Hydromo

  A 2000 LPH RO water plant treating 1200 ppm borewell water doesn’t destroy 1200 ppm worth of dissolved solids. It concentrates them into a smaller stream and sends that stream somewhere: usually to a drain, sometimes to a soak pit, occasionally into a monsoon storm drain where nobody’s checking. That “somewhere” is the part of the RO water TDS range conversation that gets skipped, and it’s the part that decides whether your plant runs quietly for years or turns into a compliance problem. Most guidance on RO water TDS level stops at “the ideal RO water TDS range is 50-150 ppm. “True, but incomplete. The concentrate stream, not the product water, is where the TDS load your feed water carries actually ends up, and how much of it you’re generating depends entirely on your plant’s recovery rate. What Recovery Rate Actually Means Every RO water plant splits incoming feed water into two streams: permeate (the clean, low-TDS water you wanted) and concentrate or reject (the leftover w...

  600 kW of rooftop solar used to qualify for net metering in full. Now only 500 kW of it does; the remaining 100 kW gets pushed onto gross metering, billed at a different rate. That gap changes the payback math for the whole project. This isn’t an isolated case. Andhra Pradesh has tightened its net metering cap too, and the two states’ rules now look a lot more alike than they used to. But they’re not identical, and the differences still show up in your project cost. Worth knowing the current limits before you size a system, not after. Quick refresher on how this works : Net metering lets a rooftop solar owner offset what they pull from the grid against what they feed back into it. At the end of the billing cycle, they settle up on the difference. TSERC writes the rules for Telangana. APERC does it for Andhra Pradesh. How Net Metering Actually Works A bi-directional meter sits at the interconnection point between the solar system and the grid. It records two numbers: units import...

  Industrial electricity bills rarely go down on their own, daytime shift loads, HVAC, compressors and process equipment keep pulling from the grid at commercial tariff rates. A correctly sized rooftop solar system shifts a large part of that daytime load onto free sunlight instead. Hydromo designs and installs industrial solar systems around your site's roof, load pattern and consumption, we don't start from a catalogue. Get a Free Site Assessment → See how it works 12am 6am 12pm 6pm 12am 9AM–6PM Industrial load Solar generation Solar output rises through the same hours industrial tariffs are highest, the overlap every Hydromo system is sized around. Why Industrial Sites Are Different A Daytime-Consumption Problem, Not Just an Electricity Bill Most factories don't have an electricity problem so much as a daytime-consumption problem. Manufacturing units, warehouses and process plants draw their heaviest load between 9 AM and 6 PM, machinery running, compressors cycling, HVA...

  A hospital's wastewater isn't like anyone else's. It comes out of ICUs, labs, wards, laundries and kitchens, carrying disinfectants, pharmaceutical traces and pathogens that ordinary sewage doesn't have. Sending that straight into the drain isn't just a compliance problem, it's a health one. Hydromo builds STPs specifically for hospitals, so what leaves the building is safe to discharge or reuse. Get a Free Consultation → See how it works Bed-Based Sizing Not a fixed package SPCB / CPCB Ready Built into the design End-to-End One team, full process Why Hospitals Are Different A Waste Stream Ordinary Sewage Treatment Wasn't Built For Ask any facility manager at a hospital and they'll tell you the same thing: wastewater here is a different beast. It's not just toilets and washbasins, it's ward runoff, lab drainage, laundry discharge, kitchen waste, all mixed together, often carrying disinfectant residues and pathogens picked up along the way. Trea...