ASTM D2068-2012a
测定过滤器阻塞倾向的标准试验方法

Standard Test Method for Determining Filter Blocking Tendency


ASTM D2068-2012a 中,可能用到以下仪器设备

 

滤纸称量解决方案

滤纸称量解决方案

梅特勒-托利多中国(Mettler-Toledo)

 

Microsart®Combi.jet多联式过滤器

Microsart®Combi.jet多联式过滤器

德国赛多利斯集团

 

赛多利斯Vivaspin 20离心浓缩管

赛多利斯Vivaspin 20离心浓缩管

德国赛多利斯集团

 

便携式抽滤仪RN1001

便携式抽滤仪RN1001

海能未来技术集团股份有限公司

 

GE Klari-Flex新一代真空抽滤过滤器

GE Klari-Flex新一代真空抽滤过滤器

北京绿绵科技有限公司

 

Pmini A2 便携式抽滤器

Pmini A2 便携式抽滤器

上海安杰环保科技股份有限公司

 

默克密理博Millipak屏障过滤器

默克密理博Millipak屏障过滤器

默克工艺解决方案Merck

 

默克Integritest 5完整性测试仪

默克Integritest 5完整性测试仪

默克工艺解决方案Merck

 

默克Viresolve Pro 除病毒预过滤器

默克Viresolve Pro 除病毒预过滤器

默克工艺解决方案Merck

 

默克密理博Millidisk屏障过滤器

默克密理博Millidisk屏障过滤器

默克工艺解决方案Merck

 

默克密理博Millipak即用型囊式过滤器

默克密理博Millipak即用型囊式过滤器

默克工艺解决方案Merck

 

默克密理博Millidisk®筒式过滤器

默克密理博Millidisk®筒式过滤器

默克工艺解决方案Merck

 

默克密理博Express SHR亲水性滤膜

默克密理博Express SHR亲水性滤膜

默克工艺解决方案Merck

 

默克密理博Express PHF亲水性滤器

默克密理博Express PHF亲水性滤器

默克工艺解决方案Merck

 

默克密理博Integritest 4完整性测试仪

默克密理博Integritest 4完整性测试仪

默克工艺解决方案Merck

 

默克密理博Viresolve Pro 及 Pro+ 解决方案

默克密理博Viresolve Pro 及 Pro+ 解决方案

默克工艺解决方案Merck

 

默克密理博Polysep Ⅱ过滤器

默克密理博Polysep Ⅱ过滤器

默克工艺解决方案Merck

 

默克密理博Milligard 过滤器

默克密理博Milligard 过滤器

默克工艺解决方案Merck

 

默克密理博Clarigard 深层过滤器

默克密理博Clarigard 深层过滤器

默克工艺解决方案Merck

 

默克密理博Aervent除菌级过滤器

默克密理博Aervent除菌级过滤器

默克工艺解决方案Merck

 

默克密理博Polygard CR 深层过滤器

默克密理博Polygard CR 深层过滤器

默克工艺解决方案Merck

 

默克密理博Polygard CT 深层过滤器

默克密理博Polygard CT 深层过滤器

默克工艺解决方案Merck

 

默克密理博Polygard CN过滤器

默克密理博Polygard CN过滤器

默克工艺解决方案Merck

 

默克密理博Clarisolve 深层过滤器

默克密理博Clarisolve 深层过滤器

默克工艺解决方案Merck

 

默克密理博Lifegard 深层过滤器

默克密理博Lifegard 深层过滤器

默克工艺解决方案Merck

 

默克Labscale小型切向流超滤系统

默克Labscale小型切向流超滤系统

默克工艺解决方案Merck

 

默克Cogent M1 中试规模半自动超滤系统

默克Cogent M1 中试规模半自动超滤系统

默克工艺解决方案Merck

 

默克密理博Cogent µScale 超滤系统

默克密理博Cogent µScale 超滤系统

默克工艺解决方案Merck

 

默克Mini Pellicon 及 Pellicon 超滤系统

默克Mini Pellicon 及 Pellicon 超滤系统

默克工艺解决方案Merck

 

默克密理博Prep/scale 卷式膜超滤系统

默克密理博Prep/scale 卷式膜超滤系统

默克工艺解决方案Merck

 

默克Prostak MF(微滤)膜堆

默克Prostak MF(微滤)膜堆

默克工艺解决方案Merck

 

默克密理博Prostak UF (超滤) 膜堆

默克密理博Prostak UF (超滤) 膜堆

默克工艺解决方案Merck

 

默克密理博Pellicon 2 盒式超滤膜包

默克密理博Pellicon 2 盒式超滤膜包

默克工艺解决方案Merck

 

默克密理博Pellicon XL 50膜包

默克密理博Pellicon XL 50膜包

默克工艺解决方案Merck

 

默克Labscale小型切向流超滤系统

默克Labscale小型切向流超滤系统

默克工艺解决方案Merck

 

 

 

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标准号
ASTM D2068-2012a
发布日期
2012年
实施日期
废止日期
国际标准分类号
75.160.20 (Liquid fuels)
发布单位
US-ASTM
适用范围

5.1x00a0;This test method is intended for use in evaluating the cleanliness of middle distillate fuels, and biodiesel and biodiesel blends for specifications and quality control purposes.

5.2x00a0;The filter media specified in the three procedures are all suitable for the materials in the Scope. Specifications calling up this test method should state the procedure required.

5.3x00a0;A change in filtration performance after storage or pretreatment can be indicative of changes of fuel condition.

5.4x00a0;The filterability of fuels varies depending on filter porosity and structure and therefore results from this test method might not correlate with full scale filtration.

5.5x00a0;Causes of poor filterability in industrial/refinery filters include fuel degradation products, contaminants (including water) picked up during storage or transfer, effects due to temperature or composition for bio fuels, incompatibility of commingled fuels, or interaction of the fuel with the filter media. Any of these could correlate with orifice or filter system plugging, or both.

5.6x00a0;The results of the FBT test can range from 1 with a fuel with very good filterability, to over 100 for a fuel with poor filterability. The selection of a single FBT number to define a pass or fail criteria is not possible as this will be dependent on the fuel type and applications.

1.1x00a0;This test method covers three procedures for the determination of the filter blocking tendency (FBT) and filterability of middle distillate fuel oils and liquid fuels such as biodiesel and biodiesel blends. The 3 procedures and associated filter types, are applicable to fuels within the viscosity range of 1.3 to 6.0 mm2/s at 40x00b0;C.

Note 1x2014;ASTM specification fuels falling within the scope of this test method are: Specifications D396 Grades No 1 and 2; Specification D975 Grades 1-D, low sulfur 1-D and 2-D; Specification D2880 Grades 1-GT and 2-GT; Specification D6751.

1.2x00a0;This test method is not applicable to fuels that contain free (undissolved) water (see 7.3).

1.3x00a0;The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard.

1.4x00a0;This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.


ASTM D2068-2012a 中可能用到的仪器设备





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