Intelligent water infrastructure

Engineering theFuture of Water

Intelligent treatment. Higher recovery. Lower energy. Smarter water management.

See the platform Field results

A containerised Jewel Innova modular water treatment skid with membrane vessels, pumps and a storage tank, installed beside a treated-water channel.

Modular design

Plug and play. Minimal civil work.

Decentralised operation

Treat water where it is generated.

Compact footprint

High performance in low space.

Sustainable impact

Resource recovery. Cleaner tomorrow.

From wastewater treatment
to water intelligence

Jewel Innova is a water technology company creating intelligent, sustainable and scalable solutions for industrial and decentralised water and wastewater management.

Advanced contaminant remediation

Treatment that reaches past conventional discharge parameters — into the metals, persistent organics and emerging species that standard biological plants leave in the effluent.

Removes a spectrum of contaminants beyond conventional parameters
Advanced membrane and nanomaterial technologies
Effective on heavy metals, organic pollutants and emerging contaminants

A ZERRO containerised treatment unit with blue process piping and pressure vessels beside a clear-water channel. — ZERRO™ containerised treatment train

Industrial wastewater
is a valuable resource.

Solving today. Securing tomorrow. Compare conventional infrastructure with a compact ZERRO™ containerised treatment system.

A conventional open clarifier at a large centralised wastewater plant, with foam on the surface. — **Traditional treatment**Large footprint · centralised infrastructure · higher operating demand

A compact ZERRO containerised treatment unit beside clear recovered water. — **ZERRO™ modular treatment**Compact footprint · rapid deployment · high water recovery

Water recoveryLowerUp to 85%

Energy useHigh40% lower

FootprintLargerCompact

Contaminant removalLimitedAdvanced

OperationManualAI-powered

85%

Water recovery from the treated stream

40%

Lower energy consumption than conventional treatment

4.5 MLD

Wastewater converted at the Wangkanai reference plant

Size it for your stream

Where your water goes

Set your effluent flow and a recovery target to see the split between recovered permeate and concentrate.

Effluent flow 4,500 m³/d

Recovery target 85%

The Wangkanai reference plant runs 4.5 MLD at 85% — the default position of both sliders.

1,396ML / yearFreshwater no longer drawn

153tankers / dayRoad tankers of 25 m³ displaced each day

675m³/dayConcentrate to further treatment

From wastewater to a
sustainable future

A fully integrated treatment architecture that removes contaminants, recovers valuable water and enables intelligent, data-driven operations.

Feed characteristics

Heavy metalsCu, Zn, Ni, Cr

Organic pollutantsDyes, phenols

Salts & TDSConductivity load

Turbidity / solidsNTU, TSS

Toxic contaminantsPFAS, cyanide

Select a unit on the schematic, or a stage above, to read its duty.

Nanofiltration

Nanofiltration skid

Separates multivalent species and larger organics while letting much of the monovalent salt through, so the RO stage works against a lighter load.

Rejects hardness, metals and colour bodies
Passes most monovalent salt
Reduces the osmotic duty on RO

Separation, up close

What actually happens at the membrane

Water passes. Contaminants do not. Move the recovery target, change the feed strength, and switch between nanofiltration and reverse osmosis to watch the split change. More than half the reject is recirculated, which is how system recovery climbs above what any single pass across the membrane achieves.

Water Suspended solids Heavy metals Organics Dissolved salts

System recovery target 85%

Membrane

Feed strength

42mg/LPermeate TDS

18,500mg/LConcentrate TDS

1.48kWh/m³Specific energy

1.8%Contaminant passage to permeate

Illustrative model for explanation — not a design or guarantee tool.

Cleaner environment

Minimised discharge. Reduced footprint.

Resource efficiency

Recover. Reuse. Create value.

Smarter operations

Data-driven. Predictive. Reliable.

Scroll through the decisions.

Recovery, energy and verified water quality come together in one operating view.

JEWEL / WATER OS SYSTEM LIVE

Water recovery

85%OF FEEDWATER

pH7.2NormalTDS320mg/LFLOW4.5MLDΔP1.8bar

Recover more from every feed

Track the portion of incoming wastewater returned as useful process water.

Reduce the energy penalty

Compare current demand with the conventional treatment baseline.

Prove water is ready for reuse

Confirm stable chemistry before recovered water returns to operations.

Designed for
water-intensive industries

Sugar & distilleries

Spentwash and process condensate.

High BOD / COD

Pharmaceuticals

API and formulation effluent.

Solvent & API residues

Textiles & dyes

Dyehouse and finishing streams.

Colour & COD

Chemicals

Reaction and washdown effluent.

Mixed organics, TDS

Fertilisers

Ammoniacal and phosphatic streams.

Nutrient load

Food & beverage

CIP, wash and process water.

High organic load

Metals & mining

Pit water and process drainage.

Metals & acidity

Data centres

Cooling make-up and blowdown.

Scaling & conductivity

Industrial parks

Shared common effluent duty.

Mixed tenant effluent

Municipal / decentralised

Sewage treated at source.

Domestic + trade waste

Lower OPEX

Reduced operating costs.

Lower energy

More efficient operations.

Higher recovery

More water recovered.

Lower freshwater demand

Conserves freshwater resources.

Better compliance

Meets discharge standards.

Continuous visibility

Real-time monitoring, proactive control.

Jewel Innova modular industrial water treatment installation — INDUSTRIAL WATER RECOVERY · MODULAR INSTALLATION

From pilot to
industrial scale.

4.5 MLDWastewater converted85%Company-reported recovery

BOD22mg/LCOD48mg/LTDS420mg/LTURBIDITY6NTU

Pilot values and reductions are reported in the company brochure.

The future of water

The future of water is
circular and intelligent.

Jewel Innova combines advanced water treatment, high-recovery systems and digital intelligence to transform wastewater from a cost centre into a recoverable, measurable and intelligently managed resource.