Quantitative Analysis on Green Product Index of Sanitary Wares

Abstract:

Rapid economic growth is often accompanied by ecological environment problems arising from resource and energy development, industrial production, etc. Consumers are increasingly concerned about environmental problems in consumer markets and prefer to buy "green" products. How consumers identify "green" products and how the country guides in choosing such products have become issues of great concern in the building materials industry. In this paper, the author has built the preliminary quantized model of green product index for sanitary wares by analyzing the green product index of sanitary wares and defining the green attributes of sanitary wares from such four aspects as consume attribute, resource attribute, energy attribute and environmental attribute.

• Periodical: Materials Science Forum (Volume 993)
• Pages: 1518-1526
• DOI: https://doi.org/10.4028/www.scientific.net/MSF.993.1518
• Online since: May 2020
• Authors: Shi Wei Ren*, Yan Jiao Zhang, Meng Chi Huang, Li Ping Ma
• Keywords: Green Products, Quantized Model of Index, Sanitary Wares

References

[1] Y. Cheng, J. Z. Huang. Development and Comparison of Green Building Policy, J. Construction Technology. 46 (2017) 110-112.

[2] P. Zhao, X. Z. Gong, B. R. Lin, Q. Jiang. Evaluation and Material Selection Technology System for Green Building Materials, M. China Building Materials Press, (2014).

[3] Compilation of Assessment System Construction Document of the China Green Products, (Volume 1: Previous Survey), G. (2016).

[4] F. L. Yuan. Talking about the International Certification of Sanitary Products. J. Foshan Ceramics. 8 (2010) 28-31.

[5] GB/T 35603-2017. Green Product Assessment—Sanitary Wares, S.

[6] GB/T 9001-2016. Quality management systems— Requirements.S.

[7] X. Y. Wang, X. Y. Liu, B. Wang. Interpretation of the New National Standard Sanitary wares,J. Ceramics. 6 (2016) 48-52.

[8] Z. K. Ou, J. Wen. How Does Water-saving Sanitary Ware Sell Well under the New National Standard, J. Standard World. 12 (2015) 9-10.

[9] GB/T 31436—2015.Sanitary Fixture for Water Saving. S.

[10] GB/T 26730—2011. Sanitary Ware—Gravity Water Flushing Devices and Supports. S.

[11] GB/T 26750—2011. Sanitary Ware—Pressure Assistant Water Flushing Devices. S.

[12] JC/T 764—2008. WC seats. S.

[13] W. X. Zhang, S. Y. Yin, W. Q. Li, J. Wang. Discussion on the Packaging Standard of Sanitary Wares, J. Foshan Ceramics. 2 (2012) 44-48.

[14] T. F. Deng, B. Liu, X. H. Xu, J. F. Wu. Influencing Factors of Lightweight Building Sanitary wares, J. 21 (2014) 5-11.

[15] R. J. Chen. Analysis of Comprehensive Utilization of Water Resources in Sanitary wares Plant, J. China Resources Comprehensive Utilization. 11(2012) 58-60.

[16] J. Xu, J. P. Gao. Analysis of Water-saving Potential and Zero Wastewater Discharge in Sanitary wares Industry, J. Shanghai Energy Conservation. 7 (2016) 386-389.

[17] M. Zhao. Research on Deterioration Mechanism and Durability of sanitary ware Gypsum Mold, D. Chongqing University. (2015).

[18] J. W. Zhao, Q. R. Wu, B. Q. Liang, etc. Production Process of Sanitary Wares and Solutions for its Pollutants and Wastes, J. Foshan Ceramics. 4 (2013) 22-27.

[19] C. Liu, Y. H. Liu, X. L. Wang. Research Report on Unit Energy Consumption Quota of Building Sanitary Wares,, J. Ceramics. 3 (2009) 51-54.

[20] GB 21252—2013. The Norm of Energy Consumption for Unit Product of Architecture and Sanitary Wares. S.

[21] H. L. Chen. Analysis of the Main Points of Environmental Impact Assessment of Sanitary Wares Construction Projects and Environmental Concerns, J. Chemical Engineering and Equipment. 6 (2016): 289-293.

[22] GB 18599—2001. Standard for pollution control on the storage and disposal site for general industrial solid wastes.S.

[23] GB 18597—2001. Standard for pollution control on hazardous waste storage.S.

[24] GB/T 24001—2016. Environmental Management Systems—Requirements with Guidance for Use.S.

[25] GB/T 28001—2011.Occupational health and safety management systems—Requirements.S.

[26] J. Zeng, H. Y. Yu, W. G. Yan. Analysis and Research on Environmental Impacts in Sanitary Wares Life Cycle, J. Green Building. 4 (2016) 72-74.