For heat- and radiation-sensitive products at pilot and small-batch scale. Ozone-based, low temperature, residue-free, with the ISO 14937 qualification owned by Damgaard Solutions. Ethylene-oxide-free.
Ethylene oxide is being squeezed out of Europe, and manufacturers of heat- and radiation-sensitive product are running out of options. Low-temperature ozone is the route that remains.
A low-temperature gas process that leaves no toxic residue, validated to the standard written for novel sterilization methods.
If it cannot go through an autoclave, an ethylene oxide cycle, or a radiation dose, it is a candidate for low-temperature ozone.
One feasibility assessment, one owned ISO 14937 qualification, one pilot-scale service. No method touches your product until it is proven for your product.
We confirm ozone compatibility for your product, materials and packaging before you commit, and define the cycle.
We build and own the ISO 14937 qualification, with audit-ready documentation that survives inspection.
Pilot-scale contract sterilization, scoped to your batch and quoted per project.
No. Ozone reverts to oxygen and water, with no toxic residue and no long aeration hold.
Low temperature, roughly 30 to 35 C, suitable for heat-sensitive product.
ISO 14937, the standard for defining and validating a sterilization process. We own that qualification for your product.
No. Ozone has material-compatibility limits, so every engagement starts with a feasibility assessment.
Yes. It is a low-temperature, EtO-free route for products that cannot take ethylene oxide, heat or radiation.
Pilot and small batch, not commercial truckload volumes. Every engagement is scoped and quoted per project.
Every quote is a written proposal with a named engineer. Start with a feasibility assessment for your product, and we will tell you honestly whether ozone is the right route.