锰过氧化物酶是一种能降解木素的酶，由担子真菌中的特定种属产生，广泛应用于生物制浆、纸浆的酶法漂白、有机污染物的降解和环境的生物修复等方面。
Manganese peroxidase(MnP) was the most common lignin-modifying peroxidase produced by almost all wood-colonizing basidiomycetes causing white-rot and various soil-colonizing litter-decomposing fungi.
生物法制浆是另一种形式的制浆目前正在研究。
Biological pulping is another form of pulping that is currently being researched.
介绍了生物技术在制浆工艺方面的研究和进展。
It reviews the current research on application of biotechnology to pulping technics.
介绍了韧皮纤维酶法和发酵浸渍法脱胶制浆的研究进展，从生物学角度对影响发酵浸渍法脱胶制浆的主要因素进行了综述。
The research progress of enzymatic degumming and retting for bast fibres pulping is reviewed in this paper, the external factors on retting of bast fibre are also summarized from biology.
论文对经物化处理后的蔗渣亚铵法制浆混合废水的可生物处理性进行了研究。
In this paper, it was studied that the biotreatment feasibility of bagasse ammonium sulfite pulping effluent which was treated by flocculation and flotation.
本发明涉及一种强酸性高氧化酸性水的制取工艺，在生物造纸制浆中的应用工艺。
The present invention relates to a preparation method of a highly acid, highly oxidated acidulous water and an application technique thereof in biological papermaking pulping.
研究了预处理对菌株x4、青霉zcf57麦草生物化学制浆的影响。
The pretreatment effect on X4 and ZCF57 wheat straw biochemical pulping was investigated.
采用酸中和—厌氧—好氧—生物活性炭或化学混凝综合法处理制浆黑液，探讨了酸中和处理的影响因素及厌氧处理对后段好氧处理的影响。
The process of acid neutralization-anaerobic-aerobic-biological activated carbon or chemical coagulation has been employed to treat black liquor from pulp mill.
主要对制浆废液中木素的分离、木素的改性条件及措施、木素对啤酒非生物稳定性的影响进行了探讨。
The study probe into the separation of lignin from pulp waste liquor, the condition and measure of lignin modification, and the influence of lignin on non-biological stability of beer.
非木本木质素磺酸镁（ML）来源于造纸厂非木本原料亚硫酸盐制浆废液，属于来源丰富、无毒的可再生生物质资源。
Non-woody magnesium lignosulfonate(ML) is produced as a by-product in the sulphite non-wood pulping, which is a very abundant and innoxious biomass resource.
本文介绍了二级蒸煮和蒽醌衍生物在芒杆制浆中应用情况。
The present papers introduces the application of secondary cooking and anthraquinone derivative to straw pulping.
文章就生物技术在制浆造纸工业的应用现况及其前景，作出综述。
The current status and future prospects of recent biotechnological developments for the pulp and paper industry is being reviewed.
将电化学技术与固定化微生物技术联合用于制浆造纸废水的深度处理。
The electrochemical technology and immobilization technology were combined to treat the pulping and papermaking wastewater.
我们提供的强大技术覆盖完整的制浆厂，生活用纸，纸和纸板生产线，以及生物质能源生产工厂。
Ourstrong technology offering includes entire pulp mills, tissue, board and papermanufacturing lines, as well as power plants for bio-energy production.
前言：介绍一种新兴的适用于制浆造纸废水的生物危害性监测的技术-蚕豆根尖微核检测技术。
The essay introduces a new technology of detecting biohazard of pulping effluent-Micronuces Test Technique in Vicia Faba.
我们提供的强大技术覆盖完整的制浆厂，生活用纸，纸和纸板生产线，以及生物质能源生产工厂。
Our strong technology offering includes entire pulp mills, tissue, board and paper manufacturing lines, as well as power plants for bio-energy production.
作为生物质消耗量巨大的制浆造纸产业，在制浆过程中充分利用植物资源对缓解资源短缺问题具有极为重要的意义。
As the great biomass consumer, it is very significant for pulping and papermaking industry to reasonably utilize the bio-resource in pulping process for alleviating the resource shortage.
为提高红麻贮存质量和改进制浆造纸工艺提供微生物学依据。
The data also provide the microbiological basis for improving the quality of…
采用混凝水解曝气生物滤池工艺对制浆造纸中段废水进行了深度处理。
Research on micro-electrolysis advanced treatment of washing and bleaching effluents from pulp and paper making process;
介绍了微生物技术在制浆工业应用的研究情况及其发展前景。
The research and development of microbiotechnology used in pulping industry were introduced in this paper.
美卓制浆、造纸和电力是世界领先的供应商，专业从事制浆、造纸与生物质能源的工艺、设备和服务以及织物和滤网业务。
Metso is the leading supplier which specializes in pulp, paper and power industry processes, machinery, equipment, services as well as paper machine clothing and filter fabrics.
维美德拥有雄厚的技术实力，提供包括制浆，生活用纸，纸和纸板生产线，以及采用生物质能源生产的电厂。
Valmet's strong technology offering includes pulp mills, tissue, board and paper production lines, as well as power plants for bioenergy production.
维美德拥有雄厚的技术实力，提供包括制浆，生活用纸，纸和纸板生产线，以及采用生物质能源生产的电厂。
Valmet's strong technology offering includes pulp mills, tissue, board and paper production lines, as well as power plants for bioenergy production.
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