Why 1000kg/h Solar Panel Recycling Plants Will Dominate the Market by 2030?
Payback and return require a documented customer model using current quotations, feedstock contracts, accepted outputs, operating costs and financing assumptions. YUSHUNXIN does not state a fixed payback before project review.
Case Study: 1000kg/h Pyrolysis Line for Double-Glass Solar Panel Recycling
One of our clients invested in a 1000kg/h Solar Panel Recycling Plant in Japan. The objective of this project was to efficiently process both single-glass and double-glass solar panels, while simultaneously enhancing the purity of the recovered materials.
Its process flow incorporates advanced Téknologi pyrolysis PV to separate the EVA layer prior to the subsequent crushing and sorting stages. Final investment and operating capacity require a written scope-specific quotation based on representative modules, operating schedule, site utilities, environmental controls and the agreed acceptance method.
Recovered fractions and their usable quality must be confirmed through a documented stable-run test, representative sampling and the downstream receiver specification. No fixed recovery, purity or resale-value result is stated for a different feedstock.
| Parameter | Specification |
|---|---|
| Kamampuh ngolah | 1 t/h (1,000 kg/h) |
| Glass Recovery Rate | Confirm by project test |
| Silver Enrichment | Concentrated in fine powder fraction — premium feedstock for silver refiners |
| Copper Recovery | Copper-bearing fraction; confirm purity and downstream acceptance |
| Silicon Enrichment | High-purity silicon cell concentrate — ideal for downstream wafer/ingot refiners |
Mechanical or tunnel thermal - not interchangeable
The same 1,000 kg/h label can describe two different routes; select by module construction and required release mechanism.
Matéri asup
Representative module list, single-/double-glass ratio, desired operating hours and receiver specifications.
outputs ekspektasi
Route-specific classified fractions; no fixed recovery or purity is assigned before stable-run testing.
panganteur proyék
Mechanical route: dust and material handling. Thermal route: gas, cooling and environmental controls in addition.
Paké ngan baris cocog wates prosés nu dipilih.
| Rujukan katalog | Kapasitas | Kakuatan | amplop fisik | Kaasup wates |
|---|---|---|---|---|
| YSX-M1000Single-glass mechanical | 1 t/h | 277.6 kW | 36 × 6 × 6 m | Integrated mechanical line |
| YSX-TK1000Tunnel thermal | 1,000 kg/h | 126.65 kW | 72 × 13 × 7.5 m | Continuous tunnel thermal line |
Aturan konfigurasi: kapasitas katalog mangrupakeun rujukan tata. throughput stabil, dipasang / kakuatan operasi, tapak suku, pamulihan, kasucian, émisi jeung paménta utiliti merlukeun daptar parabot disatujuan, bahan perwakilan jeung kaayaan ditampa tinulis.
Inpormasi anu diperyogikeun sateuacan konfigurasi sareng petik
- Poto bahan wawakil, spésifikasi jeung sampel sadia.
- Kapasitas diperlukeun tambah jam per shift, shifts per poé sarta poé operasi.
- Target outputs, métode sampling jeung syarat panarima hilir.
- Nagara situs, kakuatan sadia, suluh, cai, hawa dikomprés sarta wates wangunan.
- Lingkungan lokal, seuneu, panyimpen sareng syarat kaamanan-kerja.
- Dipénta wates pangiriman: parabot, perenah, pamasangan, commissioning jeung latihan.
