1) pulp and paper industrial sludges
制浆造纸污泥
1.
Several research projects about utilization of pulp and paper industrial sludges were recounted to promote the research and development of sludge utilization and pollution control.
本文介绍制浆造纸污泥利用的研究，推动污泥利用研究的发展和污染的控制。
2) paper mill sludge
造纸污泥
1.
Research of fluidized bed incineration technology for paper mill sludge;
造纸污泥的流化床焚烧技术研究
2.
The thermal-reaction between paper mill sludge and adhesive;
造纸污泥与脲醛、酚醛胶粘剂之间的热反应
3.
Research on modifying the lignin water-reducer extracted from paper mill sludge;
造纸污泥中提取的木质素改性研究
3) pulp and paper mill sludge
造纸污泥
1.
Effects of monosodium glutamate wastewater on aerobic composting of pulp and paper mill sludges;
味精废液对造纸污泥堆肥的影响试验
2.
A thermophilic actinomycete strain AO-Ⅲ was isolated from the composting process of pulp and paper mill sludge at the thermophilic stage.
在造纸污泥堆肥过程的高温期分离到一株高温放线菌AO-Ⅲ,其形态和主要生理生化特征与高温放线菌属的典型种相似,但该菌株能耐受80℃以上的高温。
3.
The feasibility of aerobic vessel composting of pulp and paper mill sludges was studied.
造纸污泥是一种生物固体废弃物 ,通过调节水分与C/N比 ,在强制通风与定期翻堆情况下 ,由于微生物作用 ,有机质发生降解 ,C/N比在不断下降 ,经过 2个月左右高温堆肥 ,可以转化为高效的有机肥料。
4) paper sludge
造纸污泥
1.
The study of earthworm biological treatment on paper sludge
造纸污泥蚯蚓生物处理效应研究
2.
With the development of paper making industry, the environment concerns about paper sludge have increased.
随着造纸工业的发展,造纸污泥产生的环境问题日益显露出来。
3.
The sludges can bedivided into several categories: The primary sludge coming from the productionof virginwood fiber; The de-inking paper sludge produced by removing inksfrom post-consumer fiber; The secondary sludge (activated sludge) from thesecondary treatment systems sludge; And the combined paper sludge which ismixed the primary sludge with the secondary sludge.
通过造纸污泥经过“工厂化快速好氧堆肥-工厂化有机肥生产。
5) slurry manufacture
泥浆制造
1.
,an automatic management system for slurry manufacture in industrial enterprise was developed in the environment of configuration software MCGS.
介绍了组态软件MCGS的特点及主要功能,通过采用PC机作为上位机,可编程逻辑控制器(PLC)作为下位机和配以相关的数据采集模块等,在MCGS的开发环境下开发了适用于工矿企业泥浆制造的生产监控自动化管理系统,为该行业生产提供了可靠的技术保证,并为进一步研究及构建泥浆制造的智能控制系统奠定了基础。
6) pulping and papermaking
制浆造纸
1.
The feasibility study of pulping and papermaking with hybridized Chinese pennisetum;
杂交狼尾草制浆造纸的可行性研究
2.
A probe into speeding up the forestry-paper integration with utilizing eucalyptus in pulping and papermaking;
开发利用桉树制浆造纸 加快林纸一体化进展的探讨
3.
The fiber morphology and pulping and papermaking performances of oil palm's byproduct——palm thread were investigated in this paper.
对棕榈丝的化学成分、纤维形态及制浆造纸的可行性进行了研究。
补充资料：酶在制浆造纸中的应用
漂白促进
用木聚糖酶来促进硫酸盐浆ECF和TCF漂白，能够节约漂剂和/或提高浆料漂后白度。
纤维改性和脱墨
淀粉酶和纤维素酶用于纤维改性和脱墨，能够促进油墨脱除、提高脱墨浆白度；改善滤水性及提高卫生纸的柔软度。
木素改性/废水处理
漆酶用于木素改性和废水处理，可提高含机械浆浆料的湿强度和降低废水色度及BOD/COD值。
过氧化氢控制
过氧化氢酶可监控和优化漂白中过氧化氢的用量。漂白结束后，加入过氧化氢酶可降解残余过氧化氢。
树脂障碍控制
用机械浆造纸过程中，脂肪酶用于树脂障碍控制可提高纸张强度，减少纸病，缩短停机时间并减少纸毯及辊子的清洗次数，从而改善纸品质量并提高生产经济效益。
淀粉改性
淀粉酶使得纸厂可在现场对原淀粉进行改性用于表面涂布施胶，较直接购买商品变性淀粉，这样更为经济实用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条