Biophotonic technology for extended produce shelf life and reduced chemical use
Engeenuity's proprietary biophotonic technology uses light-based electromagnetic biostimuli to improve cellular health, reduce microbial load, and optimize water properties. Validated in pineapple post-harvest processing, it reduced chlorine use by 80% and eliminated wax coatings while extending shelf life during export to Europe.
Overview
Engeenuity's biophotonic technology applies electromagnetic biostimuli through light energy to improve cellular health and immune response in organisms. The system reduces water surface tension, hardness, and conductivity while delivering a bacteriostatic effect that inhibits bacterial reproduction. When integrated into post-harvest washing and treatment processes, the technology maintains fruit and vegetable quality for longer periods, reducing producer waste and significantly decreasing chemical usage.
The solution is designed for scalability and customization across different crops and production environments. By replacing or reducing chemical inputs such as chlorine and wax coatings, the technology offers producers a natural, non-toxic alternative for preserving produce during storage and export.
Technical specifications
Core technology components:
- Photonic screens emitting pulsed light with photonic multiphase modulators
- Ultrasonic valves integrated into washing tanks
- Light-based energy capture and radiation at specific configurations (Advanced Physics Systems Engineering / BioPhoton-X platform)
- Capability to operate using natural or artificial light sources
Key effects on water and produce:
- Reduces surface tension, hardness, and conductivity of water
- Provides bacteriostatic action that lowers microbial counts
- Enhances hydration of treated produce
- Enables chemical-free or chemical-reduced processing
Validated performance in pineapples:
- 80% reduction in chlorine use during post-harvest washing
- Complete elimination of wax coating previously required for export protection
- Successful export journey to Europe with no spoilage observed
Technology readiness level
The technology has been validated in real-world post-harvest pineapple processing, demonstrating measurable reductions in chemical inputs and successful long-distance export without spoilage. Future validation efforts will focus on standardizing technology configurations for different fruits and vegetables, identifying optimal combinations of photonic components, and mapping the production process stages where the technology delivers the greatest impact for each crop type.
About Engeenuity
Engeenuity is a biotechnology research and development company that specializes in biophotonics to improve water quality and enhance biological processes. Their proprietary technology, known as Advanced Physics Systems Engineering (APSE) and BioPhoton-X, utilizes light, optics, and ultrasound to provide chemical-free, all-natural, and non-toxic solutions for diverse industrial and environmental applications. By capturing and radiating light at specific configurations, the system exerts a bacteriostatic effect that inhibits bacterial reproduction and reduces overall microbial counts, while simultaneously optimizing water for safer and more efficient production processes. The company provides tailor-made solutions designed for scalability, aiming to replace or significantly reduce chemical usage across various operations.
This technology serves a wide array of sectors, including agriculture, aquaculture, food preservation, livestock, and wastewater management. By reducing surface tension and creating favorable environments, the company's systems have been shown to improve hydration, extend shelf life for produce, and promote general health in organisms. Engeenuity, founded in 2006, operates internationally with headquarters in Indianapolis, USA, and an office in Panama. Throughout its history, the company has engaged in research collaborations with global universities and institutions, while providing evidence of its impact through numerous case studies covering areas such as pathogen control, water treatment efficiency, and support for immune response.
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