7 SR- Dr Moin Uddin Ahmed Gong
Project Description
Project: 7(seven) Storied Residential Building
Location: Chourhash, Kushtia, Bangladesh.
Client: Dr. Moin Uddin Ahmed
Site Area: 306.23 Sq.M/ 3292 sqft
Year of Commencement: 2023
Architects:
Nazmus Sakib Tonu
3D Visualizer: Shaikat Ahmed
This 7-story residential building is designed to promote sustainability by utilizing eco-friendly materials and energy-efficient technologies. The building’s exterior features **exposed ceramic bricks**, chosen for their durability, thermal efficiency, and minimal environmental impact. These bricks enhance energy savings by naturally insulating the structure, reducing reliance on heating and cooling systems.
The project emphasizes the use of sustainable materials, including reclaimed wood, non-toxic low-VOC finishes, and eco-friendly insulation, all of which contribute to a healthier indoor environment. Energy efficiency is further boosted by the integration of rooftop solar panels and high-performance insulation, minimizing the building’s overall carbon footprint.
A rainwater harvesting system is incorporated to capture water for non-potable uses such as landscaping and toilet flushing, further promoting resource conservation. This project offers residents comfortable and modern living spaces, while prioritizing sustainability, reducing environmental impact, and setting a new standard for eco-friendly urban housing developments.
7 SR- Dr Moin Uddin Ahmed Gong
Project: 7(seven) Storied Residential Building
Location: Chourhash, Kushtia, Bangladesh.
Client: Dr. Moin Uddin Ahmed
Site Area: 306.23 Sq.M/ 3292 sqft
Year of Commencement: 2023
Architects:
Nazmus Sakib Tonu
3D Visualizer: Shaikat Ahmed
Project Description
This 7-story residential building is designed to promote sustainability by utilizing eco-friendly materials and energy-efficient technologies. The building’s exterior features **exposed ceramic bricks**, chosen for their durability, thermal efficiency, and minimal environmental impact. These bricks enhance energy savings by naturally insulating the structure, reducing reliance on heating and cooling systems.
The project emphasizes the use of sustainable materials, including reclaimed wood, non-toxic low-VOC finishes, and eco-friendly insulation, all of which contribute to a healthier indoor environment. Energy efficiency is further boosted by the integration of rooftop solar panels and high-performance insulation, minimizing the building’s overall carbon footprint.
A rainwater harvesting system is incorporated to capture water for non-potable uses such as landscaping and toilet flushing, further promoting resource conservation. This project offers residents comfortable and modern living spaces, while prioritizing sustainability, reducing environmental impact, and setting a new standard for eco-friendly urban housing developments.