Eco Green Interior

Date: July 2023
Location: Tbilisi, Georgia
Value: $50,000
Client: Lamazia
Category: Residential

The Eco Green Interior project by Lamazia showcases our commitment to sustainable and eco-friendly design. Located in the heart of Tbilisi, this residential project aimed to create a living space that is both environmentally conscious and stylish.

Our Solutions

For the Eco Green Interior project, Lamazia focused on using sustainable materials and innovative design techniques to reduce the environmental footprint of the home. The design incorporates a variety of eco-friendly elements such as reclaimed wood, bamboo flooring, and low-VOC paints to ensure a healthy indoor environment.

Large windows were installed to maximize natural light, reducing the need for artificial lighting during the day. Energy-efficient appliances and fixtures were chosen to minimize energy consumption, and a smart home system was integrated to optimize energy use and enhance convenience.

The interior layout was designed to create a seamless flow between the living, dining, and kitchen areas, promoting a sense of openness and connectivity. Custom-built furniture made from sustainable materials adds a unique touch to the space, combining functionality with aesthetic appeal.

Indoor plants were strategically placed throughout the home to improve air quality and bring a touch of nature indoors. The color palette was carefully selected to create a calm and relaxing atmosphere, with earthy tones and natural textures enhancing the overall aesthetic.

Throughout the project, Lamazia worked closely with the client to ensure that their vision of a green, sustainable home was realized. The result is a beautifully designed interior that reflects the client’s commitment to sustainability while providing a comfortable and stylish living environment.

The Eco Green Interior project exemplifies Lamazia’s dedication to creating innovative and environmentally responsible designs, reinforcing our position as a leader in sustainable residential architecture.