Eco Realty in Healthcare: Blueprint for Sustainable Work and Living Spaces

In the long run, the role of the pharma and healthcare sectors extends beyond their corporate offices and into the very homes of their employees and customers

About the Author: Kirthi Chilukuri, Entrepreneur, Investor, Environmentalist, and Founder of Stonecraft Group has transformed 60 acres of barren land into a thriving Miyawaki forest, “Woods Shamshabad”, with more than fully matured 4,50,000 native Indian trees and plants, 141 species of migratory, resident birds and integrated with ecological living spaces in Hyderabad. Woods will soon expand the Miyawaki forest to 110 acres with 6,50,000 trees.

As many pharmaceutical and healthcare industries seek to instill a culture of sustainability, eco-realty in manufacturing facilities and residential spaces emerges as a critical piece of the puzzle. Integrating Miyawaki forests and biophilic design principles into R&D, production facilities, and employee living spaces aligns with the ethos of healing and well-being. It sets a new standard for sustainable living, intertwining the health of individuals’ health with the planet’s health.
The Miyawaki method, with its ability to create dense, self-sustaining forests in small urban areas, offers healthcare companies a tangible way to demonstrate their commitment to environmental health. By incorporating these forests into their projects at the facilities and their employee living hamlets, they can provide a green oasis that enhances air quality, promotes biodiversity, and offers a serene environment for residents to connect with nature. These mini-forests can flourish in a seventh of the time it takes traditional forests to grow, making them an ideal solution for urban settings where space is limited and greenery is critical.
Biophilic design complements this approach, emphasizing the need for harmonious living spaces with the natural world. Features such as natural lighting, ventilation, and using non-toxic, sustainable materials contribute to a healthier living environment. This is particularly relevant for healthcare professionals who spend their days in the service of others’ health and need a restorative space to return to. Living in environments that integrate nature can reduce stress, enhance mood, and improve overall well-being, creating a supportive backdrop for those who dedicate their lives to healing others.
Furthermore, sustainable living standards are about the physical environment and creating a community that values and practices eco-friendly habits. Hospitals and pharmaceutical companies can foster this by implementing recycling programs, providing shared spaces for organic gardening, and initiating renewable energy projects. These practices reduce the environmental footprint and instill a sense of responsibility and community among employees, encouraging them to adopt sustainable practices in their personal lives.
In the long run, the role of the pharma and healthcare sectors extends beyond their corporate offices and into the very homes of their employees and customers. By championing eco realty and sustainable living standards, they can ensure that their influence on health and well-being positively impacts both the individual and the planet. This approach is not merely a corporate responsibility but a visionary strategy that aligns with the global push towards sustainability and environmental stewardship.
These trends will significantly influence the future of life sciences real estate when building new facilities, expanding test centre spaces, or planning to offer workforce eco-living spaces. According to a CBRE survey, the growing demand for sustainable housing has significantly increased. The report highlighted that green buildings have the potential to reduce emissions by 40% and lower maintenance costs by 30%. These figures underscore the economic benefits of investing in sustainable infrastructure, alongside the advantages of environmental and health.
The visionary approach of combining Miyawaki afforestation with biophilic design to create urban living spaces that coexist with R&D and manufacturing facilities is not just an investment in ecology-embedded living but also an investment in a sustainable future for all. This strategy fosters a symbiotic relationship between nature and human habitation, promoting a lifestyle that respects and enhances the natural environment.
The healthcare and pharmaceutical industries have a unique opportunity to lead by example and showcase how sustainable practices can be integrated into every aspect of their operations. From the design and construction of facilities to the daily practices within them, every step towards sustainability makes a difference. By adopting these eco-realty principles, these industries can create healthier, more productive work environments, attract and retain top talent, and enhance their corporate reputation.
Moreover, these sustainable practices can extend to the communities they serve. Healthcare facilities incorporating green spaces and biophilic designs can provide respite for patients and their families, improving their overall experience and outcomes. Community engagement initiatives, such as tree planting events and sustainability workshops, can further solidify the relationship between healthcare providers and the communities they serve.
Integrating Miyawaki forests and biophilic design into pharmaceutical and healthcare facilities represents a forward-thinking approach to sustainable living. This holistic strategy addresses the immediate needs of creating healthier living and working environments and contributes to the broader goal of environmental sustainability. As the demand for green buildings continues to rise, the healthcare and pharmaceutical industries have the chance to set a new standard, demonstrating that it is possible to achieve excellence in both health and sustainability. This approach is a testament to the industry’s commitment to the well-being of people and the planet, ensuring a legacy of health, wellness, and environmental stewardship for future generations.

*Views expressed by the author are his own.