UA RU EN

Why Experts Dismiss Backyard Boiler Plants for Kyiv's High-Rises as Unworkable

Експерти вважають, що встановлення котелень для багатоповерхівок у Києві – малореалістичний проект.

Backyard Boiler Plants for Kyiv Apartments: An Expert Analysis of a Flawed Plan

A proposal to install autonomous boiler plants in the courtyards of Kyiv's high-rise apartment buildings has been labeled a technical and logistical impossibility by specialists. The discussion, hosted on a YouTube channel, featured input from Oleg Popenko, an expert in housing and communal services, and Kostiantyn Funzhii, an urban planner. For a city that has endured severe damage to its centralized heating infrastructure, finding viable alternatives is a critical challenge.

Kyiv contains numerous residential towers ranging from 16 to 25 stories, particularly in densely built districts like Pozniaky and Oskorky. Oleg Popenko argues that implementing courtyard boiler plants in such conditions is highly problematic. He notes that 'we cannot install a boiler plant with a chimney shorter than the neighboring residential buildings.' This means a plant next to a nine-story building would require a chimney exceeding its height. However, Popenko states that 'building a mini-boiler plant with a capacity of 3-4 megawatts and inserting a 50-meter chimney is physically impossible,' rendering the idea 'utopian.'

Popenko also referenced Berlin's experience in the 1990s, where some nine-story buildings were reduced to five floors, illustrating how other cities have grappled with dense development. He emphasized that 'no one builds as many 16- to 25-story residential apartment buildings as we have in Pozniaky and Oskorky.'

Key Technical Obstacles

The primary technical barriers to implementing autonomous boiler plants in Kyiv involve three critical issues:

  • Environmental emission standards,
  • The city's uniquely dense urban layout,
  • Challenges with fuel supply logistics.

Popenko further highlighted the logistical nightmare, asking, 'Let's calculate how many pellets we would need monthly.' He explained that the economical transport range for pellet fuel does not exceed 50 kilometers. A 10-megawatt boiler plant would require the simultaneous storage of 7-8 tons of pellets, necessitating daily truck deliveries for refueling. Yet, as the expert points out, 'Do we have the technical capability to do this in the Patriotyka residential complex? No.'

Consequently, experts conclude that deploying autonomous boiler plants in the courtyards of Kyiv's high-rises is not only complex but highly improbable due to numerous technical and logistical hurdles.

The debate over decentralized heating in Kyiv underscores the vital importance of considering technical, environmental, and social factors when planning infrastructure for dense urban environments. Faced with these challenges, the city must seek alternative solutions for providing heat and hot water that meet modern demands. It is crucial that future projects learn from the experiences of other cities to avoid repeating mistakes and ensure the efficient use of resources.