Sustainability
Designed In.
Not Bolted
On.
We design processes that prevent pollution at source rather than processes that generate pollution and then mitigate it downstream. Cause management is also better economics.
Three Operating Principles
Cause Management.
Not Effect Management.
We design processes that prevent pollution at source rather than processes that generate pollution and then mitigate it downstream. Cause management is also better economics: no effluent treatment plant to build, run, or fail.
Energy as a Co-Product.
Not a Cost.
A well-designed process does not consume energy — it generates it. The novel sulphur platform recovers 14 MW/hr versus 5.5 MW/hr conventional, exporting 6–7 MWh/hr of green power net of plant consumption.
Feedstock Circularity
by Design.
The fastest path to fossil-feedstock displacement is not retrofitting bio-feedstocks into legacy chemistry. It is designing chemistry that natively accepts circular inputs — biogas, algal biomass, captured CO₂.
Paragon vs Conventional Contact Process
| Metric | Conventional | Paragon |
|---|---|---|
| By-product steam (kg / kg sulphur) | 3 | 6.2 |
| Energy recovered (MW/hr) | 5.5 | 14 |
| Exportable green power (MWh/hr) | — | 6–7 |
| Gaseous discharge (NM³/day) | 1.8 million | Zero |
| Liquid effluent | Yes | Zero |
| Solid waste | Yes | Zero |
| Maintenance shutdown cycle | 12 months | 36 months |
| Product grade | Commercial | Distillation |
Climate outcomes summary
-
ZLD
Zero Liquid Discharge — by process design
No effluent treatment required. No discharge consents needed.
-
ZSD
Zero Solid Waste
No solid waste stream generated. No landfill cost or liability.
-
ZGD
Zero Gaseous Discharge
Closed-loop O₂ recycle eliminates 1.8 million NM³/day vent gas.
-
CC
Carbon-Credit Eligible
Three eligibility paths confirmed: surplus green power export, avoided emissions, process heat recovery.
Carbon-Credit Eligibility
Surplus Green Power Export
6–7 MWh/hr of exportable renewable power displacing grid generation. Confirmed eligibility for renewable energy credits.
Avoided Emissions
Zero gaseous discharge eliminates 1.8 million NM³/day SO₂ and SO₃ vent emissions versus conventional contact-process plant of equivalent capacity.
Process Heat Recovery
14 MW/hr recovered versus 5.5 MW/hr conventional — 8.5 MW/hr additional heat recovery per deployment. Structurable as energy efficiency credits.
Per-deployment structuring available. Detailed carbon-credit briefing issued under NDA.
UN SDG alignment · FMCG 2030 commitments
We are not net-zero today; we are designing the chemistry that makes net-zero possible at industrial scale. We do not sell carbon credits; we license processes that generate them.
Biogas → Surfactants
Carbon-negative surfactant production from organic-waste biogas. Targets FHPC company 2030 fossil-feedstock-displacement commitments.
Algae → Cooking Oil + Surfactants
Land-light, water-recyclable algal cultivation. Addresses India's >$15bn edible-oil import dependency alongside fossil-feedstock displacement.
Concentrated FHPC Formulations
Add-Water Architecture. 5–10× freight efficiency, 5–10× plastic reduction. Last-mile economics and carbon footprint fundamentally rewritten.