Russia’s First Vacuum Waste Collection Standard Could Transform the Urban Environment
Russia is rolling out its largest-ever project for automated pneumatic waste collection. SberCity has developed the country’s first standard governing the design and construction of these systems.
In just two months, Moscow’s SberCity smart district is scheduled to launch a pilot underground waste collection system that could reshape how residential neighborhoods handle municipal services.
A Systematic Approach to Waste
Russia’s first vacuum, or pneumatic, waste collection system appeared in Moscow in 1980. A Swedish company built the station in the Severnoye Chertanovo neighborhood. In 1983, an experimental system was launched in Leningrad, now St. Petersburg. In other words, pneumatic waste transport has been used in Russia for decades. The term “vacuum garbage chute” is now defined in Russian national standard GOST R 71018-2023.
The novelty of SberCity’s initiative lies in creating a comprehensive document that standardizes requirements for designing and building entire automated district-scale systems. It marks a shift from individual installations to infrastructure designed to serve an urban district. The document, which is still awaiting approval, is intended to serve as a reference not only for SberCity but also for other developers and municipalities. As SberCity CEO Andrey Likhachev noted, the initiative could help modernize the entire industry, while the requirements developed through the project could eventually be applied when designing a wide range of facilities.
A New Municipal Waste System Starts at Home
Russia generated 46.7 million metric tons of municipal solid waste in 2025. That was 762,000 metric tons, or 1.6 percent, less than the previous year. By 2030, 100 percent of municipal solid waste must be sent for treatment, while no more than 50 percent should go to landfills. Russian President Vladimir Putin has set that target. Today, 81 percent of waste goes to landfills and 55 percent is sent for treatment. The share undergoing treatment has increased by 16 percentage points since 2020. Digital technologies are also playing an active role in waste management, including robotic sorting systems, garbage trucks equipped with onboard equipment and satellite navigation, and cameras trained to detect waste.
Vacuum waste collection is still relatively uncommon, but it is one of the most effective options for residential districts. The process starts inside individual apartments. Each one is equipped with a food waste disposer. Waste is compacted inside a dedicated chamber, reducing its volume by nearly 20 times, and an airflow then carries it through a pipeline to a central collection station. There, it accumulates in sealed containers.
SberCity has laid about 20 kilometers of underground pipes through which waste travels to collection stations at speeds of up to 70 kilometers per hour. Every stage of the disposal process is fully automated. The waste lines can handle more than 80 metric tons of municipal solid waste per day. Most importantly, residential courtyards will no longer need conventional garbage container sites, along with the unpleasant odors and rodents they can attract. Garbage trucks will also disappear from residential neighborhoods, eliminating the carbon emissions associated with their operation.
Clean Above and Below Ground
Today, this waste technology is reaching SberCity residents. Tomorrow, the same approach could spread to other cities. Until now, the large-scale deployment of such systems has been held back by the lack of a dedicated regulatory framework. The new standard is a step toward creating one. Successful operation at SberCity could turn an internal document into the basis for industry guidelines or even national standards.
Russian companies could also take integrated engineering for these systems to international markets, including management software, automation, dispatching systems, and tools for integrating waste infrastructure with smart-city systems. Yet the experience of other countries, such as Singapore, where these systems have been mandatory for new residential developments since 2018, also highlights potential problems. The main ones involve improper disposal of bulky and construction waste, which can clog pipelines. Even so, the SberCity launch represents an important step from theoretical development to practical implementation. Russian cities are gaining a tool for creating cleaner, more comfortable, and more technologically advanced urban environments.
