In 2023, Sino-American Silicon Products conducted an environmental assessment and disclosed corporate waste management data in accordance with recognized sustainability reporting standards. The company provided a breakdown of its waste by type (hazardous vs non-hazardous) and treatment method (recovery vs disposal), enabling greater transparency into its waste handling and environmental practices.
Metric (tonnes) | 2024 | 2023 | 2022 | 2021 - 2017 |
---|---|---|---|---|
Total Waste Generated | 0000000 | Copy restricted. Please purchase to unlock this data. | Copy restricted. Please purchase to unlock this data. | 0000000 |
Total Waste Recovered | 0000000 | Copy restricted. Please purchase to unlock this data. | Copy restricted. Please purchase to unlock this data. | 0000000 |
Total Hazardous Waste Generated | 0000000 | Copy restricted. Please purchase to unlock this data. | Copy restricted. Please purchase to unlock this data. | 0000000 |
Non-Hazardous Waste Disposed | 0000000 | Copy restricted. Please purchase to unlock this data. | Copy restricted. Please purchase to unlock this data. | 0000000 |
This table provides a simplified preview of selected waste data points. To access the complete dataset with full disclosures and structure, create a free account to purchase the full dataset.
In 2023, Sino-American Silicon Products generated a total of 38,236 metric tonnes of waste.
Of this amount, 5.65% of Sino-American Silicon Products's total waste generated was recovered through methods such as recycling, reuse, or composting, while 0.38% was disposed of through landfilling, incineration, or combustion. The remaining 93.97% was either treated using unspecified methods or not clearly categorized.
In 2023, Sino-American Silicon Products reported a total waste generation of 38,236 metric tonnes, of which 5.65% was recovered through recycling, reuse, or composting. This low recovery rate highlights limited waste diversion and suggests that Sino-American Silicon Products may be relying more heavily on landfill or incineration, underscoring opportunities for stronger resource recovery initiatives.
Since 2021, Sino-American Silicon Products's total waste generation increased by 8.12%, but remained relatively stable in 2023, suggesting that past growth in waste production may have recently plateaued.
In 2023, Sino-American Silicon Products generated a total of 38,236 metric tonnes of waste.
Of this amount, 24.01% of Sino-American Silicon Products's total waste generated of was classified as hazardous waste, characterized by properties such as toxicity, flammability, corrosiveness, or reactivity that may pose risks to human health, ecosystems, or the environment. 75.99% was identified as non-hazardous waste, generally considered less harmful and subject to lighter regulatory controls.
Since 2021, Sino-American Silicon Products's total waste generation increased by 8.12%, including a 0.92% rise in 2023, reflecting a persistent upward trend that could be linked to operational growth, inefficient material use, or limited investment in waste prevention systems.
Over the same period, Sino-American Silicon Products saw a long-term increase of 26.52% in hazardous waste share, but a 68.13% reduction in 2023, indicating a recent improvement that may reflect updated production inputs, enhanced treatment, or stricter controls.
Overall, Sino-American Silicon Products's waste and hazardousness trends are mixed or inconclusive. A more detailed review of its materials, industry standards, and operational changes would help clarify the net environmental impact of its waste strategy.
In 2023, Sino-American Silicon Products reported that 9,182 metric tonnes of its total waste output were classified as hazardous. This represents 24.01% of its overall waste generation.
The company treated this hazardous waste using a combination of methods. Only 0.05% of hazardous waste was recovered, meaning the vast majority was treated through disposal methods such as landfilling or incineration. This raises concerns about the environmental and health risks associated with Sino-American Silicon Products’s current hazardous waste practices.