Frequently Asked Questions

REMINUTA™ is designed to replace, complement or support fertility programs by helping improve soil function and nutrient efficiency. Specific nutrient requirements should always be determined by soil testing and agronomic recommendations.

REMINUTA™ is designed to complement or support fertility programs by helping improve soil function and nutrient efficiency. Specific nutrient requirements should always be determined by soil testing and agronomic recommendations.

Humic substances support nutrient availability, soil structure, root development, and biological activity—key components of productive soils.

Modern agricultural soils can gradually lose mineral diversity over time. REMINUTA™ includes a broad spectrum of naturally occurring trace elements to help support long-term soil health.

Lower product volumes can simplify handling, storage, transportation, and field application while supporting efficient soil management practices.

Yes. It is designed to replace or alternatively, integrate with existing fertility programs. Reach out to us for application guidance or visit our resource page to download technical data.

Yes. Subject to local registration and certification requirements, REMINUTA™ is registered with OMNI and developed using naturally derived components and organic soil health principles.

The system is suitable for a broad range of agricultural crops, including row crops, orchards, vineyards, specialty crops, and greenhouse production.

Not in the traditional sense but many farmers use it in place of the traditional fertilizer program. Others use it to suppliment it. Both are acceptable.
Conventional fertilizers primarily supply nutrients such as nitrogen, phosphorus, and potassium (NPK). REMINUTA™ focuses on supporting the soil systems that help crops access and utilize nutrients more efficiently.
Think of fertilizer as feeding the crop. REMINUTA™ is designed to help support the soil. More detailed information can be found at our resource center, where you are welcome to download application guides, technical data and other key information.

Unlike high-salt synthetic fertilizers, REMINUTA™ does not function through concentrated nutrient salts.

Applying more than recommended is generally not associated with fertilizer burn in the way excessive urea applications can be. However, following recommended rates remains the most economical and effective approach.

Yes. Healthy root systems depend on healthy soil.
Humic substances have been widely studied for their role in supporting root growth, nutrient uptake, and microbial activity. Many growers use humic technologies specifically to encourage stronger root development and improved nutrient efficiency.

Taste is influenced by many factors including variety, climate, irrigation, harvest timing, and soil conditions.
Many growers report improvements in crop quality, flavor, and overall plant vigor when soil health and mineral availability are improved. Individual results will vary.

Healthy soils provide the foundation for healthy crops.
Scientific research has demonstrated that mineral availability and soil health play important roles in plant nutrition. By supporting soil biological activity and mineral diversity, REMINUTA™ helps create conditions that support nutrient uptake and overall crop quality.

Plants require far more than nitrogen, phosphorus, and potassium.
Trace elements play critical roles in plant metabolism, enzyme activity, stress tolerance, and overall development. According to Liebig’s Law of the Minimum, plant growth is limited by the nutrient in shortest supply.
REMINUTA™ helps replenish a broad spectrum of naturally occurring trace minerals.

The widespread adoption of synthetic fertilizers accelerated during the twentieth century as industrial fertilizer production expanded globally.
These technologies helped dramatically increase crop production and remain essential tools in modern agriculture.
Today, many growers are seeking ways to combine conventional fertility programs with soil health practices that support organic matter, biological activity, and mineral diversity.

Yes. Healthy soils generally hold water more effectively than degraded soils.
Humic substances help improve soil structure and water-holding capacity, allowing soils to better retain moisture and support plant growth during challenging conditions.
Trace minerals play an equally important role.

A broad spectrum of naturally occurring minerals supports biological activity, nutrient cycling, root development, and overall soil function. When carbon and mineral systems work together, soils become better equipped to retain water, utilize nutrients efficiently, and support long-term productivity.
This is one reason why healthy, biologically active soils are often more resilient to drought, environmental stress, and changing growing conditions.

The most important comparison is not price per tonne.
The most important comparison is cost per hectare and overall system efficiency.
Because REMINUTA™ is applied at significantly lower rates than many conventional fertilizer programs, growers may benefit from reduced transportation, storage, handling, and application requirements.

Visit the REMINUTA™ Resource Center to access:
• Distributor Guide
• Application Handbook
• Economic Impact Guide
• Science White Paper
• Technical Data Sheets
• Product Updates