What is Low Temperature Cleaning?
Low temperature cleaning refers to cleaning processes carried out at reduced water temperatures (typically below 30°C) to minimise energy consumption while maintaining hygiene standards.
This approach is increasingly adopted across sectors, driven by sustainability and energy efficiency.
Why Is Low Temperature Cleaning Important?
Lowering cleaning temperatures delivers several key benefits:
- Reduced energy consumption
- Lower carbon footprint
- Extended lifespan of materials and surfaces
- Improved safety in certain environments
What Are the Challenges of low temperature cleaning
At lower temperatures, biological and enzymatic cleaning systems can experience reduced activity, which may impact the rate and overall efficiency of soil removal.
1. Reduced Enzymatic Activity
Enzyme activity is temperature-dependent, and while some enzymes are engineered for lower temperatures, reduced temperatures generally result in:
- Slower reaction kinetics due to decreased molecular motion
- Reduced rate of substrate conversion, which can lower the efficiency of soil breakdown
2. Reduced Microbial Metabolic Activity
Microbial performance is also temperature-dependent, and at lower temperatures:
- Metabolic and enzymatic activity within cells decreases
- Growth rates and substrate utilisation are reduced, meaning degradation of organic matter can take longer
3. Potential Impact on Cleaning Performance
As a result, lower temperatures can:
- Slow the breakdown of organic soils, increasing the likelihood of residual buildup
- Extend the time required to achieve the same level of cleanliness
- In some systems, necessitate formulation or dosing adjustments to maintain performance
How Does Genesis Biosciences’ Probiotic Cleaning technology Overcome These Challenges?
Genesis Biosciences probiotic cleaning formulations are specifically engineered to maintain optimum performance under low temperature conditions using selected Bacillus strains that are capable of:
- Germinating effectively and remaining metabolically active at lower temperatures (e.g. 5–20 °C)
- Producing enzymes that retain functional activity under cold conditions, supporting continued breakdown of organic matter
The Role of Bacillus Strain Selection in Low Temperature Cleaning
1. Cold-Active Enzyme Systems
Selected Bacillus strains produce enzymes that retain activity at lower temperatures, enabling effective breakdown of organic matter even in cold water conditions. This supports consistent cleaning performance without the need for elevated temperatures.
2. Sustained Microbial Activity
Genesis’ Bacillus strains are selected for their ability to germinate effectively and remain metabolically active at reduced temperatures, allowing continued degradation of organic residues during and after the cleaning process, contributing to a longer-lasting effect.
3. Spore-Forming Stability
A key advantage of Bacillus species is their ability to form highly resilient spores.
Why this matters:
Genesis’ Bacillus spores remain stable within cleaning formulations, maintaining viability during storage and use. Upon application, they are able to germinate rapidly in the presence of organic residues on surfaces, transitioning into active cells that drive cleaning performance. This ensures reliable efficacy, extended shelf life, and consistent activation under real-world conditions.
4. Surface Adhesion and Residual Cleaning
Genesis’ Bacillus strains are able to adhere to cleaned surfaces and remain active long after the initial cleaning process. This persistent presence allows them to continuously break down residual organic matter, helping to prevent re‑soiling and maintain cleaner surfaces between cleaning cycles.
What Are the Benefits of Low Temperature Cleaning with probiotics?
Sustainability Benefits
Combining low temperature systems with targeted Bacillus strains delivers sustainability benefits through reduced energy usage and lower environmental impact which in turn supports ESG and net-zero goals.
Performance Benefits
Genesis’ Bacillus strains provide efficient breakdown of organic matter at temperatures as low as 5–20°C whilst while enabling ongoing activity on surfaces between cleans. This can help reduce reliance on harsher chemistries and support more sustainable cleaning regimes. In low-temperature conditions, well-formulated probiotic systems can maintain performance where some traditional approaches may see reduced efficiency.
Operational Benefits
Such solutions also benefit from having lower operational costs through improved efficiency and extended cleaning intervals.
The Future of Low temperature Cleaning Is Biology-Driven
Low temperature cleaning is a fundamental shift toward sustainable, science-driven hygiene systems.
By leveraging science driven Bacillus strain selection, Genesis Biosciences’ probiotic cleaning solutions:
- Overcome the limitations of cold environments
- Deliver consistent, high-performance cleaning
- Support long-term environmental goals
Final Thoughts
As industries move toward energy-efficient and sustainable cleaning practices, the role of microbiology becomes increasingly important.
Low temperature cleaning, powered by carefully selected Bacillus strains, represents a key innovation, bridging the gap between performance and sustainability.