聚焦东盟能源数据-印尼制浆造纸行业工业能效技术评估(英)-2026。High Thermal Intensity and Suboptimal Heat Recovery: The sector is exceptionally thermal-intensive, with processes like pulping and drying accounting for 70% of energy consumption. Suboptimal steam system management and widespread underutilisation of waste heat recovery potential are prevalent.
聚焦东盟能源数据-印尼制浆造纸行业工业能效技术评估(英)-2026。High Thermal Intensity and Suboptimal Heat Recovery: The sector is exceptionally thermal-intensive, with processes like pulping and drying accounting for 70% of energy consumption. Suboptimal steam system management and widespread underutilisation of waste heat recovery potential are prevalent.
聚焦东盟能源数据-印尼制浆造纸行业工业能效技术评估(英)-2026。High Thermal Intensity and Suboptimal Heat Recovery: The sector is exceptionally thermal-intensive, with processes like pulping and drying accounting for 70% of energy consumption. Suboptimal steam system management and widespread underutilisation of waste heat recovery potential are prevalent.
覆盖 2026 年,全文共 87 页。
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适合行业研究员、战略规划等读者参考。
重点分析了能源、东盟能源数据等议题。