Sustainability at the Core of Our Mission
Innovative, eco-friendly solutions for the future of construction
GEO Sustainability Practices
At GEO, sustainability isn’t just a part of our work—it’s central to everything we do. We’re committed to creating environmentally conscious solutions for every construction project, minimizing waste, reducing energy consumption, and using eco-friendly materials wherever possible. Our goal is to build stronger, more resilient structures without compromising the planet’s future
Environmental Sustainability
Energy Efficiency
Waste Management
Sustainable Supply Chains
Carbon Footprint Reduction
Environmental Sustainability
Energy Efficiency
Switching to renewable energy sources like solar or wind, and optimizing energy consumption through technology and smart systems.
Waste Management
Reducing, reusing, and recycling materials to minimize landfill contributions.
Sustainable Supply Chains
Partnering with suppliers who use environmentally friendly practices and sourcing raw materials responsibly.
Carbon Footprint Reduction
Implementing strategies like carbon offset programs, telecommuting, or electric vehicle fleets.
Economic Sustainability
Long-term Value Creation
Innovation
Sustainable Investments
Economic Sustainability
Long-term Value Creation
Focusing on investments that ensure the company’s growth without compromising resources for future generations.
Innovation
Developing products and services that are eco-friendly or that promote sustainability, such as energy-efficient appliances or biodegradable packaging.
Sustainable Investments
Allocating funds to green technologies and businesses that prioritize sustainability.
Circular Economy Integration
Product Lifecycle Management
Resource Optimization
Environmental Sustainability
Product Lifecycle Management
Designing products for longevity, repairability, and recyclability.
Resource Optimization
Using resources efficiently to maximize their value and minimize waste.
Carbon footprint materials in water & wastewater treatment
Carbon footprint comparison framework and example for synthetic polymers G3 System versus bentonite versus Cross Gel as support fluids for deep foundations.
| Phase | Cationic and Anionic Polymers | Coagulants | Biological Agents |
|---|---|---|---|
Carbon footprint materials in support fluids
Carbon footprint comparison framework and example for synthetic polymers G3 System versus bentonite versus Cross Gel as support fluids for deep foundations.
| Phase | Bentonite | G3 System | Cross Gel |
|---|---|---|---|
- Bentonite Requirement: ~15 tons (at 1.5% slurry concentration).
- G3 System Requirement: ~0.4 tons (at 0.05% polymer solution).
- XG Requirement: ~3 tons (at 0.3% polymer solution).
At GEO, sustainability isn't just a part of our work—it's central to everything we do. We’re committed to creating environmentally conscious solutions for every construction project, minimizing waste, reducing energy consumption, and using eco-friendly materials wherever possible. Our goal is to build stronger, more resilient structures without compromising the planet’s future
Our sustainability practices
At GEO, sustainability isn’t just a part of our work—it’s central to everything we do. We’re committed to creating environmentally conscious solutions for every construction project, minimizing waste, reducing energy consumption, and using eco-friendly materials wherever possible. Our goal is to build stronger, more resilient structures without compromising the planet’s future
Our Sustainable Practices
We integrate sustainable practices across all phases of construction, from material selection to project execution
We prioritize recycled materials and eco-friendly substances, reducing reliance on natural resources and minimizing waste
Innovations in Green Technologies
Sustainable Soil Stabilization
We use bio-based polymers that not only reinforce soil but also biodegrade naturally over time, leaving no harmful impact on the environment.
G3 System
The G3® System uses bio-polymers to stabilize soil, creating a uniform drilling environment that biodegrades without harm
Explore Case Study
Bridge of Cádiz – Spain
UTE MPX – Pecém Power Plant
A10 Viaduct and Bridge
