<![CDATA[ -->Low-carbon Path of Papermaking Industry]]> <![CDATA[Vigorously Develop the Integration of Forest-Pulp-Paper to Promote the Low-carbon Development of China Paper Industry]]> 2023/8/31 0:00:00 WANG Shuangfei 6true <![CDATA[Analysis on Greenhouse Gas Emission Standards and Accounting Methods in Pulp and Paper Industry]]> 2023/8/31 0:00:00 SONG Jiayi,CHENG Zhengbai,LIU Liqin,CAO Haibing,ZHANG Xiaohong,LIU Yishan,LIU Hongbin,AN Xingye 5true <![CDATA[Study on Carbon Emission of Sulfate Wood Pulping Process Based on Different Cooking Techniques]]> 2 e/adt） was stronger than that of Kamyr （1141.77 kgCO2e/adt） and that of Pandia （924.52 kgCO2e/adt）. The energy generated by alkali recovery system met the whole pulping process such as cooking， screen washing and bleaching. The carbon emission of cooking and alkali recovery systems accounted for 26.78% and 65.85%， which were the main targets of carbon reduction.]]> 2023/8/31 0:00:00 WANG Yang,JIA Yanlong,LI Bolun,WANG Mengyan,LIU Jiang,YIN Yongjun 4true <![CDATA[Under the “Dual Carbon” Target, the Carbon Reduction Path of China’s Paper Industry]]> 2023/9/7 0:00:00 LIU Chunhong,JIA Xuehua,XIAO Xiaojian,CHENG Yanjun 3true <![CDATA[Research on the Path of Typical Forset-Pulp-Paper Integobed Enterprises to Create “Zero Carbon” Factories]]> 2023/8/31 0:00:00 HOU Yanan,ZHANG Liang,JIA Xuehua,CHAI Chenxing,JIANG Lan 2true <![CDATA[Current Status of Assessment on Carbon Sequestration in Bamboo Forests and Carbon Footprint of Bamboo Industry]]> 2023/8/31 0:00:00 PU Jiali,WANG Xin,PANG Shuyu,LIANG Chen,WANG Shuangfei,QIN Chengrong 1true