| |
| Sustainability Foundation |
|
Sustainability Levels
Planet Earth
Eco system's
Economy
Energy |
|
Human Impact |
|
Environmental Impact = Population X Affluence X Technology |
|
Sustainable Design |
|
Energy Efficient Materials |
|
Energy Efficiency |
|
Renewable Energy |
|
|
|
 |
SUSTAINABILITY |
 |
| |
The Resource availability in this planet earth is finite. Sustainability of available resources is a must for the future generation.
One of the focus area of ATOAST's Research and innovation is Sustainability technology development. We developed simulation models to predict the sustainability index of product development and manufacturing methods.
We offer services to help our clients deicide on energy efficient material, process and application design by extending our simulation results to calculate the energy requirements. This can be achieved with a little additional efforts in an integrated virtual product development environment, as adopted at ATOAST.
We offer simulation services to predict the benefits of Clean energy (Solar and wind) Technology, Eco building materials (low U value, selective solar control), Waste heat recovery (Thermoelectric, solar thermal, heat pump) and recyclable material systems.
Sustainable design is the concept we adopt to design energy efficient materials, manufacturing methods and energy efficient performance. |
|
| |
|
|
| |
 |
|
| |
|
|
| |
|
|
|
|
| Sustainable Applications |
|
Clean Energy
Solar
Wind |
|
Eco Building Materials:
Low U
Low k
Selective Solar Control
Low Emissivity |
|
Energy Efficiency:
Waste Heat Recovery
Engineered Surfaces |
|
Recyclable Material Systems Such as Thermoplastics. |
|
Total Cost of Energy |
|
|
