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Solar Panel Manufacturing Chemistry: From Quartz to Rooftop Module and Its Environmental Impact

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Solar panel manufacturing chemistry shows how solar panels are made, from quartz sand to a rooftop module, and what each step costs air, water and climate. You learn which acids, gases and metals each line handles, how its wastewater is treated, and how old solar panels are recycled.

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What You'll Learn

Concepts:
Cadmium Chloride Activation of CdTe Cells: Healing Grain Boundaries CdTe Panel Recycling: Closed-Loop Recovery of Cadmium and Tellurium Junction Box and Bypass Diodes: Protecting Shaded Solar Cells Leaching Tests for Solar Panels: Will Lead, Cadmium or Antimony Escape? Electroluminescence Imaging of Solar Modules: Finding Cracks and Dead Cells Cadmium Sulfide Buffer Layer: Chemical Bath Deposition and Its Wastewater Tellurium Supply for Thin-Film Solar: A By-Product of Copper Refining Extended Producer Responsibility for Solar Panels: Who Pays for Recycling Solar Panel Carbon Footprint: Grams of CO2 per Kilowatt-Hour Silicon Tetrachloride By-Product and the Closed-Loop Polysilicon Plant Phosphosilicate Glass Removal and Edge Isolation After Diffusion Acid Gas Scrubbing in Solar Factories: Capturing HCl, HF and Chlorine Back-Contact Solar Cells: All Contacts on the Rear, No Front Shading Nitrate and Ammonia in Solar Factory Wastewater: Nutrient Pollution Energy Payback Time of Solar Panels: Years to Repay the Factory Energy Anti-Reflective Glass Coating: Porous Silica on the Module Front Heterojunction Solar Cells: Amorphous Silicon and ITO at Low Temperature Silicon Kerf Waste Recycling: Recovering Sawing Dust from Wastewater Thermal and Chemical Delamination: Recovering Silver and Silicon from Old Panels Flash Testing and Binning of Solar Cells: Sorting Cells by Power Fluidized Bed Reactor Polysilicon: Granular Silicon from Silane Gas Silane from Dichlorosilane By-Product: A Shorter Route Than Trichlorosilane Copper Plating Contacts for Solar Cells: Replacing Silver with Copper Fluoride Wastewater Treatment: Precipitating Calcium Fluoride with Lime Temperature Coefficient of Solar Panels: Power Lost per Degree NF3 Chamber Cleaning in Solar Cell Factories: A Potent Greenhouse Gas Glass-Glass Bifacial Modules: Dropping the Backsheet for Rear Light Alkaline Texturing of Monocrystalline Silicon: KOH Pyramids That Trap Light Hydrogen Selenide Selenization in CIGS Factories: A Highly Toxic Gas Ultrapure Water Use in Solar Cell Manufacturing: Rinse Water per Wafer Encapsulant-Backsheet Material Compatibility: Yellowing, Adhesion and Retesting Each New Pairing

What you will learn

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