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INSPRO SCIENCE LIMITED

INSPRO offers automated, modular insect bioconversion systems that process organic waste into valuable protein for animal feed and nutrient-rich fertilizer. Their AI-driven technology optimizes Black Soldier Fly larvae rearing for efficient waste recycling and sustainable resource generation.

Shenzhen, ChinaFounded 20214200+ followers
Updated 3 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

The global increase in organic waste presents significant environmental challenges, while simultaneously, the demand for sustainable protein sources and high-quality fertilizers is growing. Traditional waste management methods often contribute to greenhouse gas emissions, and conventional protein production has a substantial ecological footprint.

Solution

INSPRO provides modular, automated insect bioconversion systems designed to process organic waste streams. These systems leverage artificial intelligence and digital twin technology to optimize the rearing of Black Soldier Fly larvae, converting waste into valuable protein and organic fertilizer. The automated, climate-controlled environment ensures efficient bioconversion, reducing the carbon intensity of waste management and creating a sustainable source of animal feed protein and soil amendments. This integrated approach addresses both waste reduction and resource generation needs.

Target Audience

INSPRO targets waste management companies, agricultural businesses, and animal feed producers seeking sustainable and efficient solutions for organic waste recycling and protein production.

Features

  • Modular, turn-key bioconversion systems for organic waste processing.
  • AI-driven climate control and rearing automation for Black Soldier Fly larvae.
  • Digital twin technology for system optimization and performance monitoring.
  • Production of high-protein dried Black Soldier Fly larvae for animal feed.
  • Generation of nutrient-dense frass as an organic fertilizer.
  • Scalable design to accommodate varying waste input volumes.
  • Integrated systems for waste intake, larvae rearing, and product harvesting.
This profile is AI-generated and may contain inaccuracies.