Water balance
Source, consumption by use, irrigation demand, recycling and recharge, with metering gaps identified.

Sustainability
A structured baseline of how a site actually performs on water, waste, energy, landscape and biodiversity — with a prioritised roadmap instead of a certificate.
A green audit is only useful if it produces decisions. Too many arrive as a bound report full of generic recommendations that no one can cost, schedule or assign. The version worth commissioning measures what the site does today, compares it against a defensible benchmark, and hands over a ranked list of interventions with rough costs and payback.
For campuses and institutions, green audits increasingly feed accreditation and ranking submissions, ESG disclosure and tender pre-qualification. For industrial sites, they usually start as a compliance exercise and end up finding water and waste savings that pay for the audit several times over.
GNIX audits with a landscape and water bias, because that is where most Indian campuses have the largest unexamined consumption — irrigation running on a fixed timer, no metering split, and a plant palette designed as though water were free.
| Typical duration | 3–6 weeks for a single campus |
|---|---|
| Data required | 12 months of utility, water and waste records where available |
| Output | Baseline report, gap analysis, ranked roadmap, executive summary |
| Common finding | Irrigation is the largest correctable water use on most Indian campuses |
Scope
Source, consumption by use, irrigation demand, recycling and recharge, with metering gaps identified.
Plant palette against water demand, irrigation efficiency, hydro-zoning and the seasonal schedule actually in use.
Generation by category, segregation practice, on-site processing, disposal route and documentation.
Consumption patterns, lighting and pumping loads relevant to site operations and landscape systems.
Tree inventory, canopy cover, species diversity, native proportion and habitat value.
Ranked interventions with indicative cost, expected benefit and an implementation sequence.
Method
Plant library
Each entry carries mature size, spacing, water demand, planting window and the maintenance cycle it commits you to.
Syzygium cumini
A dense evergreen native that holds its canopy through the hot season and supports serious urban bird life — Delhi’s classic avenue tree, with one fruit-stain caveat.
Ficus religiosa
A vast, long-lived sacred fig with unmatched canopy and biodiversity value — and roots aggressive enough that placement is a structural decision, not a landscape one.
Terminalia arjuna
A large, buttressed native with smooth pale bark and a spreading canopy — the best avenue tree for moist alignments, riverbanks and canal-side roads.
Chrysopogon zizanioides
The engineering plant of Indian landscapes: a deep-rooted clumping grass that holds embankments, filters runoff and stops erosion where nothing else will grow.
A structured assessment of a site’s environmental performance — water, waste, energy, green cover and biodiversity — against benchmarks, producing a baseline and a prioritised improvement plan. It is a management tool, not a certification.
Three to six weeks for a single campus, depending on how much utility and waste data already exists. Sites with no metering split take longer because consumption has to be estimated and then verified.
Irrigation running far longer than the planting needs, no separation between potable and landscape water metering, unsegregated organic waste that could be composted on site, and tree inventories that exist on paper but not in a maintainable form.
Read next
Water · 5 min read
How to size, zone and maintain landscape irrigation: hydro-zoning, emitter selection, run-time calculation, filtration, and the maintenance regime that keeps a drip system working past year two.
Read the guideSustainability · 4 min read
What a green audit measures, how to run one, and the findings that recur on Indian sites — water balance, irrigation waste, waste streams, green cover and the roadmap that turns data into decisions.
Read the guideRelated
Sustainability
Honest assessment of whether a plantation or operational project has a viable carbon pathway — and what documentation, baseline and monitoring it would need.
Service detailSustainability
Practical waste systems for campuses, industrial sites and townships — segregation that people actually follow, on-site organic processing, and documentation that satisfies compliance.
Service detailSustainability
Catchment-based rainwater systems for campuses, townships and infrastructure sites — sized from real rainfall and roof area, and integrated with landscape irrigation.
Service detailSend the site details, the drawings if you have them, and the maintenance budget you expect. You will get an honest read on species, timing and what the site can actually sustain.