TECHNOLOGY

Modernizing the Paper Industry

BeLeaf IT 4.0 reimagines how we create paper — combining automation, sustainable engineering, and smart monitoring to reduce our environmental footprint.

Dry leaves used for making eco-friendly paper

Our automated machine collects dry leaves and used paper — materials often left to decompose, burned, or sent to landfills — and transforms them into new, durable paper sheets without relying on wood pulp or chemical-intensive methods. Through full automation, each stage — from shredding to pulping, sheet forming, and drying — operates with minimal human intervention, ensuring consistent production quality and improved efficiency.

The Mechanism Behind IT

1.

Collect

Dry leaves and used paper are collected, sorted, and prepared.

2.

Pre-Processing

Materials are automatically shredded and mixed into a pulp-ready form.

3.

Pulp Formation

The shredded materials are processed into pulp, with real-time IoT monitoring ensuring the ideal mixture consistency.

4.

Sheet Forming and Drying

The pulp is spread into sheets and dried through energy-efficient methods, with automated sensors regulating heat.

5.

New Sustainable Paper

Durable, eco-friendly paper is produced — ready for reuse, reducing environmental impact without sacrificing quality.

Smart Monitoring for Smarter Production

By integrating IoT-based real-time monitoring, every phase is optimized for resource efficiency, waste reduction, and environmental impact minimization. The system automatically tracks temperature and mechanical conditions, promoting smarter, faster, and more sustainable production.

Dry leaves used for making eco-friendly paper

Low Resource, High Impact

Unlike traditional papermaking, which consumes massive amounts of water, electricity, and raw timber, BeLeaf IT 4.0 uses low energy, minimal water, and renewable organic materials that would otherwise contribute to solid waste pollution and greenhouse gas emissions.

Core Features:

Utilizes abundant organic waste materials, giving new life to dry leaves and used paper, and eliminating the need for tree-based pulp.

Seamless operation from material intake to finished paper, reducing labor demands and ensuring consistent, high-quality results.

Smart sensors monitor temperature and machine status to optimize performance, detect anomalies early, and minimize maintenance downtime.

Designed to operate with minimal electricity and water, reducing the carbon footprint and operating costs.

Transforms waste into a valuable resource, diverting organic waste from landfills and reducing pressure on forests.

BeLeaf IT 4.0 for Change

At BeLeaf IT 4.0, we believe innovation is about more than progress — it's about protecting what matters. Through smarter processes and sustainable thinking, we turn what’s often thrown away into opportunities for change.