BioSafe
Technologies
A New Front in the Fight
Against PFAS and Contaminants
Discover The Difference
With BioSafe Technologies
What If Elminating PFAS
Was Only The Beginning?
Imagine a solution that doesn’t
just contain contaminants,
but destroys them.
Our Solution:
-
Encapsulates and destroys PFAS along with all other contaminants (except expanded polystyrene foams and vapors)
-
Eliminates 100% of odors including ammonia and sulphates
-
Resolves contaminant levels to beneath mandated requirements within 30 days or less
-
Municipal projects backed by surety bonds 100% guaranteeing our work
Designed From
Nature's Own Blueprints
Through years of research and innovation, we've pioneered a
groundbreaking
method ensuring
unmatched effectiveness and long-lasting results.
By studying how biological
systems work to eliminate
harmful contaminants, our
environmental scientists
uncovered a way to amplify
these natural mechanisms.
Faster, More Efficient, & More Potent
Than The Alternatives
Four times faster
reaction time than powder enzymes to biodegradablesolids
Guaranteed first- generation potency for more than 12 months
Containing over 24 specifically selected strains—5 times more than the closest alternative
100% Active cultures
with zero fillers
means 3 to 4 times
less product to achieve results
SEBS harnesses the power of beneficial bacteria to restore water naturally:
-
Prevent water contamination through biological remediation
-
Avoid runoff and discharge of contaminants
-
Adaptable across a broad pH range to restore and safeguard water quality
Restores Water Naturally Through Bioremediation
SEBS bacteria remain dormant until activated by our protein and folic acid formula, ensuring:
-
Extended bacteria viability through cell-level protective barriers
-
Maximum potency on deployment, with no loss of strength
-
Guaranteed 1+ year shelf life without potency loss
Microencapsulation
Technology
Byproduct Free
Say goodbye to harmful waste as SEBS provides byproduct free waste reduction, eliminating:
-
Odors
-
Nitrites/Nitrates
-
Phosphates
-
Hydrogen Sulfide
Leaving no hazardous leftovers:
-
Spent filters
-
Chemical runoff
-
Airborne emissions
-
Recirculation of toxic contaminants
Ready To Rethink
Wastewater Management?
Meet SEBS
Specific Enzyme Bacterial Solution
With the power of microencapsulated bioremediation SEBS delivers targeted solutions to destroy contaminants and restore ecosystems, one application at a time.
PFAS Eliminated
Contaminants Controlled
Discover The Difference
From eliminating PFAS to restoring ecosystems, BioSafe Technologies is driving innovation that transforms industries and revitalizes natural resources.
Our solutions are designed to address your toughest environmental challenges with precision science and proven results.
Take The First Step Toward A Cleaner Future
Start Your Environmental Transformation Today
BioSafe
Technologies
Precision Science
Proven Results
Precision Science
Proven Results
BioSafe
Technologies
Precision Science
Proven Results
"The results of the sample were astounding!
The ammonia levels were below what the lagoon was required to meet!
Since then, they've continued to use SEBS and the lagoon has not been out of compliance for ammonia...saving the city of Bertand over $2,000,000."
Brad Rayburn
MRWA Missouri
Water Lines Magazine
Summer 2018
"We have used other bioremediation products
in the past, but none have been
as effective as yours.
The cleaning time of our
biofilter system has substantially reduced. "
Steven Catania
Vice President
Catania Hospitality Group
"A competitor’s bacterial product had been in use for 8 years, yet grease trap were being pumped every 4 to 6 weeks, and bio-filters between the septic system and the leach fields were
regularly clogged.
After 60 days grease solids had been reduced to
clear liquid, and bio-filter cleaning time and
pumping requirements have been minimized."
New England Inn
Sandwich, Massachussets
"It has virtually eliminated the odor produced
in this system and has greatly improved settling.
This has reduced the frequency of our drying operations.
We are very pleased with these results and appreciate your assistance in improving the performance of our treatment system."
Donald K Hallford
Treatment Supervisor
Omussee Creek Wastewater
Treatment Plant
Solving Challenges
Across Every Industry
Municipal Water And
Wastewater Systems
Landfill Leachate
Management
Industrial Mines
(Coal, Copper, Gold,
Iron, Uranium ...)
Nuclear Waste
Contamination
Oil Spills And
Environmental Crisis
Agricultural Ponds, Lakes, & Lagoons
Bioremediation is a process that uses microorganisms, primarily bacteria, to degrade or neutralize hazardous substances in the environment. These microbes naturally occur in soil and water and can be stimulated to grow and consume specific contaminants.
What Is Biological Remediation?
Bioremediation is safe because it utilizes naturally occurring microorganisms to break down contaminants, avoiding the introduction of harmful chemicals into the environment. The process is closely monitored and minimizes disruption to the surrounding ecosystem and communities.
Is Bioremediation Safe?
How
Bioremediation
Works
Download The
EPA's Bioremediation
Guide To Learn More
Scientists carefully study the contaminated site to identify naturally occurring microbes that can degrade the specific pollutants present. They may isolate and culture these microbes in the laboratory to confirm their effectiveness. Once suitable microbes are identified, they can be used directly on-site or cultivated for larger-scale application.
Selection
1
The stimulated microbes use the contaminants as a source of carbon and energy for their growth and reproduction. Through their metabolic processes, they break down complex pollutants into simpler, less harmful compounds. This process continues until the contaminants are reduced to acceptable levels or completely eliminated.
Consumption
3
Environmental conditions are adjusted to promote the growth and activity of the selected microbes. This often involves adding nutrients like nitrogen and phosphorus, which act as fertilizers for the microbes. Oxygen levels may be increased through aeration or the addition of oxygen-releasing compounds to support aerobic microbes.
Stimulation
2
Regular sampling and analysis of soil or groundwater are conducted to track the progress of the bioremediation process. Scientists measure contaminant levels, microbial population sizes, and other relevant parameters. This ongoing monitoring allows for adjustments to the treatment strategy if needed and determines when the cleanup goals have been achieved.