Energy, water and waste are engineered into every project from the first sketch — never added afterwards. The goal: a Moroccan and African model for the eco-responsible sports complex.
Desalination, greywater reuse and biological pool treatment — reducing consumption and chemicals.
Read moreSolar, geothermal and thermal optimisation, with intelligent maintenance to cut consumption.
Read moreTreatment, sorting, organic valorisation and recycling — a circular approach across the site.
Read moreElectric shuttles, charging points and a pedestrian-first layout across the complex.
Read moreCoastal ecosystems and local biodiversity preserved, with native, low-water planting.
Read moreBiosourced materials, durable stainless-steel pools and a reduced-carbon construction approach.
Read moreEvery drop is captured, treated without chemistry, used, recovered and reused — minimising withdrawal from the natural environment.
Solar and geothermal sources, balanced by intelligent storage and control, power the complex with a low-carbon footprint.
Rooftop photovoltaics & solar shading over car parks and walkways.
Ground/water heat pumps for pool heating, cooling and hot water.
Storage and intelligent control to match production and demand.
The figures below are design targets and benchmarks for the project — not guaranteed or measured outcomes.
Not just concepts — we master these technologies and bring together the reference partners to deliver them.
Click an indicator to open the engineering schematic.
Integrated energy, water & resources — illustrative conceptThe goal: a Moroccan and African model for the eco-responsible sports complex.
A high-level sports complex drinks constantly — pools, pitches, sanitation, irrigation. We close the loop so almost nothing leaves the site.
Venues run long hours, 320 days a year. We cut demand at the envelope first, then cover the rest on-site — solar, geothermal, recovered heat.
Fifteen hundred athletes a day produce real waste streams. We design for circularity from day one — sorting, valorisation, and an organic loop that feeds the farm.
How 1,500 athletes and spectators arrive shapes the whole footprint. Low-carbon access is set in the master plan, not bolted on.
A Mediterranean coast is a living system. We protect the dune, the wetland and local biodiversity, and design with the climate rather than against it.
The lowest-carbon building is the one built right, once. We specify bio-based, local and durable materials, and design for a long, repairable life.
