CBG Biotech

When engineered solvents become harder to source, replacing them isn’t always simple.
Qualification timelines, process validation, and solvent loss can drive costs higher than expected.

More manufacturers are stepping back to reassess how solvents are managed across their lifecycle, not just what chemistry they use.

This breakdown explores why, and what’s changing.
https://hubs.ly/Q04g-vWf0

CBG Biotech has introduced the PMP2012A solvent transfer pump, a cart‑mounted accessory designed to support safe, controlled solvent movement in industrial environments.

Configured to integrate with SolvTrue™ S‑Series solvent recyclers, the PMP2012A helps reduce manual solvent handling while improving workflow consistency.

Learn more: https://hubs.ly/Q04gG1qX0.

Solvent recycling usually isn’t the first thing labs think about. It typically becomes a priority as waste volume and disposal requirements start to build — and teams look for ways to reduce that burden and make better use of the solvents they already handle.

Get answers from more FAQs:
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When low-boiling-point engineered solvents become harder to source, the solution isn’t always substitution. Many manufacturers are focusing on extending solvent lifecycles to stabilize availability with on-site recovery systems. Learn more: https://hubs.ly/Q04fVjjn0.

Solvent recovery is only part of the workflow. How solvents are transferred and staged matters too.

The PMP2012A solvent transfer pump supports controlled, electrically powered solvent transfer for use alongside SolvTrue™ S‑Series recovery systems, helping maintain consistent handling across production environments.

Download the PMP2012A spec sheet from the S-Series page: https://hubs.ly/Q04g-6xh0.

Solvent decisions directly affect safety, compliance and operational efficiency. Closed‑loop recovery systems help facilities cut waste, reduce handling demands, improving safety and process control.
Learn more: https://hubs.ly/Q04dy_Jg0.

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Fractional distillation technology separates contaminants from solvents, recovering highly concentrated, reusable solvents.

This helps labs limit the volumes of solvent hazardous waste produced and move away from a discard and replace model, while taking advantage of valuable resources.

Learn more about solvent recycling from the most frequently asked questions we receive: https://hubs.ly/Q04fQSgy0.

Introducing the PMP2012A solvent transfer pump.

Designed to complement SolvTrue™ S‑Series solvent recyclers, the PMP2012A supports controlled solvent movement between containers and recycling systems—helping facilities improve consistency and reduce manual solvent handling as part of daily operations.

Learn about this accessory and compatible systems: https://hubs.ly/Q04fQ8mH0.

How do histology labs keep solvent costs under control while managing hazardous waste? Fractional distillation offers a practical way to recover xylene and substitutes at high concentration levels that support daily workflow performance.

How Fractional Distillation Recovers Solvents in Histology Applications Fractional distillation helps histology labs reclaim solvents, reduce waste and lower costs while ensuring compliance with regulatory standards.

Not all xylene substitutes behave the same way in histology and pathology workflows. Differences in drying time, solvency, residue and compatibility can affect consistency and throughput after a switch. If you’re evaluating alternatives, understanding those tradeoffs matters more than the SDS label.

👉Learn more: https://hubs.ly/Q04fhvxT0