实验室过滤机及中试过滤机

具有说服力的试验

试验用加压转鼓过滤机(型号 RPF P01),过滤面积为 0.18 m²
试验用加压转鼓过滤机(型号 RPF P01),过滤面积为 0.18 m²

为了进行现场试验,我们提供各种实验室和中试过滤机的租赁。由此初步测试的结论能够以半技术规模验证和深入。所有 BHS 过滤系统均配备现代化的实验室和中试过滤机或者中试过滤设备。这些试验机器根据应用专门装备,是为模拟生产的租赁使用而设计的。现场试验指导和维护由我们的受过专业培训的服务技术人员执行。这些试验结果保证了在计划生产设备设计中的可靠放大。

除了提供试验用实验室和中试过滤系统,我们还销售 - 全新或者二手的 - 用于小型生产或者装备实验中心的这些单元。

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“过滤技术”调查问卷 (PDF / 129 KB)
“过滤技术”调查问卷

该调查问卷说明您的过滤用途,用于帮助我们明确您对产品的要求和准备报价或进行过滤试验。

大小: 129 KB

优点

  • 最佳的技术装备
  • 按比例放大的安全方式
  • 快速可用性

应用

  • 进行中试规模的试验
  • 生产样品
  • 最小规模生产

BHS 过滤技术实验中心

跳转至 BHS 技术实验中心试验的链接

专业技术论文

Thin-cake filtration technology to meet full containment for air-sensitive and toxic chemical and pharmaceutical production

PharmaChem
1/2 2016 (January/February)
二月 2016
PDF (3.5 MB)
Thin-cake filtration technology to meet full containment for air-sensitive and toxic chemical and pharmaceutical production

In many chemical and pharmaceutical processes, solid-liquid separation, cake washing and drying steps directly impact the effectiveness of the production operation. Further complicating these operations is the nature of the process and especially if the process is air-sensitive or toxic. This article discusses the choice of thin-cake (2-25 mm) pressure separation technology for full containment, no residual heel and their benefits to optimizing the effectiveness of the production process. For full containment, the paper then continues with a discussion of clean-in-place operations to meet current Good Manufacturing Practices (cGMP) guidelines including riboflavin test, validations and ANSI/ISA S88 and IEC 61512-1 batch process control systems.

大小: 3.5 MB

Choosing a Fine-Particle Filtration System

Chemical Engineering Progress (CEP)
December 2014
十二月 2014
PDF (4.4 MB)
Choosing a Fine-Particle Filtration System

Filtration technology has advanced to meet the demand to remove small particles at low concentrations. When designed ocrrectly, a candle filter or a pressure plate filter may be a more-efficient replacement for a traditional filtration scheme.

大小: 4.4 MB

Thinking like Sherlock Holmes for process filtration technology selection

CHEMICAL TECHNOLOGY
September 2014 (pages 18-22)
九月 2014
PDF (841 KB)
Thinking like Sherlock Holmes for process filtration technology selection

Sherlock Holmes and Dr John Watson are fictional characters of Sir Arthur Conan Doyle. Process engineers who live in the real world can learn many things from the two of them for solving process filtration problems. This article will intertwine the detective techniques (mindfulness, astute observation, logical deduction and others) of Holmes and Watson with the problem-solving skills required to select process filtration systems.

大小: 841 KB
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