真空热风干燥浸油设备的新探索

为了适用于引进德国 ＭＷＢ公司的无局放试验变压器器身干燥的要求，我们研制了真空热风干燥浸油设备。本文详尽的叙述了该设备的构成、真空热风干燥浸油工艺以及讨论了真空热风干燥与保温之间的关系。通过三年来的运行证明该设备满足了德国ＭＷＢ公司的无局放试验变压器器身干燥的要求，得到了该公司的认可，省掉了从国外进日真空热风干燥设备，这样便节约了大量外汇，而且为将来即将研制的φ３６００ｍｍ真空热风干燥设备积累了宝贵的经验，使我国的真空热风干燥设备进入了８０年代的行列。     

增力公司隆重推出氯化胆碱二代干燥成套设备

沈阳增力干燥设备有限公司是国内氯化胆碱干燥设备主要供应商，产品占国内市场60％以上份额。公司在氯化胆碱方面积累了近十年干燥经验，随着市场向规模化、大型化发展，2007公司首度向市场隆重推出氯化胆碱二代干燥成套设备。该产品采用公司国内首创“强力搅拌沸腾流化床干燥机”专利技术，较一代产品技术方面取得重大突破，原有一代产品流化床层干燥死角区域、大颗粒团料干燥过热焦糊现象、系统进出料密封、干燥床层操控等问题二代产品全部解决。     

益民国内首家生产新型圆盘沸腾干燥机组

目前，一种新型圆盘沸腾干燥机组由中国干燥设备行业重点骨干企业江苏省常州市益民干燥设备有限公司引进澳大利亚最新技术研制成功，并在酵母行业广泛应用，经国内大型食品、制药厂家使用，效果反映良好。     

淄博全密封式搅拌过滤干燥设备研发成功

一种全密封式搅拌过滤干燥设备日前在淄博贝特化工设备有限公司试制成功。这是一种集搅拌、过滤、干燥为一体的“三合一”设备，是一种高性能干燥设备。     

闪蒸干燥机的结构特点及工作原理

闪蒸干燥机是一种带有旋转粉碎装置的竖式流化床干燥设备，主要用于膏糊状物料的干燥。其主体为一个圆筒形干燥室，由底部的粉碎流化段、中部干燥段和顶部分级段组成，能同时完成物料的粉碎、干燥、分级等操作。闪蒸干燥机具有以下结构特点：     

LG系列冷风干燥设备研制成功

由广东省农业机械研究所研制的 L G系列冷风干燥设备已推出市场。L G系列冷风干燥设备由机仓、制冷吸湿系统、风机、调节冷凝器、电器控制系统和载料台车等组成 ,以制冷除湿获得的低温低湿空气作干燥介质 ,对置于机仓内台车上的物料进行干燥 ,特别适用干燥卫生要求高和质量易受温度影响的产品。L G系列冷风干燥设备的能耗仅为热风干燥的 1/3～ 1/4 ,工作噪声小于 6 0 d B(A)。目前已开发机型有 :L G75、L G110、L G185三种 ,物料铺放面积分别为 75、110、 185 m2 ,配电量分别为 9、 14、 17k W。LG系列冷风干燥设备研制成功@王艮!通…     

干燥的淤泥——淤泥干燥设备中的分析处理仪器

大多数工业生产中或者地区性建设中使用的淤泥必须经过干燥处理。而干燥检测系统预防性的维护保养和计量鉴定，是淤泥自动化干燥设备中不可缺少的一个重要环节。     

国产节能干燥设备获得重大突破

山东省科学院节能干燥工程技术研究中心经过一年多的努力，该中心研制的60万吨／年PTA重大国产化节能干燥设备，理论模型和工业样机均已完成，目前正在实施论证，不久将投入生产；该中心与山东新汶矿业集团合作研制的国内最大的石膏煅烧干燥设备，已投入生产运行。这些具有自主知识产权的科研成果，将打破长期以来国外垄断大型节能干燥设备制造的局面。[第一段]     

东北大学沈阳一通钼精矿粉干燥设备投入工业应用

东北大学沈阳一通创业科技公司在旋转闪蒸干燥机地基础上，针对钼精矿粉的特性，对旋转闪蒸干燥机的旋闪段和干燥段进行了相应的改变，开发了钼精矿粉干燥设备，取得了较好的干燥效果。     

真空热风干燥设备（VDH）的新进展

本文以 ＶＤＨ型真空热风干燥设备为核心。着重论述了该设备的结构特点、主要技术性能、干燥机理以及用户评价。并介绍了真空热风干燥设备目前在我国电工行业中所处的地位和意义。文章还指出真空热风干燥设备进入电工行业是历史的必然。     

Multiphase versus single pot granulation process: influence of process and granulation parameters on granules properties

High-shear wet granulation is widely used for the production of pharmaceutical dosage forms. Different equipment is available for high-shear granulation and drying. This review focuses on two main processes for granules production: multiphase consisting of high-shear granulation followed by drying in a separate apparatus, and single pot granulation/drying. At present, formulas are specifically developed with regard to the production equipment, which raises many problems when different industrial manufacturing equipment is used. Indeed, final granules properties are likely to depend on equipment design, process, and formulation parameters. Therefore, a good understanding of these parameters is essential to facilitate equipment changes.

The aim of this review is to present the influence of equipment, process, and formulation parameters on granules properties, considering both the granulation and the drying steps of multiphase and single pot processes.     

薄膜用碳酸钙种类选择研究

测试了不同细度的重质碳酸钙和轻质碳酸钙的吸油率，以及重质碳酸钙填充母料和轻质碳酸钙填充母料的熔体流动性和成膜性。结果表明，不论重质碳酸钙还是轻质碳酸钙，细度越高，吸油率越高，加工流动性越差；重质碳酸钙的吸油度低于同等目数的轻质碳酸钙，而加工流动性和成膜性则优于后者，重质碳酸钙是制造填充薄膜的适宜材料。     

Multiphase versus Single Pot Granulation Process: Influence of Process and Granulation Parameters on Granules Properties

ABSTRACT

High-shear wet granulation is widely used for the production of pharmaceutical dosage forms. Different equipment is available for high-shear granulation and drying. This review focuses on two main processes for granules production: multiphase consisting of high-shear granulation followed by drying in a separate apparatus, and single pot granulation/drying. At present, formulas are specifically developed with regard to the production equipment, which raises many problems when different industrial manufacturing equipment is used. Indeed, final granules properties are likely to depend on equipment design, process, and formulation parameters. Therefore, a good understanding of these parameters is essential to facilitate equipment changes.

The aim of this review is to present the influence of equipment, process, and formulation parameters on granules properties, considering both the granulation and the drying steps of multiphase and single pot processes.     

电石渣的综合利用及制备轻质碳酸钙的研究进展

简述了电石渣在生产水泥等化工产品、环保等方面综合利用的现状，并重点评述了以电石渣为原料制备轻质碳酸钙和纳米碳酸钙的研究进展。以电石渣为原料生产有较高附加值的轻质碳酸钙和纳米碳酸钙，具有重要的开发价值。     

惰性粒子流态化技术在干燥中的应用

本文主要介绍了惰性粒子流态化技术在干燥操作中的应用。从操作原理、惰性粒子特性、流体力学和传热传质性能、干燥曲线、设备类型、工业应用方面作了介绍。     

Effect of internal water content on carbonation progress in cement-treated sand and effect of carbonation on compressive strength

This study investigates the effect of internal water content in cement-treated sand on carbonation progress and the effect of carbonation on compressive strength. To alter the internal water content, specimens were cured under three conditions: sealed, drying, and water sprayed. The carbonation coefficient, which was determined by a phenolphthalein spray test, decreased as the internal water content increased because of water sprayed. However, a thermal analysis revealed that the amounts of portlandite consumed and calcium carbonate generated by carbonation exhibited dissimilar trends: the amount of generated calcium carbonate was the maximum when there was a small increase in water content by water sprayed. Further increments in water content significantly lowered the amount of generated calcium carbonate. The measured compressive strength increased linearly with the amount of calcium carbonate. This implies that the amount of calcium carbonate is a good indicator of the effect of carbonation on the strength development of cement-treated sand and that both these quantities are affected by the internal water content.     

欧版磨粉机在重质碳酸钙生产中的应用

根据国内重质碳酸钙的生产、应用、加工工艺及粉磨设备的基本情况,着重介绍欧版磨粉机生产重质碳酸钙的干法制粉工艺。结果表明,欧版磨粉机是一种高效节能型技术装备,单机生产能力大,单位能耗低,产品粒度分布窄,产品一次粒度d97=33～200μm,易于实现重质碳酸钙的规模化生产。     

超微碳酸钙的表面改性研究及应用

在分析超微碳酸钙研究现状及表面改性重要性的基础上,对其表面改性的过程机理、方法、改性剂、设备及效果评价进行了综述;介绍了其工业化应用现状,并对其发展前蒂进行了展望。     

Preparation of calcium carbonate microparticles containing organic fluorescent molecules from vaterite

The encapsulation of fluorescent organic molecules into crystalline calcium carbonate was examined using calcium carbonate microcapsule, whose crystalline phase is vaterite as a metastable phase of calcium carbonate. A calcium carbonate microcapsule with impregnated pyrene that is a water insoluble fluorescent molecule was soaked into suitable aqueous solutions to promote the phase transition of vaterite toward calcite as the stable phase of calcium carbonate. When 0.2 M calcium chloride solution was used, the largest amount of pyrene (approximately 0.06 wt%) was encapsulated into the calcite particle. Pyrene thus included was not eliminated even after thorough washing with THF. The calcite particle thus prepared produced the excimer emission of pyrene by UV irradiation. Rhodamine B was also introduced into calcium carbonate by the immersion of the microcapsule into the aqueous solutions of Rhodamine B. The fluorescence of rhodamine B was observed from the calcium carbonate particles by visible light irradiation. Acetaminophen, a common drug poorly soluble in water, was also included in the calcium carbonate particle by the same procedures as the pyrene encapsulation. As acetaminophen thus encapsulated was released by the dissolution of the calcium carbonate particle in acidic solution, the particle is expected to be applied for a dissolution-triggered drug delivery.     

HLM环辊磨在超细重钙粉碎中的应用

介绍了HLM环辊磨的工作原理和技术参数．着重叙述了该设备在重质碳酸钙超细粉碎中的应用参数及优势．证明HLM环辊磨是一种性能优良的超细粉碎设备。