Diaporama Polyter 2016 (Anglais)

Polyter 2015

Make it green with Polyter Introduction to the technology

Fields of application P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

NPK fertilizer innovative, universal and high-performance Fertiliser : 2-3 months of starter fertilizer

It improves germination rate, recovery and the vegetative development It speeds up the growth cycle 1,5 to 3 fold It increases root development by 3 to 5 fold It optimises yield, quality and homogeneity of produce

Hydro-activator : 3 to 5 years of action in the soil

It saves a minimum 50 to 80% of water consumption It permits a reduction of fertiliser use by 30 to 50 % It increases cultivated areas by decreasing inputs Efficacy is 3 to 5 years in the soil

Naturally biodegradable by soil bacteria

It protects the environment and underground waters It stabilises and unpacks soils, restructures the organic matter It can be used on all types of soils, crops and in all climates P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

An advanced technology Pure concentrate optimizing inputs, a homeopathy serving the plant for 2 grams per liter of soil

A fertiliser, growth enhancer, water retainer and naturally biodegradable P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

A unique concept

Polyter 2015

A nutrition and water reserve for use throughout the year by all plants

Gives very fast absorption of water and liquid fertilisers Fertiliser elements are incorporated by grafting The roots associated with Polyter use the active elements stored by Polyter directly by osmosis A granule absorbs 160 to 300 times its initial dry weight depending on the quality of water It permits saving of at least 50% water and 30% of fertilisers It acts as a water store for a plant as losses to surrounding soil are quasi absent Polyter is a NPK 10/10/10 fertiliser coated in a hydro-activator, Acrylate of Potassium, of a big capacity of optimisation of plants needs and vegetal development P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

The action mode

Polyter 2015

The plant uptake The membrane allows a very fast absorption of liquids, which are liberated very slowly in appropriate quantities according to local parameters (temperature, evaporation and type of plant) Polyter after watering up to 300 Polyter before watering fold its dry Watering weight NPK

Absorption

by Polyter

Absorption by roots

Gravity losses

Almost non existing losses P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

The formation of grafted nodules

Polyter 2015

A system of « regulation valves »

The nodules are closely linked to the roots as they grow and move into the soil, Up to 95% of water extracted from nodules Lifespan of system : 3 to 5 years

Plant of Taxus Baccata or yew tree Grafted nodule on Radish Banana tree root Without Polyter

With Polyter P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Effects on plants Limitation of water stress and nutrient deficiencies Fosters germination, transplantation and Without growth of plant Polyter Increases root mass by 3 to 5 times

Temporisation of excess or lacks of inputs

Plant growth, harmonious, optimized and accelerated

With Polyter

Without Polyter

With Polyter

With Polyter

Without Polyter

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Fertilization, Recovery and Rooting

Fern, France

Scheflera, Plantation of Hortensias, France France Polyter speeds the development plants by 1.5 to 3 fold It increases yields and optimises quality of agriculture productions The cultural cycle of vegetal is shortened, accelerating therefore fructification It develops natural resistance to parasites and microbial attacks It reduces fertilisers consumption by 30 to 50% It increases production of organic and dry matters

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Effects on soil and

Polyter 2015

biodegradable

Unpacking and improvement of porosity Aeration of soil, working as a real « synthetic earthworm » Stabilisation and fixation of soils Restructuring humus and pervious materials Reduction of input losses throught evaporation and throught soil Two keys of degradation: the number of bacteria in the soil and Ultra Violet rays if Polyter is in surface Reduction of negative effects of washing on soil structures Protection of environment and underground waters P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Unmatched specifications No real competitor exists on the market

right now with same level of effectiveness and efficiency

The inclusion of fertilising capacity Enhancement of plant development Exceptional hydro-absorbing capacity

Yield improvement potential

Capacity to optimise the « genetic latent potential ® »

Capacity to create fertile soils from uncultivable grounds

Environmental potential to save water and biodiversity P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Why Polyter in contrast to other water absorbing agents Many exist as wetting agents for horticulture, agriculture, and floriculture.

Often these are sodium acrylamide products. These are also useful outside the plant industries. Polyter is specific to plant growth and production.

There is no physical grafting with plants, as Polyter does, by current hydro-absorbers The release of the stored water can be too slow or too fast for effective plant uptake.

Fertilisers are not included in these products.

Hydro absorbers may be put with slow release fertilisers (e.g. Osmocoat).

However rapid fertiliser release above 25° Celsius leads to waste or even plant damage.

Hydro absorbers have limited mechanical properties and are sensitive to crushing if an inappropriate reticulation regime is used.

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

The other absorbers

Polyter 2015

Those polymers can remain 10 to 15 years, leaving potentially dangerous chemicals in the soil.

The fast breakdown of the polymer structure creates a rapid release of water, that is lost to the plants The roots naturally concentrate in the humid zones created by those polymers and will not necessarily move throught the soil to search for other vital elements for optimum root system development and plant growth.

This concentration of roots, which can stay close to the surface, will prevent deep, harmonious and long-lasting plant development Water logging can occur to prevent root development and lead to plant death The theoretically available water with polymer usage may not occur due to insufficient uptake by root hair and membrane transfer.

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Compliance with all regulatory requirements in many countries Polyter ® has completed all necessary tests of security/safety in handling, storage, fire, transportation, eco-toxicology, recycling, stability and specific local regulation

Commercial licensing by the French Ministry of Farming : n° 1010010 Commercial licensing by the Swiss OFAG Commercial licensing by the Japanese Ministry of Farming : n° 7669 Deposit I.N.P.I (Paris - France) : n° 9 2444 284 Deposit O.M.P.I (Genève - Suisse) : n° 632 316 Deposit O.P.I.C (Montréal - Canada) : n° 484 692 Deposit in Greece, Tunisia, Morocco, Egypt, Spain, U.A.E…..

Conforms to 7th amendment Directive 67/548/CEE and Regulation TSCA/USA Products and additives included in EINECS inventory (Europe)

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Agriculture and Market garden Mini-Cucumbers, Egypt…

Production of strawberries, France…

Cultivation of high yield potatoes, Spain…

Fields of tomatoes, Morocco, Mexico

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Arboriculture, Viticulture and Olive growing

Palm trees, Saudi Arabia, U.A.E… Plantations of olive trees, Egypt, France, Morocco…

Vineyards, France, Spain…

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Horticulture and Floriculture Topiaries and Plantoïde®, attraction parks and public gardens…

Flower cultures, cultivation in field, vertical gardens Flowering of more than 300 cities and local public bodies…

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Revegetation and Landscaping Lawn and Golf courses , France, Japan, UAE… Real Estate, Dubaï Palm Island, St Martin…

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Forestry and Reforestation

Reforestation, France, Morocco…

Reforestation, Senegal, Mali…

P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015

Polyter 2015

Concrete partnerships A support NGOs for agriculture development and reforestation programs in Africa, Asia and South America

Polyter undertakes to offer 5% of the quantities sold to NGOs

Congo - Cooperative of pineapple production

Burkina Faso Zogoré After Reforestation

Burkina Faso Zogoré before Reforestation P.O.D.G Dé Développement Sarl © Textes, Photos et Illustrations dé déposé posés 2015