Green power.
Green heat.
One stack.
For pharma and API plants.
One provider for green power, green heat and the data that proves both — from reactor jackets to cleanroom HVAC to the cold chain.
Heating and cooling
at the same time.
A pharma site runs round the clock: cleanroom HVAC, chilled water for reactors, purified-water loops and steam for jackets, dryers and sanitisation. Much of that heat comes from boilers for loads well below 120 °C, while chillers next door reject heat to cooling towers. Global customers increasingly ask API and formulation suppliers for renewable share, Scope 1 and 2 data and reduction targets.
Power, heat and ESG reporting are bought from different vendors on different clocks. Solar is sized without the heat load; boilers are replaced without a plan for cheaper power; ESG data is typed in once a year. Each fix leaves money and carbon on the table.
jouleWise runs the whole decarbonisation stack: green power — intrastate and ISTS solar and wind, rooftop solar, BESS and green-market purchase, each source orchestrated to fulfil industrial demand at least cost; ABT metering and data loggers on every source and load; green heat from industrial heat pumps up to 120 °C; ergOS to meter and orchestrate both every 15 minutes; esgOS to turn the same data into audit-ready disclosure.
Cheaper green power lowers the cost of every unit of heat a heat pump makes. Thermal storage lets that heat be made in the cheapest solar blocks. ergOS proves it; esgOS reports it. Savings from one layer fund the next.
Up to 25% lower power cost on DISCOM tariff and up to 65% renewable share (reported, year 1 of ergOS). Heat pumps on the chilled-water return then deliver heating and cooling from the same kWh — displacing boiler fuel on jacket loops, HVAC reheat and water systems.
Four models, mix and match: Advisory, SaaS (ergOS + esgOS), Heat Advisory, and Heat as a Service, where you pay per unit of heat and invest nothing upfront.
A four-week decarbonisation baseline on one site: power bills, load survey, fuel and steam records, and portable heat metering on jacket loops, HVAC reheat and water systems — ending in one business case for power, heat and ESG.
Reported client impact, year 1 of ergOS; C&I client outcomes. Results vary with state, tariff structure and load profile. Pharma-specific value is quantified in the baseline.
Your buyers are
auditing your utilities.
For an API, formulation or CDMO site, the carbon in the product is now part of the commercial conversation. Six pressures point at the same metered data.
Global customer programmes
Multinational pharma buyers run supplier sustainability programmes that ask API and CDMO partners for renewable power, Scope 1 and 2 data and targets.
Regulated export markets
Health systems in Europe increasingly weigh supplier carbon in procurement — NHS England, for example, asks suppliers for carbon reduction plans.
Utility cost
Round-the-clock HVAC, chilled water, purified water and steam make utilities one of the largest controllable costs on a GMP site.
Steam for low-temperature work
Coal, briquette, FO or PNG boilers often serve loads below 120 °C. That Scope 1 can be removed through change control on the utility, not the validated process.
Disclosure
BRSR Core-format reporting and value-chain disclosure put your energy and emissions in your customers' reports as well as your own.
Carbon markets
India's Carbon Credit Trading Scheme sets emission-intensity targets sector by sector. Sites that measure now are ready when their sector or supply chain is covered.
One stack.
Every layer feeds the next.
Most plants buy decarbonisation in pieces. We built it as a loop: low-cost green power feeds heat pumps, storage moves heat into the cheapest blocks, ergOS runs it, esgOS proves it.
Green power
Intrastate and ISTS solar and wind, rooftop solar, BESS and green-market purchase — each source orchestrated to fulfil industrial demand at least cost.
Heat pumps
Every kWh in becomes three to four kWh of useful heat. The boiler stops burning fuel for loads up to 120 °C.
Thermal storage
Heat is made when power is cheapest and greenest, and used when the process needs it.
ergOS
Meters power, steam, fuel and water every 15 minutes; forecasts, schedules and trades; runs heat pumps against price.
esgOS
Converts the same metered data to Scope 1, 2 and 3, BRSR Core-format, CBAM, CDP and customer disclosures.
Every utility
has a lever.
Starting materials arrive, reactors run, dryers and cleanrooms hold spec, water loops stay hot, packs leave in the cold chain. jouleWise acts at ten points — in the power supply and the utility block, never inside the validated process.
Green sourcing
Intrastate and ISTS solar and wind contracted through open access for a flat, round-the-clock load.
PowerConnectivity and metering
Open access approvals, connection agreement and ABT metering at the site incomer.
PowerRooftop solar
Warehouse and admin roofs carry behind-the-meter solar, sized from measured load.
PowerBattery storage
LFP storage for peak shaving and ride-through on critical HVAC and water systems.
PowerHeat pumps on jacket and water loops
Hot water for reactor jackets and utility loops made by heat pumps instead of boiler steam.
HeatCleanroom HVAC reheat
AHU reheat and dehumidification coils fed from the heat pump hot-water circuit.
HeatHot-water store and PW loop
Thermal store charged in solar blocks; purified-water loop held at sanitisation temperature.
HeatChiller heat recovery
Heat that cooling towers throw away becomes the heat pump source — cooling and heating from one kWh.
HeatergOS control
15-minute metering of power, heat, chilled water, fuel and water; forecasting, trading and heat dispatch.
Data · ergOSSuppliers and customers
Starting-material and solvent data for Scope 3; customer questionnaires and per-batch carbon from esgOS.
ESG · esgOSIllustrative plant. Actual intervention map built site by site in the baseline.
Low-cost
green power.
Cleanroom HVAC, chillers and water systems run 24×7, so the load is high and flat. That suits round-the-clock wind and storage — and heat pump load can still be concentrated into solar hours with a hot-water store.
Plan
Meter-data due diligence: bills, load survey, rooftop and captive parameters. Solar, wind, hybrid, BESS and exchange power optimised together, capex or opex, with each state's ToD, banking and open access charges in the landed-cost model.
Implement
RfP over a 25-year horizon, developer evaluation, reverse auction, PPA and shareholder agreements (26% SPV equity for captive status), open access approvals and connection agreement.
Meter and log
ABT meters at injection and drawal points — main and check meters on CTs and PTs of the required accuracy class — plus data loggers on every incomer, heat pump, steam, fuel and water line. Installed, tested, sealed and linked to the SLDC and to ergOS.
Orchestrate
ergOS forecasts 96 blocks, schedules with the SLDC, trades DAM, GDAM, RTM and GTAM, manages banking and battery health — and now dispatches heat pumps and thermal storage against price.
What is a
heat pump?
A heat pump is a refrigerator run the other way round. It does not make heat by burning anything — it moves heat that already exists, from a cooler place to a hotter one, and uses electricity only to do the lifting.
Swipe to see the whole cycleWhat goes in, what comes out
COP (coefficient of performance) = useful heat ÷ electricity. A boiler can never exceed 1; a heat pump typically delivers 2 to 5.
Temperature lift sets the COP · indicative
Lift = delivery temperature minus source temperature. Recovering warm waste heat first and delivering no hotter than the process needs keeps the COP high.
For loads up to 120 °C, yes — as the primary heat source. The boiler usually stays on standby and for any loads above that range.
Each kWh of power returns three to four kWh of heat, so heat costs roughly a third of the power price. On green open access, the carbon falls close to zero as well.
Spare electrical capacity, space near the heat users and a steady heat demand. A hot-water store smooths peaks and lets the unit run in the cheapest blocks.
It is the same refrigeration cycle as the chillers already on your site, run for heat. Industrial units are in service worldwide in food, chemicals, pharma and textiles.
The boiler,
reinvented.
Much pharma heat is warm, not hot: jacket loops, dryer air, HVAC reheat, washing and purified-water sanitisation sit below 120 °C. Heat pumps serve those loads on electricity — and the chilled-water plant next door becomes their heat source.
Heat sources we reuse
Chiller condensers and cooling-tower return, HVAC exhaust air, solvent-recovery condensers and warm effluent — heat the site already rejects.
Heating and cooling at once
Pharma sites cool and heat at once: chilled water for reactors and cleanrooms, reheat and hot loops alongside. A heat pump on the chilled-water return serves both from the same kWh.
Sized from metered heat
Portable heat meters log flow and temperature on candidate processes for two to four weeks before anything is sized.
Cheaper power
makes cheaper heat.
What one kWh of useful process heat costs, and what it emits, depending on where the heat comes from. The heat pump cuts cost on any power; green power is what cuts the carbon.
Illustrative only, not an offer. Assumptions: PNG 10.4 kWh/SCM, 1.95 kg CO₂/SCM; HSD 10.0 kWh/L, 2.68 kg CO₂/L; grid 0.716 kg CO₂/kWh (CEA baseline order of magnitude); green power treated as zero-emission on a market basis with green attributes retired. Heat pump COP 3.2 reflects hot water near 80 °C for jacket and water loops, drawn from the chilled-water return (heating side only; the cooling delivered is extra); COP falls as delivery temperature rises. Tariffs, fuel prices and COP vary by site and are replaced with metered values in the baseline.
One screen.
Power and heat.
ergOS is the operating layer. It sits on every meter, every source and every heat pump — watching prices, weather, storage and the production plan, and acting every 15 minutes.
Forecast and trade
96-block day-ahead load, SLDC scheduling, DAM, GDAM, RTM and GTAM bids, deviation settled block by block.
Dispatch heat
Heat pumps and thermal stores charged in the cheapest, greenest blocks, within process temperature limits.
Bill and bank
Banked-energy ledger, audit-ready billing and state-wise compliance tracked continuously.
ESG, operated.
Not reported.
The same data that runs the plant produces the disclosure. Metered where possible, integrated where the data already lives, audited where it does not.
Meter
Electricity, steam, thermal energy, fuel flow and water — every 15 minutes.
Integrate
ERP, HRMS, EHS tools and portals — no retyping.
Audit
Refrigerant, waste, safety and supplier data — photo-evidenced and signed off.
What esgOS produces for pharma
- BRSR and BRSR Core-format disclosures
- Customer supplier assessments — CDP supply chain, EcoVadis and audit questionnaires
- Carbon reduction plans for tenders and health-system procurement
- Carbon footprint per API, batch and pack
- Water intensity, solvent recovery and hazardous-waste tracking
- CDP climate response and assurance support
- Green attribute tracking — iREC eligibility for renewable consumption
- Emission-intensity baseline for the Carbon Credit Trading Scheme
Four ways in.
One provider.
Start where the value is largest for your plant. Models combine — most clients begin with Advisory and SaaS on power, then add heat.
Advisory
Power strategy and delivery, from RE-100 roadmap to live open access.
- Scope
- RE-100 roadmap, RfP and reverse auction, PPA, approvals, ABT metering, regulatory filings
- You pay
- Fixed fee, with a success-fee option
- Assets
- Owned by you or your developer
- Best for
- Plants ready to contract green power
SaaS
ergOS and esgOS as a subscription — the operating and disclosure layers.
- Scope
- 15-minute metering, forecasting, trading support, heat dispatch, ESG pipeline and reports
- You pay
- Per plant, per year
- Assets
- Meters per BOQ; platform hosted
- Best for
- Multi-plant groups that want one source of truth
Heat Advisory
Engineering-grade route from boiler to heat pump, with you owning the asset.
- Scope
- Heat audit and metering, pinch and waste-heat study, heat pump sizing, vendor selection, EPC oversight, commissioning
- You pay
- Fixed fee per study and per project stage
- Assets
- Owned by you (capex)
- Best for
- Plants with capex budget and a fuel-cost target
Heat as a Service
You buy heat, not equipment. Hot water and low-pressure steam delivered to your header.
- Scope
- Design, install, own, operate and maintain heat pumps and storage; powered by jouleWise green power; run on ergOS
- You pay
- Per unit of heat delivered, priced against your current fuel cost
- Assets
- Owned on the jouleWise side — zero upfront capex
- Best for
- Plants that want green steam now, off balance sheet
Commercial terms indicative and finalised per engagement.
Baseline.
Power. Heat.
Proof.
Baseline Weeks 1–4
Bills, load survey, fuel and steam records, portable heat metering on candidate processes, ESG data map.
Roadmap Weeks 4–8
RE-100 power plan, heat pump shortlist for jacket loops, HVAC reheat and water systems, and the ESG data map — in one business case.
Meter and log Weeks 6–12
ABT metering at the incomer and data loggers on power, heat, fuel and water lines — the measured base every later step is sized, settled and reported on.
Power live ~3 months after roadmap
Open access contracted and approved; rooftop solar and BESS where they fit; every source orchestrated against demand on ergOS.
Heat live Pilot, then scale
One heat pump on the chilled-water return serving HVAC reheat and a hot-water loop, under change control; then jacket loops and dryers.
Operate and disclose Every block · every year
ergOS runs power and heat; esgOS publishes BRSR Core-format, CBAM, CDP and customer disclosures with an audit trail.
Timelines indicative; confirmed after the baseline and dependent on state approvals and equipment lead times.
~1 GW of
RE-100 study scope.
RE-100 assignments across eight industrial groups, cement to FMCG. Deep Indian power-sector regulatory work, with team experience on lender's-engineer mandates.
| Client | Industry | RE study scope |
|---|---|---|
| Dalmia Cement | Cement | ~300 MW |
| Chettinad Cement | Cement | ~200 MW |
| SAEL | Solar cells | ~160 MW |
| Wonder Cement | Cement | ~140 MW |
| Haldiram's | Snacks & beverages | ~35 MW |
| Bikaji | Snacks | ~25 MW |
| Bharatiyam (Campa) | Beverages | ~19 MW |
Industries: food & beverages, FMCG, cement, chemicals, textiles, metals, automotive ancillary, solar manufacturing, real estate. ISO 9001:2015 · ISO 27001.
Tell us the plant.
We'll map the stack.
Send one year of electricity bills and fuel records. We return the baseline, the power-and-heat roadmap and the business case.
Praveen Sharma
praveen.sharma@joulewise.com · +91 92143 37500
Gautam Prasad
gautam.prasad@joulewise.com
joulewise.com
jouleWise Advisory Services Pvt Ltd · Noida, India · Spain · ISO 9001:2015 · ISO 27001
This presentation is issued for discussion purposes only. Prices, durations, heat pump performance and outcomes shown are indicative, depend on site, state, load profile, process temperatures, contracted terms, exchange prices and the regulatory orders in force, and do not constitute an offer, warranty or commitment by jouleWise. Screens and plant illustrations are illustrative. Client names are cited from jouleWise assignments. Any engagement is governed solely by definitive agreements between the parties.