisms Is a liquid concentrate Produced from cultivations of over 80 varieties of

microorganisms Most outstanding feature is it includes anaerobic

and aerobic species of microorganisms coexisting in a most beneficially productive manner

Not chemically synthesized or genetically engineered

Contains microorganisms from 3 main groups -

PHOTOSYNTHETIC BACTERIA

Independent, self supporting microbes Produces useful substances from organic

matter, secretion of roots and harmful gasses

Develop amino acids, nucleic acids, bioactive substances and sugars.

Absorbed directly by the plant promoting plant growth and development

Increases the population of native beneficial bacteria.

LACTIC ACID BACTERIA

Develop Lactic Acid from sugars and other carbohydrates developed by Photosynthetic Bacteria and Yeast.

Lactic Acid is a strong sterilizing compound which suppresses harmful microorganisms and enhances the decomposition of resistant materials (cellulose etc.)

Removes undesirable effects of decomposition

YEAST

Utilise amino acids and sugars produced by Photosynthetic bacteria, organic matter and plant roots

Produces hormones and enzymes Are useful substrates for other Effective

Microorganisms – Lactic Acid Bacteria and Actinomycete.

Co existence

IS EM SAFE?

EM is a combination of certain naturally existing, beneficial, aerobic and anaerobic, nontoxic and non-pathogenic microorganisms.

The microorganisms specifically used are not genetically modified or engineered. The potential of the naturally existing microbes and their coexistence abilities were "discovered“

The microorganisms in EM are considered food-grade. All microbes used for EM production are known not to be harmful to the soil, air, groundwater, land, animals or humans

EM products are BFA registered. Lactobacilli and photosynthetic bacteria are important

components in the EM formula, belonging to the anaerobic group. They are now recognised as being effective in the control of diseases.

EM is a living entity containing active microbes found in all ecosystems

EM MIXED CULTURES vs. SINGLE CULTURES

Previous efforts to introduce single cultures of microorganisms have been largely unsuccessful – They are immediately subject to competitive and aggressive effects of indigenous soil micro flora and their numbers soon decline.

A mixed culture of physiologically and ecologically compatible soil microorganisms (EM) enhances the predominance of beneficial and effective microorganisms improving and maintaining the chemical and physical properties of soils, therefore shifting the microbial equilibrium of a soil and controlling it to favour the growth, yield and health of crops.

EM IN AGRICULTURE Shifts the “microbial equilibrium” to favour growth, yield and health of

plants/crops Functions of Beneficial Microorganisms in soil Fixation of atmospheric nitrogen Enhance decomposition of organic wastes and residues Suppresses soil-borne pathogens Recycles and increases availability of plant nutrients Reduces the concentration of toxins including pesticides Production of antibiotics and other bioactive compounds Production of amino acids, nucleic acids, varieties of vitamins and hormones

to plants Complexation of heavy metals to limit plant uptake Solubilisation of insoluble nutrient sources Production of polysaccharides to improve soil aggregation Enhances photosynthetic capacity of crops Promotes germination, flowering and fruiting Increases the effectiveness of fertilisers. Cont….

EM IN AGRICULTURE

Effectively used in soil and foliar applications for; Regular crops Vegetables Fruits Turf Farming Hydroponics

EM IN WATER

Is a biological tool to minimise and diminish concentrations of pollutants through bioremediation

Controls the propagation of harmful microbes Reduces organic matter to a soluble state,

readily consumed by bacteria. Breaks down and decomposes chemical

substances Produce large quantities and varieties of

organic and inorganic acids and anti-oxidising enzymes

Cont…..

Utilizes and consumes harmful gasses (methane, hydrogen sulphide, ammonia) therefore eliminating odour – foul smelling water

Reduces the breeding of flies and mosquitoes Used effectively in Waste Water Treatment Plants, Sewer

Systems, Septic Systems, Holding Tanks, Lagoons, Pond Systems etc.

EM IN WATER

EM IN ANIMAL HEALTH

The application of EM to stockfeed & drinking water; Enriches it with beneficial substances such as amino acids, vitamins

and enzymes Betters the digestibility and nutrient absorption of the animal Naturally balances the intestinal micro flora resulting in improved

health, eating habits, improved feed conversion rates & weight gain Improves overall shed environment and provides a better working

atmosphere for staff. Effectively used in; Dairy and beef cattle Horses (all disciplines) Sheep and lambs Pets

THE SUCCESS OF EM IN OVER 116 COUNTRIES IS WELL DOCUMENTED

DECOMPOSITION OF ORGANIC MATTER

Oxidative Decomposition(aerobic)

Fermentative Decomposition(Anaerobic)

fermentation

Production of amino acids, alcohol, sugars, organic acids

and esters

Microbial production of organic substances

Production of antibiotics, vitamins, hormones, and

various Biogenic substances

through secondary metabolism.

Zymogenic micro-organisms

ZYMOGENIC AND SYNTHETIC SOILS

OPTIMUM PLANT GROWTH AND DEVELOPMENT

DISEASE SUPPRESSIVE SOILS

Production of harmful enzyme suppressive substances through

secondary metabolism

Production of relatively insoluble, inorganic substances

Disease inducing soil

Putrefaction

Production of ammonia, hydrogen sulphide, methane

and other harmful reduced substances

Anaerobic synthetic micro-organisms

Nitrogen fixation, production of sugars, amino acids and organic acids from

Various reduced substances and solubilisation of inorganic compounds

Production of antibiotics, vitamins, hormones, and various biogenic substances through secondary

metabolism.

Synthetic micro-organisms

Release of gas and heat

Intake of

external

energy

Aerobic synthetic

micro-organisms

Aerobic decomposers

Production of soluble inorganic nutrients

Microbial production of organic substances

Absorbed by plants

Nitrogen fixation, production of sugars, amino acids and organic acids from various reduced substances and

Solubilisation of inorganic compounds

Production of antibiotics, vitamins, hormones, and

various biogenic substances through

secondary metabolism.

Absorbed by plants

Release of CO +

heatIntake

of extern

al energy

DISEASE SUPPRESSIVE SOILS ZYMOGENIC AND SYNTHETIC SOILS

=

CARROT SEED TRIAL

Crop - Umbelliferae – Carrot Farming type – Conventional Growing Season - February 2010 - March 2011 The Application of EM – 1ST Application - 3 weeks prior to planting (Mid

February) EM was applied to the soil with a boom spray at a rate of 10L per hectare mixed with 300L water prior to soil preparation (cultivation).

2nd Application - 3 months (mid May) after the initial application, EM was applied at 10L per hectare through a fertigation system.

Cont….

CARROT SEED TRIAL

Harvesting and Seed weighing - Crop harvesting and seed weighing was carried out by South Pacific Seeds (SPS).

Yield Results - EM treated soil increased carrot seed yield by 24%.

SOIL TYPE YIELD AVERAGE PER ROW

VARIANCE

Control 133.17 kg

EM Treated 164.44 kg + 31.27kg

CARROT SEED TRIAL

Conclusion EM treated soil increased the yield of carrot seed by 24%. EM treated soil suppressed rhizoctonia EM improved the fertility of the soil resulting in advanced

carrot health and development

CONTROL SOIL

EM TREATED SOILEM

EM CONTROL

EM PRODUCTS

EM Technology has a myriad of applications. We are pleased to supply;

Soil, Foliar and Compost Products Organic Farming Products Organic Feed Inputs Retail products – Natural Deodorisers,

Fertilisers Environmental Clean Up Products Industrial and Municipal Waste Treatment

Products. ALL MANUFACTURED IN AUSTRALIA

THANK YOU