Mr. Cristiano Veloso reports

VERDE TO EXPAND THERMOPOTASH MARKET DEVELOPMENT UNDER BRAZIL'S AGRICULTURAL INNOVATION PROGRAM

Verde Potash PLC has been approved for a financing program entitled PAISS Agricola, jointly managed by the Brazilian Development Bank (BNDES) and the Financing Agency for Studies and Projects (FINEP). Specifically for the production of sugarcane, PAISS Agricola is a distinct and autonomous financing program from Inova Agro, it supports technological innovation in the sugar-based energy and chemical sectors. ThermoPotash (TK) is a multifunction fertilizer that is a highly efficient source of potash and provides a spectrum of other benefits, ranging from increasing the efficiency of phosphate sources, which allows for a reduction in their usage, to reducing the use of pesticides due to TK's disease-resistance capability. Given TK's wide range of functions, farmers have the potential to optimize their current nutrient management system saving costs and increasing crop sustainability. A more efficient, lucrative and sustainable opportunity for sugarcane growers will be evaluated under financing from PAISS Agricola.

Verde's application to the program is predicated on optimizing sugarcane growers' production process by using TK as part of its nutrient management practices. The total budget approved is for 57.5 million Brazilian reals (approximately $25.6-million), to be sourced by a BNDES credit line, at a government-subsidized interest rate. Receipt of the funds is conditional upon BNDES's comprehensive review of the project, including a risk and market analysis. Such a review is done on a program-by-program basis.

The production optimization, which is another benefit of TK, will require a number of agronomic tests for a full understanding of its reach. Such research will allow the company to pave the way for a much broader usage of the product in Brazil and quantify all economic merits of the product. Based on the quantified results, Verde will be able to grow the market and properly determine TK's pricing given its multifunctionality.

The company intends to draw down on the funds over the next three years. Initially, Verde intends to ask for one million Brazilian reals (approximately $450,000) to pay for the production of TK for a major field trial to be implemented with a selected partner.

"Verde's selection to participate in the agricultural innovation program is a major leap towards the development of the TK market. It recognizes and endorses TK not only being as a source of potash, but as an advanced and highly efficient product capable of revolutionizing tropical agriculture," commented president and chief executive officer Cristiano Veloso.

Using TK as part of their nutrient management practices allows farmers to achieve optimal and sustainable crop productivity for several reasons:

1. TK releases potash according to the plants' needs, thereby eliminating nutrient loss.
2. TK has a high concentration of plant available silicon. Silicon accumulated in plant leaves can considerably reduce the incidence of pests and diseases and thus reduce the need to use pesticides. Silicon also protects against excessive transpiration alleviating negative water stress. Water stress is caused by restricted water supply from the soil, which limits plant growth.
3. Farmers can reduce the dosage of fertilizer applied when using TK and still increase crop yields. The main reason for this is because TK is not leached in water as other potassium salt fertilizers such as potassium chloride. This has a residual effect on the soil. Soil analysis showed higher levels of potassium, calcium and silicon when using TK compared with soils treated with other sources of fertilizer, thereby reducing the number of applications.
4. Fertilizers that contain chlorine compromise the quality of some crops and can pollute the soil and underground water. TK does not contain any chlorine.
5. The presence of calcium oxides with silicates in TK's composition enables the fertilizer to correct soil acidity and thus warrants a reduction in the use of limestone. Limestone is commonly used to correct soil acidity; however, it is responsible for much of the carbon dioxide emissions in agriculture.

In order to examine the functions of TK to the fullest extent and uncover a new, more efficient, sustainable and cost-effective plant nutrient management system, the company will carry out various tests. Verde is presently identifying all viable opportunities to fast-track production of TK in the commercial quantities necessary for such tests. One such opportunity is to buy or lease a non-operating pyrometalurgical plant and convert it into one for TK production. This is being pursued concurrently with greenfield licensing and construction.

We seek Safe Harbor.