Perform
The product must clean effectively in the conditions where people actually use it.
Chemistry for what happens after use
Cleaning products designed to work well and break down after use.
Most cleaning products are judged only by how they perform. We ask one more question: what happens to their molecules after the work is done?
molecular journey / after usedesigned
*The actual breakdown products depend on the ingredient and test conditions.
performance during useplanned fate after use
01performtransformreturn
01 / The problemvisible symptom · invisible chemistry
Plastic pollution is visible.
Molecular pollution may not be.
A product can disappear from sight after it goes down the drain. Its molecules do not necessarily disappear with it.
The froth makes pollution visible.
But most dissolved molecules leave no warning that our eyes can see.
Cleaning products are used for minutes. Their ingredients may enter drains, wastewater systems, rivers and land after every use.
The important question is not only whether a product dissolves. It is whether its ingredients change into simpler molecules that natural systems can use again.
Down the drain is not the end of the molecule.
eyes / water looks clearchemistry / molecules are present
01 / visible to the eyeClear water
02 / detected by chemistryDissolved molecules
The same water. Two ways of seeing it.Dissolved is not the same as biodegraded.
02 / The namewhy “loop chemistry”
Nature already works in loops.
What nature can take back does not need to remain as waste.
Natural systems use materials, break them down and use them again. Loop Chemistry brings this thinking into product formulation.
The aim is simple: after a molecule has done its job, it should have a clear path back into natural cycles under the right conditions.
chemistry that works, then returnsuse
break down
return
reuse
03 / Our approachone additional design requirement
Performance first.
After-use fate by design.
A better environmental profile cannot compensate for a product that does not work. We develop performance and breakdown together from the beginning.
Transform
After use, its ingredients should be able to break down under relevant conditions.
Return
Evidence should show what changed, what remained and whether simpler products were formed.
H₂O + CO₂ + biomass*
*Shown as a simple illustration of complete biodegradation. Actual results depend on the chemistry and test method.
04 / Where we beginproducts that enter water every day
Cleaning is the first place to close the loop.
Cleaning products are used every day and released directly into wastewater. That makes them an urgent and practical place to begin.
Laundry care
Released through every wash.
Dish care
Released after every use.
Surface care
Used across homes and institutions.
Institutional cleaning
High-volume use in shared spaces.
Cleaning is where we prove the approach. Loop Chemistry is the wider platform.
05 / How we buildfrom ingredient to commercial product
Every claim begins with a formulation decision.
We combine chemical engineering, product development and defined testing to move from an idea to a product that can be made and used at scale.
01Screen ingredientsPerformance, safety and expected breakdown path
02Develop formulationBalance cleaning, stability and practical use
03Test performanceMeasure the job the product must do
04Validate biodegradationUse a defined method and conditions
05Make commerciallyMove from lab trial to repeatable production
06 / The evidenceclaims should be measurable
No broad green claims.
“Biodegradable” is a result. Not a colour, mood or label.
We will state what was tested, which method was used, under what conditions, for how long and what the result means.
Loop Chemistry evidence recordrequired
- 01 / Material
- What exactly was tested?
- 02 / Method
- Which defined test was used?
- 03 / Conditions
- What environment was created?
- 04 / Duration
- How long did the test run?
- 05 / Result
- What changed and what remained?
Product-specific results will be published as validation is completed.
07 / Built to executescience moving into real products
Not only a laboratory idea.
Our team has already developed cleaning formulations, moved them through commercial production and sold finished products.
Formulation experience
From ingredient selection to stable, usable cleaning products.
Production network
Manufacturing capability through established partner factories.
Market learning
Commercial products sold through direct buyers and international channels.
08 / The teamchemical engineers building chemistry
The capability to take chemistry from question to product.
AK
Co-founder & Director
Ajit Kumar
B.Tech and M.Tech in Chemical Engineering from IIT Delhi. Former Indian Oil engineer with experience in industrial operations, safety and execution.
AV
Co-founder & Director
Avinash Kumar
B.Tech in Chemical Engineering from BIT Mesra. Experience in cleaning-product formulation, new-product development and commercial manufacturing.
09 / Built from Biharmade for wider markets
Developed in Bihar.
Ready for the world.
Our next stage is to build research and manufacturing capability in Bihar for high-performance cleaning formulations.
The aim is to create skilled work, strengthen Indian manufacturing and take better Indian chemistry to customers in India and abroad.
BiharIndiaGlobal markets
Brands · research institutions · testing partners · manufacturers
Let's build chemistry for what happens next.
If you are developing cleaning products, testing biodegradation, building responsible formulations or taking Indian chemistry to new markets, we should talk.
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