'commercial water cooled chiller systems'

Description: High‑efficiency centralized cooling for commercial, industrial and healthcare facilities using water‑cooled/air‑cooled chillers or VRF‑VRV systems. We size loads, perform pipe/duct routing, balance flows, and optimize controls to achieve target kW/TR and comfort across zones. Compliances: ASHRAE fundamentals (reference), IS HVAC practices, local ventilation & IAQ guidelines, OEM installation standards. Benefits: Lower energy use, stable comfort, quieter operation, and scalable capacity with zoning. Why Choose Us: Hands‑on balancing, neat detailing, vendor‑neutral design, and commissioning with measured TR, ΔT and kW/TR.

Description: Our Turnkey MEP Solutions are built for clients who want a single partner for all building services instead of coordinating 4–5 separate agencies. We take over the complete MEP-F scope – design coordination with architect/PMC, BOQ finalization, supply of approved makes, site execution, testing/commissioning and authority clearances (fire, water, DISCOM/CEIG as applicable). The result is a clash-free, inspection-ready, cost-optimised services package delivered by one accountable team. Mechanical (M) Scope: - HVAC: chiller / VRF-VRV / ventilation / pressurization - Utility piping where applicable - Equipment installation: AHUs, pumps, fans, cooling towers Electrical (E) Scope: - HT/LT panels, PCC/MCC/APFC, cabling & terminations - Earthing & lightning protection - DG/UPS/LV/ELV integration - Lighting & small power for building/common areas Plumbing (P) Scope: - Water supply & internal plumbing - Drainage, rainwater, harvesting connections - Domestic and firefighting pump rooms (segregated) Fire (F) Scope: - Hydrant, sprinkler, detection, gas suppression - Pump room and NOC documentation Compliances: - NBC 2016 – building services & fire - IS / ASHRAE good practices for HVAC - IS / IEC for electrical & earthing - Local plumbing/water supply bye-laws - DISCOM / CEIG / Fire Brigade requirements Benefits: - One vendor → one timeline → one handover - Common supports/trenches/shafts → cost optimisation - Faster authority approvals because documents come from one source - Easier for facility/maintenance teams to run systems post-handover Why Choose Us: - We already execute fire + LV + utilities → adding HVAC, electrical & plumbing is seamless - Experienced in factories, commercial, IT/office, hospitals, warehouses - Strong site management with DPRs, QAP, test reports and stage-wise billing - Local presence in Pune, Mumbai, Bengaluru, Hyderabad, Chhatrapati Sambhajinagar

Our Fire Hydrant System is a robust firefighting solution engineered to provide high-pressure water flow for emergency use in industrial, commercial, and residential premises. Designed and installed in compliance with IS 13039, NFPA 24, and NBC 2016 Part 4, this system ensures an uninterrupted water supply and pressure for firefighting operations. Key Components: Hydrant valves (landing valves) Hose reels & hoses Fire pumps & jockey pumps Underground/aboveground piping network Yard hydrants & breeching inlets Compliance & Standards: IS 13039 – Requirements for installation and maintenance of hydrant systems NFPA 24 – Private fire service mains & hydrants NBC 2016 – Layout, spacing & water storage norms for hydrants Applications: Factories, warehouses, high-rise buildings, hospitals, educational institutes, and large public facilities. Why Choose Us: We provide end-to-end service — site survey, hydraulic calculations, system design, supply, installation, commissioning, and annual maintenance contracts (AMC). All installations meet local fire department and authority guidelines, ensuring quick NOC approvals. Benefits: Rapid water availability during emergencies Durable materials for long service life Easy maintenance & accessibility Fully compliant with statutory fire safety codes

The Fire Pump Room System is the backbone of every firefighting installation, ensuring reliable water supply at adequate pressure to hydrants, sprinklers, and spray systems. Designed in compliance with IS 15301, NFPA 20, and NBC 2016, our pump room setups guarantee performance during emergencies. Introduction – The pump room houses main pumps, jockey pumps, diesel engines, electrical controls, and valves, forming the heart of the fire water supply system. Applications – Industrial plants, commercial complexes, IT parks, refineries, warehouses, hospitals, and high-rise buildings. Compliance – IS 15301 – Fire Pump Installation NFPA 20 – Installation of Fire Pumps NBC 2016 – Fire water supply requirements Benefits – Continuous water availability Fully automated with control panel Integrated monitoring for reliability Why Choose Us – We deliver complete turnkey fire pump room solutions including design, supply, installation, electrical wiring, hydro testing, and AMC.

Description: Early detection of water leaks in data centers, server rooms, UPS rooms, laboratories, archives and false floors using spot sensors or addressable leak‑detection cables. The system pinpoints location, triggers local/buzzer alarms, and can notify BMS to shut down sensitive equipment or close motorized valves. Compliances: Best practices for mission‑critical facilities; OEM sensor/controller guidelines; integration per BMS protocols. Benefits: Prevents damage to electrical/electronics, reduces downtime, and protects high‑value rooms and records. Why Choose Us: Clean cable routing, address mapping, supervised loops, and tested alarms with clear as‑builts and maintenance SOPs.

Description: Process cooling networks designed for flow balance, NPSH, and temperature control—covering cooling towers, pumps, exchangers, and distribution. We minimize pumping power, ensure correct velocities, and plan chemical treatment points. Compliances: IS/ASHRAE guidance for cooling water; OEM guidelines for exchangers/pumps; water chemistry best practices. Benefits: Lower energy per m³, stable process temperatures, reduced fouling/scaling, and longer equipment life. Why Choose Us: Hydraulic modeling, debris management, treatment dosing, and well-documented O&M with KPIs for ΔT, approach, and cycles of concentration.

Description: End-to-end design and execution of building/industrial water networks—from source tapping and treatment interface to storage, boosting, and floor-wise distribution. We engineer pipes, valves, NRVs, PRVs and meters so every outlet gets the right pressure/flow without noise, hammer, or dead legs. Suitable for residential towers, IT parks, malls, hospitals, and plants. Compliances: NBC 2016 guidance for plumbing; CPHEEO Manual practices; IS pipe/material standards as specified by client/authority. Benefits: Assured pressure at fixtures, reduced leakage and water hammer, hygienic layouts, simplified maintenance, and lower lifecycle costs. Why Choose Us: Practical hydraulics, accurate sizing, clean riser/shaft detailing, and commissioning with pressure/flow records—plus clear as-builts and O&M for facility teams.

Description: Capture and utilize roof/terrace runoff through down-take pipes, filters, silt traps, storage, and recharge pits/bores or reuse loops. We size components based on rainfall intensity and roof area so your system actually works during monsoons and reduces dependency on tankers/municipal supply. Compliances: Local development authority RWH by-laws; NBC guidance on water conservation; CPHEEO practices. Benefits: Lower freshwater bills, improved groundwater recharge, ESG/green points, reduced storm drain burden. Why Choose Us: Correct hydraulic sizing, debris/silt control, safe overflow paths, and easy-to-maintain filter layouts with documented O&M.

Description: Site-wide storm water systems handling peak monsoon flows via catch pits, gratings, roadside drains, and underground pipes to outfalls/recharge structures. We design gradients and capacities to prevent flooding, waterlogging, and damage to roads, basements, or landscaping. Compliances: Local municipal storm-water norms; NBC/CPHEEO guidance for drainage design. Benefits: Flood-safe site, longer pavement life, clean landscaped areas, reduced complaints and downtime. Why Choose Us: Accurate hydraulic calculations, proper silt control, accessible chambers, and as-built levels that actually match site contours.