Synergie Technology 1.0: Five Core Technologies
Synergie Technology 1.0 (Synergie Research Institute, Germany Fertilizers Nutrient Enhancement Technology 1.0) consists of five core technologies: N-Enhancement, P-Enhancement, Biostimulant, Nutrient Synergy, and Smart Coating, comprehensively enhancing fertilizer utilization efficiency from nutrient stabilization to physiological regulation.
Five Core Technologies
The five technologies can be applied independently or in synergy, forming the technology foundation of Synergie 1.0.
Nitrogen Enhancement Technology
Novel nitrification inhibitors and urease inhibitors become more stable and longer-lasting (extended by 15–30 days) when synergized with physiologically active ingredients. Featuring dual regulation of soil and crops, it delays nitrogen release and promotes nutrient absorption.
Phosphorus Enhancement Technology
Using special organic compounds to quickly bind with phosphate radicals, avoiding fixation by soil cations, increasing the phosphorus diffusion coefficient, and stimulating root phosphorus absorption; unconstrained by soil types.
biostimulanttechnology
Polymerizing rare plant sources, deep-sea biological sources, and mineral sources through subcritical extraction and microparticle viability preservation technology to regulate metabolism, enhance immunity and stress resistance, and inhibit aging.
Nutrient Synergy Technology
Integrating compound biostimulants with nutrient stabilizers and nutritional elements bridges plant endogenous pathways, imparts biological activity to mineral nutrients, and supplies them more efficiently and persistently.
Intelligent Coating Technology
Intelligent coating of granular fertilizers with novel materials such as resins, vegetable oils, and organic minerals, enabling nutrients to release slowly unaffected by soil moisture and acidity.
Five Core Technologies: Video Explanations
Synergie Nutrient Enhancement technology significantly enhances active nutrient uptake of nitrogen and phosphorus by stimulating root vitality and plant metabolism: organic micro-molecule acids promote root vigor and increase root hair quantity; regulating Rubisco enzyme activity accelerates carbon assimilation, while boosting glutamine synthetase activity speeds up ammonium assimilation, driving plant growth.
R&D strength at our German headquarters in Münster, backed by global service points and scientific demonstration bases across major agricultural climatic zones. Whether you are a fertilizer manufacturer, an agricultural distributor, or an agronomic research institution, we partner with you to turn nutrient enhancement science into sustainable market leadership.
Fertilizer Manufacturers
Formulate high-efficiency compound, urea, and specialty lines with U-FORCE, N-FORCE, and DUAL-FORCE active concentrates. Engineered for seamless line integration with zero capital equipment retrofitting.
- FormulationActive Concentrates
- IntegrationDirect Inline Dosing
- Capital OutlayZero Equipment Retrofit
Distributors & Ag Retailers
Build high-margin, differentiated brand portfolios backed by multi-season field trial data dossiers, regional territory exclusivity, and comprehensive agronomist training materials.
- PortfolioHigh-Margin Differentiated
- ValidationMulti-Season Trial Dossiers
- ProtectionRegional Exclusivity
Research & Agronomy Institutes
Co-develop international comparative field trial plots, academic trial data exchange, and next-generation low-carbon nutrient research across key global soil zones.
- NetworkGlobal Climatic Plots
- FocusCarbon Reduction & NUE
- CooperationJoint Academic Exchange