A cleaner future starts with biotechnology, not bleach 

Biotechnology cleaning solutions are redefining how facilities improve hygiene and sustainability. Once a niche innovation, biotechnology has become one of the most exciting developments in sustainable cleaning technology, but what does it actually do, and why are more facilities managers using it? 

The answer lies in science. Biotechnology harnesses the power of microorganisms that naturally break down dirt, grease, and organic waste at the microscopic level. When applied correctly, these enable the creation of biological solutions that deliver a deep, continuous clean that’s safer for people and the planet, without compromising on performance. 

Traditional cleaning relies on surfactants and disinfectants to remove visible dirt or kill bacteria. It’s fast-acting, but short-lived. Once the chemical is rinsed away, the surface is vulnerable to re-contamination. 

Biotechnology flips that approach

It introduces naturally occurring, non-pathogenic bacteria that break down organic matter, grease, food residues, odours, and biofilms, at a microscopic level. These microbes keep working long after the initial clean, digesting the residues that chemicals leave behind, maintaining cleanliness between cleaning cycles. 

This continuous, biological action means: 

• Less chemical runoff into waterways. 

• Fewer harsh or corrosive agents on surfaces. 

• Longer-lasting cleanliness and reduced re-soiling. 

Unlike traditional cleaners, probiotic formulations sustain microbial activity beyond the initial clean, as bacteria keep producing enzymes that break down organic matter and maintain hygiene stability. 

Not all bacteria are created equal. In biotechnology cleaning, specific bacillus strains are selected for their unique enzymatic abilities, each one tackling a different type of organic waste: 

• Bacillus subtilis: Targets grease and protein build-up in kitchens and drains. 

• Bacillus licheniformis: Efficiently digests starches and fatty residues. 

• Bacillus pumilus: Reduces odours and breaks down stubborn biofilms. 

• Bacillus megaterium: Handles complex organic matter found in textiles and wastewater. 

When combined, these strains form a multi-strain ecosystem that adapts to different environments, a natural cleaning team where each microbe brings its own “superpower.” 

The strength of multi-strain probiotic cleaning lies in teamwork. Instead of acting once and fading, these microbes colonise surfaces and keep cleaning for up to 72 hours. 

• The “good” bacteria (often Bacillus spores) remain on the surface and become active in the presence of new dirt or organic matter. They continue to break down grime, allergens, and odour-causing compounds over an extended period. 

• They clean continuously: Active colonies keep producing enzymes that neutralise grime and odours.  

• Prevent build-up: Attack biofilms at the source rather than masking the problem. 

• Enhance safety: 100% biodegradable and non-corrosive, protecting surfaces and people. 

• Support sustainability: Reduce chemical dependency and water use, aligning with net-zero goals 

Probiotic cleaning has been shown to reduce harmful microbial regrowth and support long-term surface hygiene, confirming what many forward-thinking FM teams are already experiencing in practice. 

Across hospitality, healthcare, and commercial buildings, the shift to biotechnology cleaning is already showing results: 

• Cleaner drains and washrooms with fewer blockages. 

• Noticeably fresher air and reduced odour complaints. 

• Lower reliance on heavy chemical cleaners. 

• Measurable carbon and cost savings from reduced maintenance frequency. 

Facilities managers also report longer intervals between deep cleans, as balanced microbial ecosystems naturally prevent dirt and odour build-up. 

To get the best from biological cleaning systems: 

1. Choose the right formulation: Use proven multi-strain blends suited to your environment (like Thrive’s URIZAP, SLUDGEZAP). 

2. Apply consistently: Regular use allows beneficial bacteria to colonise. 

3. Train your team: Help them understand that these microbes work over time, not instantly. 

4. Measure the results: Track KPIs like odour reduction, grease trap maintenance, and chemical consumption to show ROI. 

Biotechnology cleaning solutions prove that the smallest organisms can make the biggest impact. 

 
By shifting from short-term chemical fixes to long-term biological performance, facilities can achieve: 

• Cleaner, healthier environments 

• Measurable sustainability gains 

• Reduced waste and water usage 

• Lower overall cleaning costs 

Ready to see how biotechnology can transform your cleaning strategy? 

Contact our team to explore our solutions.