The CAS 200 by Alfa Laval sets a new benchmark in compact, high-efficiency separation technology. The exclusive new version combines decades of proven Alfa Laval engineering with targeted upgrades to performance, usability, and sustainability — ideal for operators demanding reliability, low lifecycle cost, and simple maintenance.

Key benefits

Typical applications

Technical highlights

Why choose the exclusive new CAS 200

Contact For a custom quote, specification sheet, or on-site demonstration, provide your process flow rate, feed composition, and required separation goals — and we’ll match the ideal CAS 200 configuration.

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In sterile applications, "dead legs" (stagnant areas in piping) are the enemy. The new version exclusive features a reengineered inlet/outlet geometry that eliminates any potential for condensation pooling or bacterial growth. This design is so advanced that it exceeds ASME BPE (Bioprocessing Equipment) 2024 guidelines by a wide margin.

For new builds: Absolutely. The efficiency gains on water and power will pay for the unit within the first 18 months of operation, especially with rising carbon taxes.

For retrofits: If your current CAS 200 is running VLSFO or Biofuel blends and you are seeing frequent "high solids" alarms or water in the fuel tank, the new version is your solution. The exclusive bowl design handles the density of bio-blends much better than the original.

The Caveat: The new version requires the new digital control system. You cannot run this purifier on an old pneumatic logic panel. Factor in that control system upgrade if you are swapping units.

The standard CAS 200 is still a workhorse. However, the cas 200 alfa laval new version exclusive is an investment in operational continuity.

The higher upfront cost (approximately 18% above the standard model) is recouped within 18 months via lower energy bills ($0.03 per Nm³ saved) and extended filter life (up to 12 months of continuous operation versus the usual 8).

Furthermore, the IoT readiness future-proofs your plant. In five years, non-connected filters will be as archaic as non-HMI touchscreens are today.

For the engineers and fitters on the floor, the new version feels different.

| Feature | Original CAS 200 | New Version Exclusive | | :--- | :--- | :--- | | Max Flow Rate (Air) | 200 Nm³/h | 265 Nm³/h | | Pressure Drop (Nominal) | 0.2 bar | 0.12 bar | | Sterilization | Steam In-Situ | Auto-Drain Steam Ready | | Surface Finish | Ra < 0.8 µm | Ra < 0.4 µm (Electropolished) | | Connection Standard | Clamp / Flange | Clamp / Flange + ISO-K |

In the high-stakes world of biopharmaceutical manufacturing, food processing, and advanced chemical engineering, the purity of compressed air is non-negotiable. For decades, the Alfa Laval CAS 200 has been the gold standard for sterile air filtration. However, the industry has been buzzing with anticipation regarding a significant upgrade. Today, we take an exclusive deep dive into the CAS 200 Alfa Laval New Version Exclusive—a redesign that doesn’t just iterate; it revolutionizes.

The heart of the new CAS 200 is a redesigned steam distribution manifold. In previous models, achieving uniform heat transfer across the entire belt width could be challenging with irregularly cut produce (e.g., florets vs. stems).

The new version features dynamic steam injection valves. These allow for zonal control, meaning operators can adjust steam intensity in specific sections of the blancher. This ensures that every piece of produce is blanched to the exact core temperature required, eliminating "cold spots" that lead to enzymatic activity and spoilage.