DELHAS TURBA CaO

DELHAS TURBA CaO

DELHAS TURBA CaO

Advanced Organic Soil Conditioner for Salinity Management and Plant Resilience

Calcium-Driven Soil Regeneration with Organic Matter and Fulvic Acid Technology

DELHAS TURBA CaO is an advanced organic soil conditioner developed specifically to rehabilitate saline and sodic soils, restore soil fertility, and significantly enhance plant resilience under environmental stress. Its formulation is based on Vinasse-derived organic matter, plant-based Fulvic Acid, and organic Nitrogen, reinforced with highly effective Calcium Lignosulfonate and Calcium Acetate forms.

This unique calcium system actively displaces harmful sodium (Na⁺) ions from the soil exchange complex, allowing them to be leached away, while simultaneously rebuilding soil structure and improving nutrient availability. Beyond salinity correction, DELHAS TURBA CaO functions as a biological soil activator, stimulating microbial life, strengthening root development, and improving nutrient uptake efficiency.

Suitable for both soil and foliar applications, DELHAS TURBA CaO is not merely a corrective input, but a long-term soil health and plant resilience solution, designed for sustainable and high-performance agriculture.

🔬 GUARANTEED ANALYSIS AND PHYSICOCHEMICAL PROPERTIES

Nutritional and Functional Components

Organic Matter (O.M.) – 25% w/w | 36% w/v

Soil Structure & Microbial Activation

High organic matter content improves soil aggregation, porosity, aeration, and water-holding capacity. It supplies carbon and energy for beneficial soil microorganisms, increasing microbial biomass and biological activity essential for soil regeneration.

Fulvic Acid (Plant-Based) – 20% w/w | 24% w/v

Nutrient Transport & Bio-Activation

Low molecular weight fulvic acids penetrate root and leaf tissues easily, chelating micronutrients such as iron, zinc, and manganese. They enhance nutrient mobility, improve uptake efficiency, and stimulate plant metabolic activity, especially under salinity stress.

Total Nitrogen (Organic Form) – 5% w/w | 3.6% w/v

Balanced Vegetative Growth Support

Organic nitrogen supports chlorophyll synthesis, protein formation, and steady vegetative growth. Its slow and controlled release ensures continuous nutrition without salinity or burn risk.

Calcium Oxide (CaO) – 10% w/w | 12% w/v

Salinity Neutralization & Structural Strength

Calcium, supplied in highly soluble lignosulfonate and acetate forms, replaces sodium ions bound to clay particles, correcting sodicity and salinity. Calcium also reinforces plant cell walls, improving resistance to drought, salinity, and physiological stress.

Natural Potassium (from Vinasse) – Variable

Water Regulation & Stress Tolerance

Naturally occurring potassium derived from Vinasse supports osmotic regulation, stomatal function, and overall plant stress resistance.

Organic Carbon (O.C.) – Calculated

Microbial Energy Source

Derived from organic matter content, organic carbon fuels microbial metabolism and enhances soil biological fertility.

⚙️ PHYSICOCHEMICAL PROPERTIES

1. Density: 1.2 g/cm³
2. pH: 6.0 – 7.0
3. Near-neutral pH ensures safe application, supports soil pH buffering, and improves nutrient availability in saline-affected soils.

PRODUCT PURPOSE AND KEY BENEFITS

Effective Salinity Remediation and Soil Recovery

1. Sodium Displacement Mechanism: Calcium lignosulfonate and calcium acetate actively replace sodium ions on soil colloids, enabling sodium removal through leaching.
2. Soil Physical Restoration: Reduced sodium improves soil aggregation, increases water infiltration, enhances aeration, and reverses compaction caused by salinity.

Strengthened Plant Resistance and Stress Tolerance

1. Cell Wall Reinforcement: Calcium enhances cell membrane stability and wall strength, improving plant tolerance to salinity, drought, and osmotic stress.
2. Metabolic Resilience: Fulvic acids and organic nitrogen support enzymatic activity and physiological balance under adverse conditions.

Optimized Nutrient Uptake and Root Development

1. Chelation and Availability: Fulvic acids maintain micronutrients in plant-available forms even in high-salinity soils.
2. Root System Enhancement: Improved soil structure and biological activity promote deeper, stronger root growth, increasing access to water and nutrients.

Continuous and Balanced Nutrition

1. Slow-Release Nitrogen: Prevents nutrient losses and supports sustained growth.
2. Natural Potassium Supply: Enhances water use efficiency and stress tolerance without increasing salt load.

Sustainability and Economic Advantage

1. Eco-Conscious Production: Manufactured from recycled agro-industrial Vinasse, reducing environmental impact and dependence on harsh chemical soil amendments.
2. Yield and Quality Improvement: Restores soil productivity, reduces salinity-related yield losses, and improves crop uniformity and quality.

DELHAS TURBA CaO is not just a soil amendment—it is a complete salinity management and soil regeneration technology, designed to revive degraded soils, strengthen plant performance, and ensure sustainable agricultural productivity.