JISKOOT Laboratory Equipment

JISKOOT Laboratory Equipment consist of the following:
  • JISKOOT MS53 Laboratory Mixer
  • JISKOOT ShearMix
  • JISKOOT Laboratory Workstation LabPC & Mixer
  • JISKOOT Sample Receiver Cleaning System


In a typical sample receiver, heavier components like water tend to segregate, necessitating thorough mixing to ensure the withdrawn sample accurately represents the entire contents. The MS53 mixer plays a pivotal role in this process, as it allows for effective blending of the sample to guarantee its representativeness for subsequent analysis. Connected to a sample receiver, the MS53 facilitates the extraction of samples either through a takeoff valve or an optional septum, offering flexibility in sampling procedures. Moreover, for applications involving temperature-sensitive oils, the MS-53 mixer can be supplied in a heated enclosure, ensuring precise control over temperature conditions for optimal sample handling and analysis.

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The JISKOOT ShearMix is meticulously engineered to homogenize the contents of a constant pressure cylinder at the exact pressure of the sample collection process, thereby guaranteeing the representativity of analysis subsamples and the preservation of 'light ends'. Setting itself apart as the sole integrated mixing system utilizing laboratory-standard mixing techniques, the ShearMix is designed to unify liquid hydrocarbon samples with the level of consistency indispensable for Karl Fischer analysis. This innovative system not only ensures uniformity in sample composition but also upholds the stringent requirements for repeatability essential in analytical processes.

JISKOOT Shearmix Mixing Station Manual

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The Laboratory Workstation, encompassing the Laboratory Mixer and LabPC, is meticulously crafted to streamline and document the sample handling and mixing procedures involved in withdrawing samples from the receivers for subsequent analysis. By leveraging this integrated equipment, organizations can establish a standardized approach to sample preparation, ensuring consistency and accuracy throughout each stage of the analytical process. Moreover, the use of this sophisticated setup instills a level of quality assurance that is unparalleled, offering indisputable accountability and traceability for every sample handled.

Internationally recognized sampling standards such as ISO 3171, API 8.2, and IP 6.2 outline a comprehensive framework comprising four essential steps crucial for ensuring the accuracy of fiscal quality sampling. Notably, two pivotal steps involve the manipulation of the collected sample within a receiver and subsequent laboratory procedures, encompassing sample handling, mixing, and analysis. To meet these stringent standards and uphold precision in sampling practices, the utilization of the laboratory workstation featuring Cameron’s JISKOOT™ laboratory mixer and LabPC is paramount. This cutting-edge equipment is specifically engineered to standardize and meticulously document the sample handling and mixing protocols, particularly during the retrieval of samples from the receivers for detailed analysis. By incorporating this advanced workstation into sampling methodologies, organizations can establish a level of quality-assured accountability that remains unequivocal and unchallenged, aligning with the core principles of international sampling standards and ensuring the accuracy and reliability of fiscal quality sampling processes.

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Two distinct types of receiver cleaning systems are at your disposal to cater to varying cleaning requirements. Firstly, a hot water-based system is tailored for products that can undergo cleaning with water at temperatures ranging between 70-80°C, ensuring effective removal of contaminants. On the other hand, a solvent-based system is reserved for more demanding cleaning tasks necessitated by challenging residues.
 
The cleaning system is meticulously engineered to deliver pristine results, ensuring a thoroughly cleaned and dry receiver. By executing a comprehensive cleaning process that encompasses washing and flushing all internal walls, couplings, and pipework, the system guarantees the removal of all impurities and residues, thereby maintaining optimal hygiene standards for subsequent sampling and analysis processes. This meticulous approach to receiver cleaning underscores the commitment to precision and cleanliness within the laboratory environment, enhancing the reliability and accuracy of analytical results.

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