A client from Singapore recently selected one of our solar panel recycling lines, following a structured and customer-focused process. The journey began with understanding the client’s production needs, including desired capacity, panel compatibility, automation level, and material recovery targets. Our team provided technical consultations, solution proposals, and on-site demonstrations to showcase equipment quality and operational workflow. Based on the client’s requirements, we designed a customized recycling line to optimize efficiency and recovery. After confirming the design, the client finalized the purchase agreement, and production commenced. The recycling line was manufactured, quality-tested, and delivered to the site, where our engineers handled installation, commissioning, and staff training. This process ensured that the Singapore client received a fully tailored, high-performance system, achieving efficient operation, maximum material recovery, and both environmental and economic benefits.
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High Material Recovery: Efficiently extracts glass, aluminum, silicon, copper, and silver from retired solar panels.
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Eco-Friendly Process: Uses mechanical separation without high-temperature or chemical treatment, reducing emissions and energy consumption.
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Automation and Efficiency: Automated feeding, crushing, and separation minimize labor requirements and ensure consistent production.
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Scalable Solutions: Flexible system design allows operations ranging from small commercial installations to large industrial solar farms.
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Safety and Compliance: Dust removal, filtration, and enclosed processing units maintain a safe work environment and meet environmental regulations.
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Economic Benefits: Recovered materials generate additional revenue streams and reduce disposal costs, improving project profitability.
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Versatile Panel Handling: Compatible with various module types including monocrystalline, polycrystalline, thin-film, and bifacial panels.
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Support for Circular Economy: Contributes to sustainable resource utilization, turning end-of-life PV modules into valuable raw materials for new production.
