Eliminating concrete over-design with A.I
Reducing 1% of global CO2 emissions
Concrete volume
reduction
Execution cost
reduction
kgCO2e
reduction
Design time
reduction
Why should you optimize and automate concrete structures design?
Presently, the concrete industry constitutes 11% of overall CO2 emissions world-wide. Concrete is the most common material for building structure and there is an overall consensus in the construction industry that concrete structures tend to be over-designed, from various reasons such as lack of optimization tools, tight design time schedules, lack of engineers or financial motivation to create a lean structure.
All of the above leads to loss of funds for the client, high levels of CO2 emissions and friction between all stake holders that take part in designing our buildings.
What can we do about it?
Structure Pal offers structural engineers, design managers, and construction project managers a cutting-edge AI-based software tool. The tool empowers them to significantly reduce the required amount of reinforced concrete in their designs, all while seamlessly integrating into their existing workflows and without any learning curve. The result is a remarkable reduction in costs, material volume, and CO2 emissions.
The result in numbers:
1. 15% concrete volume reduction on Average.
2. 15% reduction in concrete related execution costs on Average.
3. 50% design time reduction on Average.
4. Reducing construction emitted Co2 emission - up to 30%
Who can benefit from our solution?
Who can benefit from our solution and why
Civil engineering firms
Construction PM
Project owners
Structure engineers can now automate half of their work and output a cost and environmental efficient structure
Project and design managers can now have full control over design efficiency in terms of cost, emissions and accuracy.
Contractors, developers and construction companies can now enjoy from the benefits of an efficient design: Cost and emissions reduction
Clients
.png)
Partners
.png)
.png)
.png)
Investors
