Hardesh Chawla, Director, and Monica Chawla, Creative Head, Essentia Environments, discuss some material innovations that are making interior spaces more efficient, adaptable, and environmentally friendly.

Director, Essentia Environments
Material choices now reflect a deep awareness of environmental impact, lifecycle performance, and user adaptability. As a result, interiors are becoming smarter, and more sustainable.

Hardesh Chawla

Architecture and design are witnessing a transformative shift toward sustainability and eco-consciousness. The spotlight is on responsibly sourced materials, innovative building technologies, and nature-inspired designs that blend aesthetics with functionality. In fact, in recent years, interior design has undergone a meaningful transformation. No longer focused solely on appearance, today’s interiors are expected to perform, with efficiency, adaptability, and environmental responsibility at their core. This evolution has been driven in large part by material innovation, where new-generation products offer both functional and sustainable advantages without compromising on visual appeal.

Creative Head, Essentia Environments
This era of design focuses not only on creating visually stunning environments but also on fostering harmony with nature. In this holistic approach, thoughtful material choices pave the way for a greener, more natural way of living.

Monica Chawla

Natural materials like bamboo, reclaimed wood, and stone bring warmth and authenticity to interiors. Alongside these, advanced composites and recycled materials are set to redefine modern design by offering durability while reducing environmental impact.

Discuss some material innovations

One of the most exciting areas of innovation lies in the repurposing of waste. Wallpapers made from industrial or post-consumer waste are emerging as both a design statement and a sustainability solution. These materials often come with rich textures, muted tones, and natural patterns, offering a refined look while actively reducing landfill contributions. Similarly, engineered wood, crafted from recycled pallets and wood waste, has gained popularity for its strength, consistency, and lower environmental footprint when compared to traditional hardwoods. These materials are often more stable and resistant to humidity, making them ideal for adaptable, long-lasting interiors.

Vegan leathers are another noteworthy development. Made from plant-based sources like pineapple leaves, apple peels, or cacti, they are increasingly being used for upholstery, wall panelling, and even flooring. These alternatives not only eliminate the need for animal products, but also typically require less water and energy in production. Their texture, durability, and finish continue to improve, offering designers more choices with a smaller environmental cost.

Composite tiles represent another significant shift. Designed to last for decades, these tiles reduce the need for frequent renovation and replacement, supporting a more circular approach to interior design. Their blend of materials, often incorporating recycled stone, glass, or ceramics, enhances both performance and aesthetics. In bathrooms and kitchens, where resilience is essential, composite materials are becoming the standard.

Discuss some material innovations
Metal is also making a strong comeback, not just for its visual edge, but for its recyclability. Aluminium, brass, and steel are being reimagined in interiors as lightweight, durable and endlessly reusable materials. From decorative screens and lighting fixtures to furniture accents, these metals contribute to both adaptability and low-impact design.

Architects and designers are increasingly integrating indoor greenery, and water elements into homes and workplaces, to transform the interiors into rejuvenating sanctuaries, promoting mental well-being. Innovations like solar panels, green roofs, and energy-efficient glazing are becoming more prevalent. Passive design strategies, such as optimizing natural light and ventilation, help create eco-friendly spaces that minimize energy consumption without compromising comfort.

Beyond materials, technology is enabling interiors to be more efficient. Energy-efficient lighting systems, including LEDs with dimming capabilities and automation, help control electricity use. Thoughtfully planned layouts that maximise daylight reduce the need for artificial lighting during the day. Meanwhile, motion and touch sensors are being integrated into plumbing to minimise water wastage, especially in high-use areas such as kitchens and bathrooms.