INSPRO SCIENCE LIMITED-SOLUTIONS

INSPRO

BSF BIOCONVERSION SOLUTIONS

INSPRO aims to integrate insect-based bioconversion, industrial automation, climate control, digital twins, and AI technologies to provide a set of standardized and modularized turn-key solutions to effectively solve social issues such as the recycling of organic wastes and the shortage of protein supply.

넳 넲

Core Competences

Industrialized BSF Larvae Bioconversion Factory

Demonstration Project

CORE COMPETENCES

Panoramic 360°AR Inspection

The 360°AR sensing, video fusion, and 3D visualization technologies are integrated to realize the panoramic control and routine inspection of the system.

Government Regulation on Data

The government can monitor the data of environmental emissions, food waste reduction amount, and organic waste resource utilization rate in real time.

Carbon Footprint Accounting

The dynamic carbon footprint accounting model built for the BSF bioconversion process in facilities can help to reduce carbon emissions and achieve sustainable development.

INDUSTRIALIZED BSF LARVAE

BIOCONVERSION SMART FACTORY

Automated Lifecycle Management

The first-principle modelling and dynamic simulation are carried out using digital twins technology to realize the system's dynamic lifecycle management. As a result, the system can automatically distribute, feed, and harvest the larvae without human intervention.

Independent Closed Structure Design

By adopting independent closed structure design and rearing BSF in groups according to their growth characteristics, it is able to effectively shield the adverse effects of external changes on the rearing environment. Moreover, the full thermal insulation and vertical farming technologies can effectively increase the rearing area.

Automated Climate Control

Based on BSFL's characteristics, by timely adjusting the climate controller's operations according to the accurately collected rearing parameters, including lighting, temperature, humidity, VOC, and so on, it is able to precisely maintain the optimal growth conditions for BSFL.

Harmless Treatment

In order to meet the environmental protection requirements, harmless treatments are conducted on the BSF bioconversion modules. In particular, a fresh air ventilation system is set up to uniformly collect, purify, and treat the exhaust gases generated in the rearing process to ensure BSFL's continuous and stable growth.

BSF Larvae Breeding Containers

Automated Feeding System

Automated Handing Robot

Robot Stacking & Destacking

System

Larvae Screening System

Exhaust Gas Treatment System

Cabinet Drying Equipment

Microwave Tunnel Drying Equipment

Color Sorting Equipment

Central Control Cabinet

Innovative Industrialized Insect-based

Bioconversion System

Leveraging GoogolTech's leading industrial automation and Industrial Internet of Things technologies, we can rapidly replicate and deploy our modularized and factory-prefabricated turn-key solution globally. With our solution, it is able to realize the green recycling of organic wastes, and produce sustainable economic benefits.

World-leading Insect Biotechnology and

Operation Management Team

The biotechnology team has more than 10 years of practical experiences on microbial pretreatment technology, superior breeding (not genetic modification), stable and large-scale egg production, industrialized rearing, nutrition demand analysis, disease prevention, and product deep processing.

Diversified Product Distribution Channels

With over a decade of experience in branding and marketing, INSPRO is a reliable source for quality products. Our FDA registration permits the export of black soldier fly larvae and frass as feed and fertilizer to customers in North America.

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DEMONSTRATION PROJECT

Using the cutting-edge IEC 61499 international standard to deeply integrate OT, CT, and IT technologies to realize the closed-loop of industrial Internet and edge computing.

Open Automation Systems

Leveraging heterogeneous edge-cloud computing architecture to support INSPRO's automation systems' rapid and iterative development.

Edge-Cloud Collaborative Computing

The gLink fieldbus technology is well applied to realize high-speed interconnection, real-time response, and synchronous control among field devices

High-Speed P2P Ring Networking