We build the hardware in our own PESO-approved shop, instrument every site we own, run an AI-routed delivery network on top, dispatch electric boilers powered by renewables into the cheapest green hours — and ship every new gas burner hydrogen-ready. Five layers, all run by one platform: ClearOS™, our in-house energy operating system.
Hardware companies don't write software. Software companies don't weld pressure vessels. We do both — and contract the renewable electrons in between.
PESO-approved fabrication shop, IBR-licensed pressure-part welding, robot welding on tube-plate joints. Boilers, vaporizers, gas trains and PRS skids — built and pre-tested in-house.
The boilers we buildSensors on every burner, valve and stack. Real-time dashboards, predictive maintenance, anomaly detection and an ERP-grade billing API — all inside ClearOS.
See the consoleOur D2C cylinder network runs end-to-end automated — order intake, route optimisation, driver dispatch, on-delivery verification, deposit reconciliation.
The cylinder appElectrode and resistance boilers fed by solar + wind PPAs, with thermal storage that banks cheap green hours. ClearOS dispatches every kilowatt into the cheapest renewable window.
Electric boilers · renewablesEvery new gas-fired burner, gas train and combustion controller ships rated for up to 30% H₂ blending and convertible to 100% green hydrogen. The transition is designed in, not retrofitted later.
Gas engineering todayOne platform binds all five layers: telemetry, dispatch, billing, maintenance and carbon accounting. Your steam, your data, one login.
We don't sub-contract the bits that can hurt people. PESO-approved fabrication, IBR-licensed pressure-part welding, ISO 9001-controlled QA — and documentation that travels with the asset all the way to your boundary wall.
Fuel flow, air-fuel ratio, steam pressure, drum chemistry, condensate return — sampled every second, streamed encrypted to the cloud, and turned into decisions before a human reads a gauge.
Fuel flow, air-fuel ratio, steam temperature and pressure, water level, drum chemistry, condensate return and feedwater hardness — sampled every second.
ML models on historical telemetry detect bearing wear, scale buildup, refractory failure and tube fouling weeks before they cause an outage. Spares pre-positioned automatically.
Tiered alarms — informational, warning, critical — routed to the NOC and to on-site engineers based on severity and SLA exposure.
Per-shift, per-line, per-product steam consumption — exposed to your operations team to optimise plant-level efficiency, not just our generation efficiency.
CEMS sampling CO, CO₂, NOx, SO₂ and PM with continuous recording and direct uplink to MoEFCC's OCEMS portal.
REST and OPC-UA APIs into your SAP, Oracle, Ignition or DCS — steam consumption flows into your costing and monthly close, automatically.
From the moment a customer taps "order refill" to the moment a deposit refund hits their wallet, no human is in the loop unless something needs attention. See the consumer side →
AI-powered routing for delivery clusters. Drivers see only their batch; ClearOS handles traffic, time-windows and handovers.
Every cylinder has a serial-number ledger that follows it from the OMC bottling plant to the customer kitchen and back.
In-app + OTP verification on delivery. Customer approves, rejects or marks pending — all logged with timestamps.
Cash, UPI, wallet, deposits and refunds reconcile to the cylinder serial number — no manual ledgering at the branch.
Our newest layer pairs electrode and resistance boilers with dedicated solar and wind PPAs, thermal storage, and ClearOS renewable-hour dispatch — so your steam gets cheaper and cleaner at the same time.
On every new gas-fired plant, the burner, gas train and combustion controller we ship is engineered for the fuel that comes next — so the green-hydrogen transition isn't a retrofit later. Biomass plants stay on biomass: already renewable, no fuel switch required.
Converting a conventional burner to hydrogen later means new internals, new gas train, new controls and weeks of downtime. Designing the H₂ path in from day one makes the switch a commissioning exercise, not a rebuild — and protects every rupee you invest in gas infrastructure today.
When green hydrogen economics cross over, ClearOS already knows your plant's second fuel curve. Until then, the same stack burns LPG and natural gas at peak efficiency — and sites that can't wait for combustion to go green can electrify now.
Our Hyderabad NOC supervises every thermal site and cylinder branch in real time, 24/7/365 — with field engineers within 2–4 hour reach of every contracted site.
Uptime is a contract term, not a marketing line. SLA tiers from 98% to 99.5% with penalty clauses on us — and quarterly performance, fuel-mix and savings reports to your CFO.
TLS-encrypted transport from edge to cloud, role-based access, audit logging on every write, and DPDP-compliant handling of all consumer data on the cylinder network.