Academy › Faculty F
Efficiency & Recovery
The economics: what steam truly costs, where it is wasted, and the recovery technologies that pay — including deep-dives.
- F1300°8 minThe true cost of steamFuel, water, treatment, power and capital — building the ₹-per-tonne number honestly.
- F2300°8 minThe eight classic steam wastesThe audit lens: where plants leak money, and which lesson fixes each.
- F3300°8 minHow a steam audit worksMethod, instruments and measure-first honesty.
- F4300°14 minDeep-dive: thermocompressors — fixed vs variable nozzleHow steam-jet recompression works and why nozzle design decides real-world turndown.
- F5300°9 minFlash and condensate recovery schemesRecompression, recirculation and cascading — choosing the scheme that fits the plant.
- F6300°8 minIndustrial heat pumps: the honest viewThe COP ladder and the crossover economics — where heat pumps genuinely win today.
- F7300°9 minWaste heat recovery beyond steamEconomisers, condensing recovery and blowdown heat — the second harvest.
- F8300°7 minProving the savingsMetering, baselines and M&V discipline — numbers that survive an argument.
- F9300°9 minSteam benchmarks by industrySpecific steam consumption bands with sources — how your plant compares.
- F10300°8 minSteam and carbon: CCTS awarenessFuel economics first, compliance second — what India's carbon market means for steam users.
- F11300°12 minThe pressurised condensate loopClosing the condensate system so flash never vents — when the premium answer pays, the hardware that holds the pressure, and what it does to your traps.
- F12300°10 minThe steam balanceOne diagram of every kilogram — generation, consumers, losses and vents by pressure level — the step-zero drawing every audit, recovery project and turbine stands on.
- F13300°12 minBack-pressure turbinesThe pressure you already let down can make power on its way to process — where turbine cogeneration genuinely pays, and the cardinal rule that power follows heat.