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THE SCIENCE
Biological chemistry, engineered for institutional facilities.
Every biom product is built on two biological technologies — beneficial Bacillus microbes and targeted enzyme catalysts. Together, they digest organic contamination at the molecular level, leaving behind only water and CO₂.
CHEMISTRY
Bacillus + Enzymes
END PRODUCTS
H₂O + CO₂
CONCENTRATE
Up to 1:128
THE CORE PRINCIPLE
Conventional chemistry lifts. Biological chemistry digests.
Conventional cleaners — quaternary ammonium compounds, synthetic surfactants, petroleum solvents — work by displacement. They lift organic contamination off surfaces, suspend it in solution, and rinse it away to wastewater systems where it accumulates as biofilm, FOG buildup, and downstream pollution.
Biological chemistry works through digestion. Bacillus microbes and enzyme catalysts actively break down organic contamination at the molecular level, converting fats, oils, greases, biofilms, proteins, and petroleum into water and CO₂ as biological end products.
MEET YOUR WORKFORCE
Bacillus: industrial microbiology at work.
Bacillus species are spore-forming, gram-positive bacteria with a 50+ year track record in industrial bioremediation, agriculture, and waste treatment. Common in soil and naturally occurring across environments, they're recognized by the EPA, FDA, and global regulatory bodies as safe for industrial use.
When activated, Bacillus produce enzymes that break down complex organic molecules — then consume the broken-down fragments as a food source, fueling rapid colony growth and continuous biological cleaning across treated surfaces and drain systems.
KEY PROPERTIES
Form
Spore (dormant)
Activation
Moisture + nutrients
Shelf life
Multi-year
Operating range
40°F – 130°F
pH tolerance
4.0 – 10.5
End products
H₂O + CO₂
THE CATALYSTS
Enzymes: precision molecular tools.
Enzymes are biological catalysts that accelerate chemical reactions without being consumed. In biom products, four enzyme classes work alongside Bacillus — each purpose-built for the molecular bond it breaks.
LIPASES
Break down fats, oils, and greases
Target lipid bonds in FOG buildup, kitchen grease, petroleum residues, and hydraulic fluid contamination.
Active in: BioCut · BioCut 10X · BioFlōr
PROTEASES
Break down proteins and organic soils
Target food residues, blood, biofilm protein matrices, and organic staining in laundry and surface applications.
Active in: BioSurf · BioDish · BioLinen
AMYLASES
Break down starches and sugars
Target carbohydrate residues from foodservice, beverage operations, and cafeteria warewashing applications.
Active in: BioDish · BioSurf
CELLULASES
Break down plant-based fibers
Target cellulose residues in laundry applications and organic soils from groundskeeping operations.
Active in: BioLinen
SPORE-FORM DELIVERY
How dormant bacteria survive in concentrate.
Bacillus spores are nature's storage format — a dormant, protective form of the bacterium that survives years of dry storage and concentrate chemistry. This is what makes biom products stable on the shelf and instantly activatable in the field.
01
Dormant spore
Encased in protective coating. Inactive. Highly stable.
02
Trigger detected
Moisture + organic food source signals suitable environment.
03
Germination
Spore activates into vegetative bacterium. Enzyme production begins.
04
Active digestion
Colonies grow and consume organic contamination.
THE CONCENTRATE ADVANTAGE
Stop paying to ship water.
Every biom product is a true concentrate. A single gallon of BioFlōr makes 128 gallons of ready-to-use cleaning solution at standard dilution. Compare that to conventional ready-to-use products where 95% of what you're paying for and shipping is water.
1 GALLON CONCENTRATE
= 128 GALLONS
of finished cleaning solution at 1:128 dilution
128 gal
Finished solution per gallon concentrate
~96% less
Freight cost vs RTU products
Up to 99%
Less packaging waste vs RTU
Dilution flexibility:
BioFlōr 1:128 daily
·
BioSurf 1:64 standard
·
BioCut 1:50 degreasing
·
BioCut 10X 1:10 to 1:50 heavy duty
CONVENTIONAL VS BIOLOGICAL
Why the chemistry actually matters.
Side-by-side, the difference between conventional displacement chemistry and biom's biological digestion shows up in every dimension procurement officers and compliance teams evaluate.
DIMENSION
CONVENTIONAL CHEMISTRY
BIOM BIOLOGICAL
Mechanism
Lift, suspend, rinse
Digest at molecular level
Residue
Surfactant film + relocated contamination
H₂O + CO₂ end products
Wastewater impact
FOG / biofilm accumulation
Compatible with separators
Concentration
Often RTU (5-10% active)
True concentrate (up to 1:128)
Worker exposure
VOCs, caustics, fragrance
No VOCs, caustics, fragrance
Environmental fate
Persistent compounds in waterways
Biodegradable, reef-safe
DOCUMENTATION
For the buyers who read the SDS.
Safety data, technical specifications, and certifications — everything your facility chemists, compliance teams, and procurement officers need to validate our chemistry.
TECHNICAL
SDS Library
OSHA-compliant safety data sheets for every product in the catalog.
Browse Library →
SPECS
Spec Sheets
Product specifications, dilution rates, and application methods.
View Specs →
CERTS
Compliance Packet
WOSB, SAM, Florida WBE, and NAICS codes in one bundled PDF.
Download PDF →
TALK TO OUR TEAM
Questions about the chemistry?
For facility chemists, environmental compliance officers, and R&D teams evaluating our chemistry — we're happy to discuss technical details and share validation data.
TECHNICAL INQUIRIES
Brian Lane
Business Development
UEI: UG8JESXH3M49 · CAGE: 18FP7 · SAM Active