- Quality and Safety
Surface cleaning and disinfection
Optimisation of the efficiency of cleaning and disinfection processes, or sanitisation.
Hygienic environments
Industries that manufacture consumable products susceptible to contamination, such as the food, pharmaceutical and cosmetic industries, are aware of the importance of having efficient sanitisation processes capable of ensuring that surfaces and the processing environment have the required level or degree of hygiene, so that the same level of hygienic confidence is maintained for each production batch.
On the other hand, industrial hygiene companies are interested in being able to offer innovative and differentiating sanitisation products and/or technologies that meet their customers’ needs, guaranteeing the effectiveness of the cleaning and disinfection of their processes while also contributing to improving their sustainability.
At AINIA, we add value
- Third-party assessment of the hygienic and/or environmental effectiveness of the sanitisation process, validation/verification.
- Opportunity to reduce consumption and/or save time in sanitisation operations.
- Assessment/estimation of the effectiveness of a new cleaning technology.
- Implementation of a new sanitisation technology.
- Assessment of cleanability.
Surface cleaning and disinfection
Verification of the effectiveness, validation, of the industrial sanitisation process and proposal of improvements. This is addressed in three stages:
- Preliminary study of the facility and the cleaning and disinfection protocol, sanitisation.
- Assessment of the effectiveness and control of the cleaning and disinfection protocol, open or CIP.
- Proposals to improve the effectiveness of the industrial sanitisation process.
Improvement of the eco-efficiency of sanitisation processes. Reduction of environmental impact.
- Initial diagnosis and characterisation of the production process and the sanitisation process.
- Improvement proposal.
Development of new sanitisation technologies, such as bio-cleaning, dry ice, liquid ice, ozone, plasma, etc., with the aim of solving current difficulties in sanitising specific elements and/or offering more sustainable alternatives.
- Design and development of the application of the new technology for its specific use.
- Pilot assessment of hygienic effectiveness.
- Pilot assessment of environmental impact.
- Design and development of an industrial prototype.
- Implementation of the new sanitisation technology and industrial verification of its effectiveness.
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