ELITE / SUSTAINABILITY

Intelligent infrastructure.
Considered impact.

Energy, water, land and heat are interconnected design decisions. Our approach is to assess them early, establish meaningful boundaries and develop measurable objectives with the future operator.

OUR DESIGN PRINCIPLE

Resource efficiency
starts before construction.

The San Giuliano opportunity is at development stage. The priorities below describe studies and design objectives, not achieved environmental performance or awarded certifications.

01

Land, renewed.

Evaluate regeneration of an existing developed property, with a clear understanding of lawful building rights, existing structures and site conditions.

  • Historical land-use and environmental assessment
  • Hazardous-material and demolition studies
  • Whole-life comparison of retention and replacement
  • Landscape, permeability and drainage integration
02

Energy, understood.

Set an efficiency strategy around annual operating conditions, real IT loads and transparent metering. Assess feasible on-site renewable generation alongside wider electricity procurement.

  • Annual and part-load energy modelling
  • Cooling and electrical-loss optimisation
  • Practical roof and canopy solar capacity
  • Clear procurement and emissions boundaries
03

Heat, reconsidered.

Examine whether recoverable heat can serve a real local demand. Useful recovery needs a matching temperature, route, customer and commercial model.

  • Seasonal heat-demand and offtake studies
  • Heat-pump, export and interface requirements
  • Space and electrical reservation in the masterplan
  • Technical and economic feasibility
04

Water, respected.

Evaluate cooling against available water resources, discharge constraints and climatic conditions. Liquid cooling does not automatically mean zero water use.

  • Source and utility-capacity confirmation
  • Annual water balance and WUE boundaries
  • Drought and extreme-weather scenarios
  • Alternative resources where appropriate

REGIONAL CONTEXT

A framework for
responsible development.

Lombardy’s 2026 framework addresses location, regeneration, on-site renewables, heat recovery and water use. Its benefits depend on specific qualification criteria and combinations of priorities.

Our project studies should assess the applicable criteria alongside the engineering design. No incentive award, formal priority band or project-specific public funding is represented here.

European energy-efficiency rules also place increasing emphasis on data centre reporting and feasible heat recovery. Metering and evidence should be designed into the facility from the start.

MEASUREMENT BEFORE MARKETING

Performance should be demonstrable.

Is the proposed facility carbon neutral?

No carbon-neutral or net-zero operating claim is made. A credible future assessment would need defined boundaries, energy-procurement evidence, emissions methodology and actual performance.

Will rooftop solar power the entire facility?

No such assumption is made. Roof area, equipment conflicts, usable surfaces and solar yield require design. On-site solar and the wider electricity-procurement strategy should be evaluated separately.

Is heat reuse guaranteed?

No. The project needs a technical and economic study of heat quality, potential customers, seasonal demand, network routes and operating responsibility.

Will the site qualify for regional incentives?

Eligibility has not been established. Formal site qualification, design evidence and the relevant authority’s determination are needed before any benefit can be included as a commitment.

THE NEXT CONVERSATION

Build the next chapter.
With the right partners.

For data centre operators, infrastructure investors and development partners evaluating a position in Milan.

Start a conversation