OSLO Crystallizer

Engineered to deliver large, coarse crystals with exceptional uniformity.
Mazda’s Oslo Crystallizer ensures efficiency, reduced energy use, and consistent product quality.

OSLO Crystallizer

Specialized crystallizer designed for processes demanding high-quality, uniform crystal growth.
Minimizes attrition, reduces operating costs, and supports long production cycles.

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Product Overview

Mazda’s Oslo Crystallizer, also known as a classified-suspension crystallizer, is a proven system for producing large, coarse crystals with a narrow size distribution. Unlike conventional crystallizers, it operates without mechanical agitation, reducing energy requirements and minimizing breakage of growing crystals. The design incorporates a fluidized bed for controlled desupersaturation and a liquor-vapor separation zone for solvent removal, ensuring steady, uniform crystal growth. Ideal for long continuous production cycles, the Oslo Crystallizer is engineered for efficiency, reliability, and durability across diverse industrial applications.

Advantages

Produces large, coarse crystals with a narrow size range.
Offers lower operating costs than conventional crystallizers.
Requires minimal energy due to reduced crystal attrition.
Supports extended production cycles between washing.
Suitable for both reaction and separation crystallization processes.

How It Works
Use Cases

The Oslo Crystallizer operates in two main sections. In the classifying crystallization chamber, a fluidized bed of crystals progressively removes supersaturation from the incoming liquor, promoting uniform growth. The liquor-vapor separation zone develops supersaturation through solvent removal, after which the liquor is cooled and recycled back into the crystallization chamber via a heat exchanger. This closed-loop process ensures controlled growth, minimal breakage, and efficient use of energy.

Chemical Manufacturing

In multi-effect evaporators, capturing and reusing waste steam after the final effect

Pharmaceutical Production

Steam recovery in drying and processing stages

Fertilizer and Salt Processing

Energy recycling in evaporation and concentration processes

Reaction and Separation Processes

In multi-effect evaporators, capturing and reusing waste steam after the final effect

For any inquiries or assistance, our team is ready to offer professional support and guidance. Reach out to us, and we will respond promptly to meet your needs.