Dynapath

Concept

Innovative solutions for plastic pollution and renewable energy are more necessary than ever for a sustainable future. That is the reason we imagine solving these two problems at once – by transforming plastic waste into high-value floor tiles that can also produce electricity from your footsteps. Dynapath makes this vision a reality by producing innovative kinetic tiles entirely from recycled plastic with our innovative waste-to-material business model and piezoelectricity technology.

Dynapath tiles are made from recycled HDPE and LDPE plastics, collected from hotels and other sources. This approach tackles plastic waste by repurposing it into high-performance tiles, embodying the principles of a circular economy. At the core of Dynapath’s innovation is its piezoelectric technology. Each tile integrates piezoelectric materials that convert the pressure of foot traffic into electrical energy. As individuals walk across the tiles, the generated electricity is harvested and stored, powering LED lights within the tiles and potentially other building features. This process not only provides a renewable energy source but also reduces the carbon footprint of traditional power usage.

The tiles are engineered for resilience and versatility, enduring the pressure of up to 250 people and withstanding various weather conditions, including UV exposure and water. Designed for easy installation and integration into existing flooring systems, Dynapath tiles offer a practical and cost-effective solution for venues such as hotels, restaurants, and airports that experience high foot traffic.
Economically, Dynapath offers significant advantages. By harnessing foot traffic to generate electricity, these tiles reduce dependence on conventional energy sources, leading to cost savings and a lower carbon footprint. Early assessments suggest that the electricity produced by Dynapath could offset a significant portion of a building’s lighting costs, especially in areas with consistent foot traffic, like lobbies and entrances.

Beyond their technical and economic benefits, Dynapath tiles enhance user engagement through their interactive nature. Each step on the tiles visibly powers LED lights, providing immediate feedback and a tangible connection to the energy generation process. This interactivity captivates users, increasing awareness and understanding of how everyday actions can contribute to sustainable energy solutions.

As Dynapath moves towards commercialization, our focus is on refining the technology through practical applications and industry partnerships. By testing and monitoring the performance of Dynapath tiles in diverse, real-world environments, we aim to optimize their design and functionality, validating their feasibility, technical viability, and scalability.

The Team

Pham Gia Khuyen
Pham Gia Khuyen

VinUniversity

Dang Dinh Dang Khoa
Dang Dinh Dang Khoa

VinUniversity

Nguyen Thao Van
Nguyen Thao Van

VinUniversity

Tran Dinh Le Hoang
Tran Dinh Le Hoang

VinUniversity

Pham Gia Khuyen
Pham Gia Khuyen

VinUniversity

About Pham Gia Khuyen

Pham Gia Khuyen comes from a coastal province in Vietnam, where his love for the ocean and marine life runs deep.
“Witnessing dead fish entangled in plastic bags on our once pristine beaches has been heartbreaking. Fortunately, the Sustainable Hospitality Challenge has given me the chance to collaborate with incredible teammates who can turn my technical ideas into tangible solutions.
As a mechanical engineering student and STEM enthusiast, I feel a deep sense of purpose and motivation participating in this competition. It represents a unique opportunity to apply my engineering skills to real-world problems, work with talented individuals, and contribute to a cause I am passionate about.”
His excitement for the project lies in the integration of piezoelectric materials to generate energy. This innovative feature addresses environmental challenges and provides a sustainable energy source, making their solution more impactful.

For Pham, sustainability means designing products that minimize environmental impact, reduce waste, and utilize renewable resources. Their project aligns with these principles by focusing on creating a solution that tackles pollution and generates clean energy.

“This competition is about making a real difference. I am proud to contribute my skills and passion to this meaningful cause, striving to create a more sustainable world for future generations.”

Pham Gia Khuyen
Dang Dinh Dang Khoa
Dang Dinh Dang Khoa

VinUniversity

About Dang Dinh Dang Khoa

“As part of a young, dynamic institution, I am driven by a profound passion for leveraging technology to address global challenges, particularly in the realm of sustainability. Sustainability, to me, is more than just a buzzword—it’s a commitment to creating systems that ensure the well-being of our planet and future generations.”

His journey into sustainability was sparked by an intrinsic motivation to blend his technical skills with a vision for a greener future. This led to the inception of Dynapath, an innovative project that embodies this ethos by tackling two pressing issues simultaneously—plastic pollution and renewable energy. Him together with his team aims to revolutionize how waste is perceived and utilized, turning it into valuable resources while engaging communities in the energy generation process.

Dang is excited to share their journey and inspire others to think creatively about sustainability, blending technological innovation with environmental stewardship. He encourages everyone to step into a future where technology and sustainability go hand in hand.

Dang Dinh Dang Khoa
Nguyen Thao Van
Nguyen Thao Van

VinUniversity

About Nguyen Thao Van

Nguyen Thao Van, a 21-year-old majoring in Hospitality Management with a concentration in Revenue Management at VinUniversity, a dynamic young university in Vietnam. At 16, she moved to the USA for high school, where she was shocked by the vast amount of single-use plastics discarded daily in fast-food drive-thrus. This troubling exposure sparked a desire in her to rethink how plastic waste is handled.

Though her deep commitment to sustainability developed later, that early experience stayed with her. It drove her to join the Sustainable Hospitality Challenge to not only create sustainable solutions but also to push her limits and embrace new challenges.

At VinUniversity, she applies design thinking to tackle real-world problems, blending her passion for hospitality with practical sustainability. Together with teammates in Mechanical Engineering, Computer Science, and Business Administration, they developed Dynapath—a project that converts plastic waste into kinetic tiles that generate electricity from foot traffic. The project addresses both the issue of plastic pollution and the need for alternative energy sources.

“Participating in this competition is an exciting opportunity for me to test and enhance Dynapath, connect with experts from various fields, and contribute to sustainable practices in the hospitality industry. I’m eager to see our ideas make a real impact.”

Nguyen Thao Van
Tran Dinh Le Hoang
Tran Dinh Le Hoang

VinUniversity

About Tran Dinh Le Hoang

Tran Dinh Le Hoang is a Business Administration student, environmental activist, and energy transition researcher. Since the age of 16, he decided to dedicate his life to tackling his country’s and the world’s most pressing sustainability problems. He believes there is no way to solve sustainability problems alone, but only through concerted efforts between multiple fields such as business, advocacy, and academia.

Realizing that joining the Sustainable Hospitality Challenge (SHC) would help him understand the intricacy of the hospitality industry through the lens of sustainability, he decided to take the chance and join. This has led him and his team to the final round of the competition, and he can’t wait to continue building their solution, showcasing it, and implementing it in the real world.

“SHC helps bringing ideas closer to reality through multiple rounds of validation and feedback while providing global connections and opportunities.”

Their project takes sustainability in the hospitality sector to a higher level by potentially solving two problems at once—plastic waste and renewable energy. While the initial inspiration of “piano tiles” was simple, they continuously link the idea back to the hospitality problems and developed it into kinetic tiles made from recycled plastic.

A sweet spot was found between these two pressing problems of the hospitality industry, and I am eager to keep improving the concept to provide an answer to sustainability. This S-word is ultimately about asking “can we do this forever?”. I would say that we can’t just produce plastic waste forever and need better energy alternatives. Dynapath is our answer.

Tran Dinh Le Hoang

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