1. Optimize Raw Material Pre‑treatment
- Meticulous sorting – remove non‑metallic impurities (plastic, rubber) to prevent contamination and space occupation.
- Crushing and grinding – transform scrap into uniform granules for optimal particle contact.
- Minimizes internal voids – increases briquette density, laying the groundwork for efficient recovery.
2. Improve the Briquetting Process
- High‑pressure cold‑pressing – compresses metal granules under greater force for stronger inter‑particle bonding.
- Eco‑friendly binders – added to reinforce integrity and minimize material loss.
- Optimize shape and dimensions – match downstream smelting or processing equipment for smoother operations.
3. Refine Transport & Storage Management
- Sealed containers or protective packaging – prevent breakage from impact or friction.
- Dry, well‑ventilated storage – prevents oxidation due to moisture.
- Careful stacking – avoids deformation or breakage from excessive weight.
- Regular inspections – collect and re‑process loose fragments to minimize waste.
4. Strengthen Recycling & Reuse Technologies
- Advanced smelting equipment – precise control of temperature and duration ensures complete melting and minimizes residue.
- Collection of small scraps – re‑pressed into metal briquettes for resource recycling.
- Traceability system – tracks flow and recovery status, allowing timely adjustments to improve efficiency.
