Shanghai's Newest Waste-to-Energy Center Saves Over 3 Million Tons of Carbon a Year

Shanghai has taken a giant stride toward sustainable waste infrastructure with the newly unveiled Baoshan Waste-to-Energy Center, the city’s latest power plant fueled by household waste. Formerly the site of a coal-fired blast furnace, the facility now plays a critical role in Shanghai’s carbon reduction strategy. By replacing the old industry and diverting waste from landfills—one of the largest sources of greenhouse gas emissions—the center saves over 3 million tons of carbon emissions annually. Designed by Ballistic Architecture Machine (BAM), this new type of facility represents a significant step towards the circular economy, showing how waste infrastructure can evolve into sustainable urban landmarks.

This 128,000 sqm complex includes two types of waste processing: an incineration component that generates electricity and an anaerobic digestion unit producing biogas. At optimum efficiency, the four-line incinerator handles 3,000 metric tons daily. Meanwhile, the anaerobic digestion unit converts over 8,000 metric tons of wet waste per day. Yet, for the design of this massive facility, BAM consciously stepped away from the ‘decorated shed’ paradigm so prevalent in modern industrial infrastructure. Instead, the team pioneers a camouflage approach combining architectural and landscape design with public programming, including an immersive factory tour, a museum of waste, and an array of recreational facilities. What could have been a monolithic industrial site is instead a dynamic educational destination and a new type of urban landmark at the intersection of landscape and architecture.

Unlike other waste management projects, which often focus solely on the architecture, BAM’s design extends to the entire site, integrating the building and its surrounding landscape. BAM shapes the building massing into a mountain, while the façade visually mimics geological layers. The roof consists of large openings to satisfy fire safety requirements, resulting in a design that is not fully enclosed. With its permeable façade, the architecture appears more as a shell than a traditional building when experienced up close and from the inside out. This stands in stark contrast to the massive mountain-like presence the building presents from afar. Rather than imposing itself on the landscape, the building is designed to recede into the environment, with openings and perforations that soften its monumental presence. A 10-hectare roof park further reinforces this integration, offering green space for recreation, education, and public interaction, while concealing the industrial functions below. In totality, this results in an unconventional building typology where the lines between architecture and landscape are rather ambiguous.

At the visitor’s entrance, patterned structures playfully emerge from the façade, forming the ‘mini-city’—a vibrant complex of exhibition and leisure spaces. The highlight of this area is the Museum of Waste, an immersive experience that takes visitors on a journey through the waste-to-energy (WTE) process.

Sustainability Through Public Education
The Museum of Waste guides schoolchildren and the public through the ‘Story of Trash’ via a sequence of thematic spaces. Through these immersive environments, textbooks and lectures are left behind as children are transported through time, encountering dinosaurs, the birth of fossil fuels, the Industrial Revolution, and the revolutionary inventions of plastics and semiconductors. As visitors progress through the exhibition, they gradually come face-to-face with the overwhelming scope of the waste problem but also are inspired to contemplate their own role in addressing the waste challenge.

Continuing the journey, the WTE Experience Hall offers an up-close look at key stages of waste processing, including crane operations, control room functions, incineration, baghouse filtration, and turbine room operations. In the turbine room, a 4D cinema experience animates the ‘Story of Trash’ narrative, bringing the inner workings of the facility to life. The factory tour culminates with the 10-hectare green roof park, offering a final peek into the waste-processing machine through the canyon-like openings in the roof.

The Baoshan Waste-to-Energy Center presents an innovative leap in waste management by integrating both waste-to-energy incineration and anaerobic digestion facilities. This combination allows for efficient processing of waste, where organic materials are converted into biogas for diverse applications, while non-organic waste is incinerated to generate electricity. This dual approach not only enhances energy recovery but also supports the principles of a circular economy by maximizing resource utilization and minimizing waste. While the integration of additional materials and resources (such as sustaining a park on the roof) may be challenging when evaluated solely against current sustainability standards, BAM’s vision is to establish this project as a transitional prototype. It is an experimental step toward integrating industrial facilities within urban cores, laying the groundwork for future green technologies and contributing to Shanghai’s long-term goal of carbon neutrality by 2060.

Moving safe and clean waste infrastructure into the city core is key to furthering the paradigm shift in waste management. This requires reshaping public perceptions to overcome "Not-In-My-Backyard" (NIMBY) social resistance. The ultimate goal is the transition to a circular economy where waste-to-energy technology itself eventually becomes obsolete and the building becomes a civic space. In this light, the Baoshan project is not just a building but an urban landmark transforming waste into energy and reshaping social perceptions of waste.

Project Data
Year Completed: 2025
Location: Shanghai, China
Client: Baojinggang
Year: 2019-2025
Scope: Lead Architecture Design, Lead Landscape Design, Masterplanning
Status: Complete
Planning Area: 355,000 m²
Architecture Size: 128,000 m²
Landscape Area: 110,000 m²
Dry Waste Capacity: 3,000 tons/day
Organic Waste Capacity: 8,000 tons/day
Collaborators: BAM (Architecture, Landscape, Masterplanning); ARUP (Structural and Fire
Consulting); Hyder (Façade Consultant); Wuzhou (Facilities).
Photographer: Derryck Menere

Project Overview
BAM's design for the Baoshan Waste-to-Energy Center sets a transformative precedent for municipal solid waste (MSW) treatment facilities, reimagining them as multifunctional urban amenities. Through design experimentation, BAM encourages the perception of these facilities as integral components of the urban landscape rather than undesirable infrastructure.

Located on the 35-hectare decommissioned Bao Steel campus, the Baoshan Waste-to-Energy Center is a new-generation integrated waste-processing facility—one of the most ambitious municipal solid waste management projects globally and a pioneering example in China. BAM led the design of every aspect, from the master plan to the facility’s façade and landscaping, collaborating closely with local engineering institutes to realize this unique vision.

The Baoshan Waste-to-Energy Center represents an innovative leap in waste management by integrating both waste-to-energy (WTE) incineration and anaerobic digestion facilities. Operating at optimum efficiency, the four-line incinerator handles 3,000 metric tons of waste daily, while the anaerobic digestion unit processes over 8,000 metric tons of wet waste per day. This combination allows for efficient waste processing, converting organic materials into biogas for diverse applications and incinerating non-organic waste to generate electricity. It maximizes resource utilization, minimizes waste, and recovers energy. In addition to its waste management capabilities, the project features a 10-hectare roof park and a variety of exhibition and entertainment programs known as the 'mini-city.'

The Baoshan Waste-to-Energy Center embodies the transition toward a circular future, where waste is minimized and reused. BAM’s ‘camouflage’ design strategy consciously departs from the prevalent ‘decorated shed’ paradigm, effectively disguising the monumental waste facility as a park and public amenity. This approach promotes public acceptance of waste management as an integral component of urban life and establishes a model for resilient, future-proof industrial facilities that can adapt to the evolving needs and priorities of our changing relationship with the environment.