Research & Development

The engineering decisions behind Amrit Dhara.

Research, machinery choices, trials, observed failures, and process refinements are recorded here so the project can be reviewed as engineering work—not only as a product story.

The Journey Behind Amrit Dhara

From water testing to source prevention.

Moulik's environmental journey began with research on improving water quality using indigenous plant-based coagulants. While studying ways to clean polluted water, he became increasingly interested in preventing pollution at its source. That exploration eventually led to Amrit Dhara, an initiative that transforms temple flower waste into useful products before it reaches sacred rivers.

Production planning model · 27 July 2026

Formula outputs are recorded as a plan, not an achieved production claim.

Planning model
30%Usable-yield assumption
311.1 kgUsable material
304.35 kgPlanned material use
1,652Planned boxes

The workbook allocates usable material 30% to Chandan, 30% to Lavender, and 40% to Sambrani. At 175 g per Chandan/Lavender box and 200 g per Sambrani box, the formulas produce 521 Chandan, 521 Lavender, and 610 Sambrani boxes. These are planning calculations—not production, inventory, sales, or dispatch records.

Engineering the Process

MachineEvidence-backed engineering purpose
Controlled tray dryingReduces weather dependence after sun drying and addresses inconsistent moisture.
Pulveriser and sieveCreates a more consistent particle size before mixing and binding.
Mixing and bindingKeeps a documented working binder ratio after cracking was observed with a high flower share.
Cone and cup mouldingShapes the prepared material into the photographed incense-cone and sambrani-cup formats.
Drying and quality reviewRecords shape, moisture, finish, and finished-unit observations before packaging.

Trials, observations, failures, and refinements

Source: evidence-backed dossier updated 31 July 2026. These are documented learning records, not claims of awards, scale, or completed production.

Segregation

Experiment / first approach: Mixed material moved into the drying stage.

Observation / failure: Plastic thread, leaves, and unrelated material contaminated drying trays.

Improvement: Use two-bin sorting and take a process photo before transfer.

Drying

Experiment / first approach: Rely on sun drying alone.

Observation / failure: Weather made moisture levels inconsistent.

Improvement: Follow sun drying with controlled tray drying where required.

Pulverising

Experiment / first approach: Process dried material without a consistent particle-size check.

Observation / failure: Particle size varied between batches.

Improvement: Use a pulveriser and sieve check before mixing.

Binding

Experiment / first approach: Use a high flower share in the mix.

Observation / failure: The formed product cracked.

Improvement: Record and reuse the working natural-binder ratio.

Public metrics

Experiment / first approach: Maintain impact figures manually on the public site.

Observation / failure: Public numbers could drift away from the underlying records.

Improvement: Separate verified workbook totals, formula-based plans, and unverified reported claims.

Continue the evidence trail

Read the dated project journal.

Open project journal