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Introducing Bacteriosol: The Future of Soil Fertility

Bacteriosol: A revolutionary soil enhancer that recycles unabsorbed minerals and rapidly boosts humus content for optimal plant growth.

Imagine a product that not only revitalises your soil but also unlocks its natural potential for sustainable growth.

Meet Bacteriosol, your new ally in modern farming. When applied to the ground, Bacteriosol works wonders by recycling unabsorbed mineral elements and rapidly boosting the soil's humus content. The result? A fertile soil that naturally releases essential nutrients, setting the stage for robust plant growth. Experience the future of soil fertility today with Bacteriosol.

Bacteriosol's Agronomic Advantages You'll Love

  • Optimise Your Fertilisation: Say goodbye to wasteful practices; Bacteriosol ensures you get the most out of your fertilisation efforts.
  • Nutrient-Rich Produce: Elevate the nutritional quality of your crops, making them not just abundant but also healthier.
  • Drought and Disease? No Problem: Increase your soil's natural defences against drought and diseases.
  • Deep and Dense Rooting: Encourage deeper and denser root systems for better nutrient uptake, setting the stage for robust plant growth.
  • Breathable Soil: Transform your soil into a more aerated and porous environment, perfect for plant roots to thrive.
  • Erosion, Be Gone: Reduce soil erosion and keep your land intact for future generations.
  • pH Balanced: Naturally balance the pH of your soil, creating an ideal environment for a variety of crops.


Bacteriosol: Your Soil's Best Friend

Ever wondered how you can give your soil the ultimate makeover? Meet Bacteriosol, a product that's been three decades in the making, designed to breathe new life into your soil. Let's dig in!

A Legacy of Research

First things first, Bacteriosol isn't just another soil conditioner you pick off the shelf. It's the result of over 30 years of dedicated research focused on regenerating humus and enhancing soil fertility. So, when we say it's backed by science, we mean it!

What's in the Bag?

Each 600KG bag of Bacteriosol is packed with a complex blend of microorganisms. We're talking about a staggering 28,000 different strains of DNA here! This isn't just a random assortment; each strain plays a role in rejuvenating your soil.

Easy Application

Worried about the application process? Don't be! Bacteriosol is designed for ease of use. Simply load it into your regular fertiliser spreader, and you're good to go. We've got guidelines on quantities per acre to make sure you get the most bang for your buck.

Three Zones of Impact

Bacteriosol works its magic in three distinct soil zones:

  • Autotrophic Zone: Enhances the soil's natural nutrient cycling.
  • Humic Zone: Increases the humus content, making your soil more resilient and fertile.
  • Rhizospheric Zone: Improves the soil environment around the root, leading to better nutrient absorption.

Ready to Transform Your Soil?

We're not just offering a product; we're inviting you to be part of a soil health revolution. So, are you ready to take the plunge into healthier, more fertile soil? We're here to guide you every step of the way.


Additional Bacteriosol Benefits

Profitability & Self-Sufficiency
TickReplaces all mineral and organic fertilisation
TickReduces use of phytosanitary products
TickImproves yields and quality
TickHigher-quality forage

TickImproved margins per ha
TickImproved margins per livestock unit
TickIncreased gross operating profit
TickSustainability of soil capital
TickReduces or eliminates nitrogen-based fertilisation
TickEliminates the need for conventional fertilisation and any form of calcic amendments. (P and K)
TickBecause the soil is easier to plough, less fuel consumption.
TickHigher-quality products

TickAn effective response to new agro-environmental standards
TickReduction in pollutants and thus improved soil quality
TickWater savings and reduced irrigation
TickReduced losses through leaching of soluble elements including nitrates
TickCarbon storage and reduction in greenhouse gas emissions