Fall Application
Timing
Post-harvest application directly to crop residue.
Tank Mix
Compatible with standard fall pesticide or liquid fertilizer applications.
Benefit
Provides the longest possible residue breakdown window ahead of spring planting.
INTRODUCING RENUVIS ENZARA™. A NEW CROP RESIDUE DEGRADATION TECHNOLOGY FROM MOSAIC BIOSCIENCES®.
Residue is costing growers more every season. Extra tillage, added fuel, planter wear and lost efficiency. As corn-on-corn acres expand, smarter residue management matters more than ever. That’s why Mosaic Biosciences® is introducing Renuvis Enzara™. This new, enzyme-based technology is designed to accelerate residue breakdown, improve planting conditions and help growers get more from the systems they already run.
Early movers have the opportunity to become the trusted source for a faster residue management solution. Dive in to get up to speed.
This site helps retailers confidently position Enzara and unlock new residue management opportunities. Inside you'll find:
Renuvis Enzara™ is a new residue degradation technology from Mosaic Biosciences® that helps break down heavy crop residue faster for plant-ready conditions, sooner. Available August 2026, just in time for fall application, Enzara will get to work quickly breaking down residue for cleaner planting conditions, more uniform emergence and stronger early crop performance.
Keep reading for everything you need to get up to speed on Enzara.
HOW IT WORKS
The Residue Breakdown Process
Take a closer look at how Renuvis Enzara uses targeted enzyme technology to break down the tough, structural fibers that hold crop residue together.
Prepare for conversations with growers and access sales tools to take action with Enzara.
Enzara contains targeted enzyme technology that provides advantages over natural microbes alone.
Attribute
Activation
Speed
Consistency
Operational Fit
Enzara Enzyme Technology
Begins working on contact
Immediate enzymatic activity
More predictable performance
Flexible integration into existing passes
Traditional Microbials
Requires favorable positions
Limited entry points for bacteria
Variable by environment
Narrower window
Enzara is designed to integrate into passes growers already make — minimizing adoption friction while maximizing operational flexibility. Effective in temperatures as low as 32°F and through freeze-thaw cycles, allowing both fall or spring application.
Timing
Post-harvest application directly to crop residue.
Tank Mix
Compatible with standard fall pesticide or liquid fertilizer applications.
Benefit
Provides the longest possible residue breakdown window ahead of spring planting.
Timing
Applied in early spring preplant applications.
Tank Mix
Compatible with pesticides and liquid fertilizers.
Benefit
Supports faster residue breakdown ahead of planter operations.
Timing
Applied immediately before or during planting.
Tank Mix
Compatible with pesticides and liquid fertilizers.
Benefit
Begins residue breakdown to enhance in-season, harvest, and next-season's planting operations.
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The Opportunity
Every 40 bushels of corn yield generates roughly one ton of residue. In today’s high-yield systems, growers are managing massive residue loads that mechanical systems alone struggle to handle.
The impact shows up where it matters most: planting performance.
Heavy residue contributes to colder and wetter soils, nutrient tie-up, delayed planting - creating issues during one of the narrowest and most important windows of the season.
Every field in your territory has this problem. Here's how to start the conversation.
30-40%
Lost planting capacity
Residue-related plugging and stoppages can significantly reduce daily planting capacity.
Source: Agricultural Engineering Research, No-Till Farmer Planting Efficiency Studies
5–10 bu/ac
Yield Drag
Residue interference can impact seed depth consistency, creating uneven emergence even when final stands appear acceptable.
Source: Precision Planting Research, Iowa State University Agronomy Studies
2-6 Hours/Day
Lost Operational Efficiency
Unmanaged residue takes longer to dry, which causes a delay as to when growers can utilize planters, costing them vital time in their daily operations.
The three most common problems that are top of mind for growers every spring.
Heavy residue causes planter plugging. In a spring where every day matters, lost planting time directly translates to lost yield — 0.5% to 1.0% per day of delay.
Corn stalks deflect disc openers, preventing proper seed depth. Inconsistent depth creates uneven emergence, costing 5–10 bu/ac even when final stand counts look acceptable.
Heavy residue keeps soils 3–5°F cooler, delaying germination and extending the vulnerability window for seedlings. High C:N ratio residue also ties up nitrogen early in the season.
The Opportunity
The residue management market remains fragmented. Existing solutions often require additional tillage, added passes or inconsistent biological performance.
There is no established leader defining a modern residue management standard.
This creates an opportunity for retailers to lead the conversation.
Retailers who introduce a credible operational solution early can establish trusted advisor status and shape how growers approach residue management moving forward.
The Mosaic Difference
Through large-scale trial investment and partnerships with leading agronomic experts, Mosaic is building the real-world validation growers and retailers need to move forward with confidence.
Mosaic brings deep crop nutrition expertise, dedicated Biosciences research and the scale to prove performance where it matters most: in the field.
The Proof
Mosaic Biosciences is investing in one of the industry’s largest residue management trial networks to validate performance across real farming conditions.
| Metric | Value |
|---|---|
| Trial Locations | 91 |
| States covered | 21 |
| Validation Approach | Farm-scale trials |
| Focus | Operational + agronomic performance |
Treated residue appears more brittle and manageable compared to untreated checks.
More sunlight at the soil surface — and a cleaner seedbed for planting.
Operators report smoother passes, less hair-pinning and fewer plugging interruptions.
Selling guide
Keep the conversation operational, practical and focused on spring planting realities. Lead with confidence and efficiency — not yield promises.
Focus on cleaner planting conditions and operational efficiency.
Growers care about what they can see in the field.
No new passes. No major behavior change.
A single application integrated into existing fall or spring operational passes.
A helpful guide for conversations with growers about solving their crop residue challenges with Enzara.
“How does heavy residue impact your planting conditions and planter performance each spring?”
“What would cleaner planting conditions and fewer planting interruptions be worth operationally?”
“Enzara helps improve field conditions ahead of planting without changing the program you already run.”
“No additional passes. Flexible timing. Tank-mix compatible.”
“Let’s test it on your highest-residue acres and evaluate the results side by side.”
Enzara is designed to improve the performance of the systems already being used — not replace them.
The operational question is whether it breaks down fast enough to improve spring planting conditions.
Yes, as indicated in early Enzara trial results, which is exactly why Mosaic invests in farm-scale validation across multiple geographies and conditions.
Enzara integrates into passes growers already make, minimizing operational disruption.
Enzara addresses a highly visible operational challenge tied directly to planting efficiency and emergence consistency.
Selling Guide
Enzara supports crop nutrition, crop protection and planting performance conversations without replacing existing products or operational systems.
Transform standard burndown passes into comprehensive field-preparation opportunities.
Support improved planting performance by accelerating residue breakdown and improving seed-to-soil contact.
Support improved nutrient cycling and better utilization of existing fertility investments.
High-yield fields generating the largest residue volumes.
Surface residue management without additional mechanical intensity.
Highest residue load and greatest operational friction.
Improved incorporation and improved planting conditions.
Before leaving this page, identify your target growers, prioritize opportunity acres and prepare your first trial conversations.
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