ELPC Field Trial Performance Details
ELPC Field Performance Summary Data (2021-2025)
Field Report: ELPC Results at National Research Base
2025 Tropic of Cancer Region Ecological Civilization Forum
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NEWKIS ELPC Unit: The Non-Chemical, Zero-Residue Crop Bio-Enhancement System
The NEWKIS ELPC Unit is a contact-free, non-chemical bio-environmental modulation system designed to enhance crop vitality and resilience through continuous vapor-phase and air-mediated signal conduction.
Unlike conventional inputs that rely on direct contact, chemical agents, or biological inoculation, the ELPC Unit operates by establishing a stable bioactive field in the surrounding environment. This field supports plant physiological balance, promotes natural resistance, and improves overall crop performance under diverse field conditions.
The ELPC system is applicable across different crop types, growth stages, climates, and cultivation systems, providing a scalable and residue-free solution to persistent agricultural challenges such as pest pressure, environmental stress, and yield instability.
Core Advantages：
Contact-Free & Zero Residue
The ELPC Unit does not require foliar application, soil incorporation, or water injection, leaving no chemical or biological residues in crops, soil, or surrounding ecosystems.Universal Crop & Growth-Stage Compatibility
Safe for use on fruits, grains, vegetables, and horticultural crops at all developmental stages, from vegetative growth to flowering and fruiting.Yield Stability and Improvement
Field deployments have demonstrated overall yield improvements ranging from 10% to over 50%, with yield stability observed under variable environmental conditions.Crop Quality Enhancement
Consistent improvements have been recorded in key quality indicators, including sweetness, aroma, color uniformity, and fruit texture.Non-Chemical Pest Pressure Mitigation
ELPC deployment has shown effectiveness in reducing pest activity without relying on pesticides, particularly in systems where chemical intervention is limited or undesirable.Enhanced Stress Tolerance
Supports crop resilience under heat stress, drought conditions, excessive humidity, and other abiotic stress factors.
Field Observations: Reduction in Flying Insect Pest Activity
Field Observations: Reduction in Flying Insect Pest Activity
Based on long-term orchard deployments and feedback from field technicians, ELPC-equipped citrus orchards (including sugar mandarin and Orah mandarin) have shown a 50–60% reduction in the observable presence of flying and mobile insect pests, compared with untreated control orchards.
Observed pest groups include:
Whiteflies
Noctuid moths
Spider mites and other mobile arthropods
These observations were consistently recorded across multiple growing seasons. While the precise mechanism remains under ongoing investigation, the results suggest that ELPC may influence insect activity patterns or habitat suitability through air- or space-mediated bio-environmental effects, rather than direct toxicity or physical exclusion.
Given that several major agricultural and apicultural pests—such as the Small Hive Beetle (Aethina tumida)—are also capable of flight and environmental dispersal, these findings provide a strong scientific rationale for further validation of ELPC-assisted approaches in pollination systems and beekeeping environments.
Verified Performance & Patent Status
Verified Performance & Patent Status
The ELPC technology has undergone extensive multi-year field deployment and independent observational validation across diverse crops and regions.
Australian Patent Application No. 2025271030
Status: Under Examination
The system is positioned as a non-chemical, bio-environmental enhancement platform, intended to complement—not replace—existing agronomic practices, while enabling new research pathways in crop physiology, pest ecology, and sustainable agricultural systems.
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