Gurugram builds new, and builds to the top of the range
Gurugram carries the newest concentration of large private hospital capacity in the NCR. Where central Delhi work is dominated by retrofit inside ageing blocks, a much larger share of Gurugram projects are greenfield or shell-and-core fit-outs inside recently completed towers — purpose-built medical buildings with planned service shafts, dedicated plant floors and slab-to-slab heights that were designed with theatre plenums in mind rather than fought over afterwards.
That is a real engineering advantage, and it changes what the project is actually about. On a Delhi retrofit the hard questions are access, sequencing and what the existing structure will allow. In Gurugram those questions largely go away and are replaced by a different one: how high should the specification go, and where does the additional spend actually buy clinical or commercial value.
Specification, not compliance, is the variable
Gurugram’s hospital market competes for corporate-insured, international and medical-tourism patients. The specification conversation therefore starts above the NABH floor rather than at it, and a Gurugram brief typically includes several things a standard tier-2 theatre would not.
Full SS304 stainless panelling instead of PPGI in flagship rooms, chosen for durability under aggressive disinfection cycles rather than for appearance. Air change rates at 25 ACH as the general case and 30 to 35 ACH in cardiac, neuro and transplant theatres, with laminar fields of 2.8 x 2.8 m or larger over the surgical zone. Integrated theatre systems — video routing, recording, live streaming to conference and teaching space, and in some cases a full OT integration console rather than a conventional surgeon control panel.
Above all, imaging. Hybrid theatres are increasingly part of the Gurugram brief rather than a future phase, and a hybrid room is a fundamentally different project. Floor loading for a fixed C-arm gantry, radiation shielding thickness that determines wall build-up before a single panel is ordered, ceiling structure that has to carry the gantry independently of the laminar plenum, and AERB layout approval that gates the whole sequence. The panels are the easy part. The interface schedule between the imaging vendor, the structural consultant and the theatre contractor is where these projects succeed or fail, and it needs to be locked at design stage.
Haryana’s statutory route is not Delhi’s
Teams that have built in Delhi routinely assume the approvals path carries across the border. It does not.
Depending on the land parcel and its licensing history, the sanctioning authority is HSVP or the Town and Country Planning department, with building plan sanction and occupation certificate issued under Haryana rules. Fire NOC comes from the Haryana Fire Service via the municipal corporation, and greenfield hospital buildings carry a fire scheme approval at design stage, before construction — get the theatre layout, escape routing and compartmentation reviewed against that scheme early, because changing them afterwards is expensive. Consent to establish and consent to operate come from the Haryana State Pollution Control Board rather than DPCC, with their own formats and timelines. Clinical registration sits with the Haryana health department. Where the theatre involves radiation-emitting equipment, AERB approval runs nationally but has to be sequenced against the state building approvals rather than after them.
None of this is difficult. All of it takes longer than teams expect, and the common failure is treating approvals as a post-design activity.
Same airshed, newer buildings
Gurugram sits inside the same NCR airshed as Delhi and sees the same severe particulate loading from late October through January, plus the same swing from above 45 degrees C in peak summer to single-digit January nights. The design implications are unchanged: multi-stage filtration with G4 pre-filter, F7 or F9 fine filter and terminal H14 HEPA; dedicated pre-filtration on the fresh-air handling unit rather than raw outside air joining the recirculating train; differential-pressure instrumentation across every filter stage; a coil sized for the summer design day with an explicit winter control strategy including reheat and humidification so relative humidity holds in the 50 to 60 percent band when the outside dew point collapses.
What newer buildings give you is room to do all of that properly. Purpose-built plant rooms mean the fresh-air unit can be sized correctly instead of squeezed into a corridor void; real shaft capacity means duct velocities stay low and the system runs quietly at 30 ACH. The consumables budget stays roughly the same as Delhi’s — plan ₹1.5 to ₹4 lakh per theatre per year for filters — but the filters do their job under better conditions.
Delivering a Gurugram theatre from Pune
Plainly stated: RayMedico Projects has one office, in Pune. We have no Gurugram office, no NCR team and no permanent presence anywhere in North India. Our delivery model for Gurugram is a deployed site team, and we would rather describe it accurately than imply a footprint we do not have.
- Site survey within 5 to 7 working days, conducted by the engineer who owns the design, with the imaging and MEP interfaces reviewed in the same visit where a hybrid room is in scope.
- A site crew stationed in Gurugram for the continuous installation period, with a named project manager accountable from mobilisation through validation and handover — not periodic supervision visits.
- Consolidated consignments planned against the installation sequence. Pune to Gurugram is roughly 1,400 km and three to four days by road, so the programme is built on scheduled full-load dispatches with buffer, not on reactive courier movements.
- A larger critical-spares handover than we leave on a Maharashtra project — door controllers and gaskets, full filter sets, sensors, control-panel and drive spares — because replacement lead time from Pune is measured in days, not hours.
- Biomedical team training and written AMC response windows. Your in-house engineers should be able to clear first-line faults without waiting for anyone. Where an attendance is genuinely required, the response window is contractual rather than aspirational.
Insurance panels, CGHS and scheme-funded volume
Gurugram’s private hospitals are not purely cash-and-international. CGHS empanelment, corporate insurance panels and Ayushman Bharat volumes under the Haryana implementation all feed theatre throughput, and they push utilisation in exactly the rooms that were specified for lower-volume premium work. Two design consequences worth planning for: build turnover-friendly detailing into the theatre — accessible pass boxes, robust door hardware rated for high cycle counts, surfaces that survive frequent aggressive disinfection — and size the ventilation system for continuous rather than intermittent operation. PM-ABHIM funding has also expanded critical care capacity across Haryana district facilities, which brings the same documentation and inspection expectations to public projects in the region.
Where to start
Fix three things before you brief the market: whether at least one theatre needs to be hybrid-capable now or later (this decides structure and shielding, and it is the most expensive thing to retrofit), the panel material standard across the suite, and where you are in the Haryana approvals sequence. Everything else in the budget follows from those.
For the full technical scope — panel systems, laminar flow design, hermetic doors, hybrid configurations and the validation protocol — see our modular operation theatre service page.