摘   要：针对节能减排、绿色环保的时代要求，研究了纸浆废液接枝共聚萘系减水剂制备木聚萘系减水剂的可行性。通过调整木质素减水剂和萘系减水剂的质量比，优化接枝共聚时间和温度，成功实现了两种减水剂的接枝共聚。红外光谱分析表明，形成的木聚萘系减水剂是一种新型物质，其性能优于萘系减水剂。试验表明，木聚萘系减水剂具备高减水、高保坍的性能，克服了萘系减水剂坍落度损失过快的缺点。

Abstract: In view of requirments of the energy conservation and environmental protection, the feasibility of poly wood-naphthalene superplasticizer is studied, which is prepared by waste paper pulp and naphthalene superplasticizer. By adjusting the waste paper pulp and naphthalene superplasticizer's mass ratio, optimizing the graft-copolymerization time and temperature, the graft-copolymerization of the two intermediates is realized successfully. Infrared spectroscopy show that the poly wood-naphthalene superplasticizer is a new material, and its performance is better than naphthalene superplasticizer. Tests show that poly wood-naphthalene superplasticizer is a kind of superplasticizer with high water reducing and high slump retaining ability, which overcomes the disadvantage of excessive slump loss of naphthalene superplasticizer.