Improving Delivery Of AgroSol

Had been working a lot lately with AgroSol, Pure Plant Energy. It's my belief that this definitely works and if it doesn't it's due to the method of delivery. 

AGROSOL is very finely ground and with a maximum grain size of 4µm. AgroSol also recommends using wetting agents for every application. Water in the mix is only acting as a carrier.

Was thinking on how can we improve the delivery, and then I recalled my experience with 

AgroSol + Wood Vinegar + Wettpro

Wood Vinegar, Pyroligneous Acid. At 500 times dilution, wood vinegar can reduce the cluster value of water to 1/3. This means that the water is activated and can be easily absorbed by the plants because water with a low cluster value is in a very small mass. Each of these masses will hold one or few mineral elements. These elements can be easily taken into the plants.

The concentration of agro-chemicals or liquid fertilizers can be reduced by up to 50% if it is diluted in a 500 times dilution solution of wood vinegar due to its higher permeation. This will greatly reduce the use of agro-chemicals. However, it should not be used with alkaline chemicals.
Got some Wood Vinegar in and start some trial with AgroSol + WoodVinegar

#AgroSol + Wood Vinegar & NO Wettpro (Forgot)

With the numerous compound and proven positive usage I am confident that this combination should be a good mix. Stay tune for trial results. Weather maybe slightly hindering as we are experiencing monsoon season at the moment.

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#SelfAppointedAgroSolAmbassador
#Agrosol #Organic #Natural #BeeFriendly #PurePlantEnergy
Tested in Malaysia for #AvocadoFriendly #GrapeFriendly #DurianFriendly#MangoFriendly #RockmelonFriendly #PapayaFriendly #TurfFriendly#FigFriendly #BlueButterFlyPeaFriendly #BananaFriendly #ChilliFriendly#LettuceFriendly
 

Carbon Dioxide Enrichment

CO2 and Plants

It’s important to note that a plant needs and uses CO2 only during daylight hours. And the

more light that’s made available to a plant, the more CO2 it needs for photosynthesis. It is in this process that the carbon-fixing reaction occurs, splitting CO2 molecules into carbon (C) and hydrogen (H) to create food for the plant in the form of sugars and starches.

CO2 is measured in ppm (parts per million). Ambient CO2 levels in the outdoor atmosphere average about 300 to 400 ppm, which is adequate for plants growing in nature. 

With the advent of home greenhouses and indoor growing under artificial lights and the developments in hydroponics in recent years, the need for CO2 generation has drastically increased. Plants growing in a sealed greenhouse or indoor grow room will often deplete the available CO2 and stop growing. The following graph will show what depletion and enrichment does to plant growth:

Below 200 PPM, plants do not have enough CO2 to carry on the photosynthesis process and essentially stop growing. Above 2,000 PPM, CO2 starts to become toxic to plants and above 4,000 PPM it becomes toxic to people.

It had also been ascertained that at higher light intensity, the plants can process more of CO2. Starting from sun rise,  photosynthesis increases and peak during midday, goes through a midday depression, recovers, then drop down and stop at sun set.

There are several common methods of generating extra amounts of CO2:

1. Burning hydrocarbon fuels2. Compressed, bottled CO23. Dry ice4. Fermentation5. Decomposition of organic matter
6. AgroSol Pure Plant Energy.

What is AgroSol?

AGROSOLution is a mixture of finely ground minerals containing a high concentration of CO2

Click HERE to find out more about AgroSol. Or contact me for collaboration. Thank you..