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HTST skid combines high performance with energy savings
Suncombe, a global specialist in cleaning and critical process systems, has introduced a new High Temperature Short Time (HTST) Skid tailored for the biopharmaceutical industry. This heat exchanger rapidly heats and cools fluids for a short duration, meeting the industry’s energy-efficient processing needs.
The HTST Skid complies with the American Society of Mechanical Engineers (ASME) Bioprocessing Equipment (BPE) standards, ensuring it meets strict guidelines for materials, design, fabrication, installation, and testing. ASME BPE outlines specific requirements for HTST skids and other bioprocess equipment, emphasising compliant materials, surface finish, and design features.
Key requirements for HTST skids as per ASME BPE include: using compatible materials, appropriate surface finish like electropolishing, minimising deadlegs, easy cleaning and sterilisation design, and testing for performance validation.
Suncombe’s HTST Skid now features the latest processing and control technology for efficient thermal processing with minimal energy consumption. The skid includes energy-efficient components like advanced heat exchangers and automated controls, along with an optimised process layout. These features enable reduced energy usage, leading to substantial cost savings for businesses. The skid is built on a modular framework that can be tailored to meet individual customer requirements.
“We are excited to introduce the newest version of our ASME BPE HTST Skid, which represents the latest in cutting-edge technology for the biopharmaceutical industry,” said Steve Overton, Operations Director at Suncombe. “It is designed to meet modern bioprocessing industry needs, ensuring high standards of safety and performance. It offers customers an up-to-date and eco-friendly solution to meet industry demands, with rigorous testing and validation to ensure it meets stringent performance requirements.”
More information online:
ilmt.co/PL/15ME and
ilmt.co/PL/pw9B 62851pr@reply-direct.com Celebrating 50 years of laser diffraction
Microtrac, a pioneering company in Laser Diffraction technology, marks its 50th anniversary since its inception in 1974. The company’s legacy began with the delivery of the first instrument to measure Particle Size Distributions using Laser Diffraction, a technology based on the foundational work of great physicists such as Albert Einstein.
Over the years, Microtrac has introduced groundbreaking technologies, such as the first laser diffraction measurement in dry powder which was patented in 1975, and the use of solid-state laser diodes in 1987. The company has continuously integrated the latest technological advances into its instruments, delivering unmatched information on size and shape to users.
In 2018, Microtrac released the SYNC analyser, which incorporated synchronous measurement of laser diffraction and dynamic image analysis. This innovation allows users to obtain comprehensive data on particle characteristics, further solidifying Microtrac’s position as a leader in the field.
More information online:
ilmt.co/PL/jJBp and
ilmt.co/PL/qweq 62784pr@reply-direct.com ISO 17034 & 17025-Certified density standards to ensure accuracy and traceability
Obtaining highly reliable analysis data is key to operating a successful business regardless of industry. For analytical instruments to continually achieve pinpoint results across even the finest of measurement parameter changes, maintenance is mandatory. If regular maintenance is not performed, instrument reliability may fall considerably, a regrettable outcome for owners of expensive analysers who care about getting quality work done.
In addition to being a trusted analytical instruments maker for over 60 years, Kyoto Electronics Manufacturing (KEM) is also a producer of density and refractive index liquid standards, traceable to the stringent requirements of the national Japanese standard. KEM’s high-quality standard liquids are used to verify if your density meter or refractometer is in good working order, ensuring the high reliability of your day-to-day analysis results.
KEM’s liquid standards laboratory fulfils ISO/IEC 17025 requirements for the competence of testing and calibration laboratories and successfully operates a quality management system in accordance with ISO 17034.
As KEM has decades of proven technical prowess and reliability, and furthermore, continues to achieve compliance with stringent international standards, you can have the utmost confidence in using their exemplary liquid standards to validate density meters and refractometers.
More information online:
ilmt.co/PL/lw2Q and
ilmt.co/PL/Gzpj 63052pr@reply-direct.com
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