Atlantic Power & Infrastructure Corp. · OTC:AWSL

Atlantic Power & Infrastructure — Investor Presentation (August 2024)

17 slides from Atlantic Power & Infrastructure's investor presentation, August 2024

  1. Slide 1: Atlantic Power & Infrastructure

    ATLANTIC POWER & INFRASTRUCTURI

  2. Slide 2: Extreme environments challenge agricultural sustainability

    \ OF ¢ Extreme environments challenge agricultural sustainability ¢ More than 850 million people go to bed hungry goseaerssssdii * ¢ Chemical emissions exacerbating climate change yu ese8 ¢ Water is now a scarce commodity in many countries

  3. Slide 3: Ascogel: Hydrophobic soils

    Ascogel Hydrophobic soils High temperatures create gasses that coat soil particles making them become solid over time. Light rains fail to penetrate these soils, and heavy rains result in soil erosion, flooding and landslides

  4. Slide 4: Hydrophobic soils as a result of wildfires

    Hydrophobic soils as a result of wildfires ee Plant materials that burn hot release a waxy substance that penetrates the soil while still in gas form. It takes very high temperatures to produce this gas which coats soil particles when it cools and becomes solid. To the naked eye, hydrophobic soils l

  5. Slide 5: Replanting damaged areas

    Ascosgl Replanting damaged areas ¢ Natural regeneration of forests devastated by wildfires can take up to 20 years if not assisted ¢ Surface cover is essential for carbon sequestration ¢ Reduces impact of raindrops falling on bare soils ¢ Shelters soil surface particles from wind erosion * Reduces s

  6. Slide 6: Ascogel ameliorates soil water stress during periods of drought

    Ascogel ameliorates soil water stress during periods of drought Electrical forces push inner structures of Ascogel particles away from their center via electrical repulsion. Small voids are created inside the particles that draw in water causing rapid swelling of the gel. When water is taken up by t

  7. Slide 7: Ascogel

    Ascogel Holds up to 400 times its physical weight in water and contains:- ¢ Saponins to release arid soil surfaces from hydrophobicity ¢ Betaines for improved recovery from biotic and abiotic stresses * Polysaccharides to feed soil and plant life, plus alginic acids for improved nutrient assimilatio

  8. Slide 8: Nutrient leaching is a major concern

    Nutrient leaching is a major concern. Percolating rainwater removes high levels of nutrients in low CEC soils. Ascogel creates a colloidal zone around A scogel plant roots to hold nutrients until required by plants. Soil particle surrounded by film of water Root hair Water available | H20 + 0; - H,C

  9. Slide 9: Not all polymers are the same!

    Not all polymers are the same! Comparative study of various water retaining polymer features Semi bio-polymer Synthetic chemical ASCOGEL COMPETITOR COMPETITOR PRODUCT NATURE NATURAL BIO-POLYMER SEMI-NATURAL SYNTHETIC SALINE RESIDUE NONE SODIUM POTASSIUM SALINE EFFECT NONE INCREASED ALKALINITY INCREA

  10. Slide 10: Performance in saline arid soils

    Performance in saline arid soils 100 100 100 = ? 95 95 Efficacy in Distilled water Efficacy in 1% Sodium Chloride Efficacy in 5% Sodium Chloride Efficacy in 10% Sodium Chloride solution solution solution mASCOGEL MSYNTHETICSAP Mm ACRYLIC SAP

  11. Slide 11: Potato, Mustard, Soyabean, Sugarcane

    ® Potato @ Mustard @ Soyabean @ Sugarcane

  12. Slide 12: Dose kg/ha, % Yield over control, Irrigation

    Dose kg/ha % Yield over control Irrigation Onion 2.5 1 67.9 Drip 2.5 1 100 Drip 2.5 1 52.3 Drip 2.5 1 13.1 Foliar 2.5 1 10.1 Foliar 2.5 2 14.3 Rainfed 2.5 2 18.27 Rainfed 2.5 2 12.7 Rainfed 5.0 2 Rainfed

  13. Slide 13: How to apply Ascogel

    How to apply Ascogel Ascogel ¢ Add 1 kilo of Ascogel per 250 - 300 liters of water to create a pourable gel. ¢ Pour gel into furrow and lightly cover with soil then place crop seeds or modules directly above the gel. ¢ Atypical application rate would be around 500 ml of gel per plant.

  14. Slide 14: Possible delivery options

    Possible delivery options

  15. Slide 15: Bio-membrane for the binding and control of dust

    BIO-MEMBRANE for the binding and ss Control of dust — mix 1 kg per 400 Iiters of water

  16. Slide 16: Bio-membrane to retain within slurries

    BIO-MEMBRANE to retain within slurries minx 2 liters of slurry

  17. Slide 17: Atlantic Power & Infrastructure

    ATLANTIC POWER & INFRASTRUCTURI Sustainable techne ology for global food sequ ai wy

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