'stormwater reuse and storage'

Description: Design and installation of safe, code-compliant fuel oil storage and transfer systems for boilers, furnaces, and DG sets. Includes tanks, day tanks, pumps, strainers, heating (if required), level instrumentation, leak detection and interlocks. Compliances: PESO/CCOE norms for storage & handling; IS fire safety practices; electrical hazardous area classification where applicable. Benefits: Reliable supply, spill/leak minimization, improved burner performance, safer operation. Why Choose Us: Right materials & heat tracing, double-walled lines (as needed), tidy routing, alarms, and tested logic for start/stop and high/low levels.

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.

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

Our Inert Gas Fire Suppression System uses naturally occurring gases (Nitrogen, Argon, Inergen) to reduce oxygen levels and extinguish fires without damaging sensitive equipment. Compliant with IS 15493 and NFPA 2001, it is ideal for server rooms, archives, and control rooms. Benefits: 1. Non-conductive, residue-free 2. Safe for occupied spaces 3. Environmentally friendly Key Property: Gas Type – IG-01 / IG-55 / IG-541 Other Specifications: 1. Standard: IS 15493 / NFPA 2001 2. Storage Pressure: 150–200 bar 3. Cylinder Material: Seamless steel 4. Discharge Time: 60 seconds

Description: High‑resolution IP CCTV with NVR/VMS for perimeter, production floors, warehouses, parking and public areas. We design camera placement, lens/fov, lighting and network to capture the right angles in the right detail — and retain footage compliantly. Compliances: IT/security best practices; data retention policies; PoE/PoE+ standards; surge/earthing norms. Benefits: Better incident evidence, fewer blind spots, remote monitoring, and scalable storage. Why Choose Us: Camera plan with height/fov, structured cabling, switches, racks, UPS, and commissioning with VMS user training.

Description: Design‑supply of storage tanks, air receivers, and heat exchangers with correct materials, thickness, nozzles, supports, and inspection openings. We deliver data sheets, drawings, fabrication QA, hydro/pneumatic tests, and traceable certificates. Compliances: IS/ASME for pressure parts; TEMA for exchangers; statutory approvals where required. Benefits: Fit‑for‑purpose, safe, maintainable equipment with documented design basis and long service life. Why Choose Us: Clear engineering deliverables, third‑party inspection options, and supervised installation/erection with alignment checks.

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: ETPs handle industrial wastewater containing oils, solids, heavy metals, and complex organics. We combine equalization, pH correction, coagulation/DAF, and aerobic/anaerobic biological treatment with tertiary polishing (UF/RO where needed) to meet CPCB/SPCB discharge or reuse targets. Our approach starts with treatability testing to pick the right process that is stable, maintainable, and cost-effective. Compliances: CPCB/SPCB limits; industry-specific guidelines and client water balance targets. Benefits: Statutory compliance with documented results, reuse potential, reduced freshwater intake, and optimized OPEX through correct chemistry and automation. Why Choose Us: Data-driven design, robust sludge management (filter press/centrifuge), PLC/SCADA, commissioning with KPI acceptance, and clear O&M SOPs for operators.

Description: STPs treat domestic wastewater from residential, commercial, healthcare, and IT parks to meet discharge/reuse norms. We design compact, odor-controlled plants using MBBR/SBR/MBR to achieve consistent BOD, COD, and TSS reduction. Treated water can be reused for flushing, landscaping, or HVAC make-up, cutting freshwater bills and improving sustainability scores. Compliances: CPCB / Local Urban Body standards; NBC guidance for plumbing and reuse. Benefits: Lower freshwater dependency, stable effluent quality, small footprint options, easy operation, and potential green building credits. Why Choose Us: Complete civil + electro-mechanical delivery, automation with alarms, trial run & stabilization, operator training, and reuse integration (tanks/boosters).