Change in Ownership Does Not Lead to Increased Adoption of Green Technology

Research

ZEW Study on Decreasing Emissions of Companies after Ownership Changes

Despite the absence of a shift towards green technology adoption, ownership changes can still contribute to pollutant reduction.

Companies that have been transferred to new owners reduce their pollutant emissions, on average. However, they do not achieve this by adopting new, eco-friendly technologies, but rather by scaling down production or shutting down plants altogether. This finding stems from a study conducted by researchers from ZEW Mannheim, which examines the effects of ownership changes on emissions and economic strength of industrial companies in Europe. The study relies on data from the Mannheim European Panel on Financial Indicators and Emissions (ME-FINE).

“The notable decrease in overall emissions of newly acquired plants and companies in our dataset is primarily due to reduced production rather than the implementation of innovative, environmentally-friendly technologies. On average, acquired companies emit a larger quantity of pollutants compared to other companies under the same parent corporation,” says Bettina Chlond, an economist at ZEW’s “Environmental and Climate Economics” Unit. Despite the absence of a shift towards green technology adoption, these ownership changes can still contribute to pollutant reduction. “When the acquired companies decrease both production and emissions, while the parent company’s total output remains unchanged, it suggests that changes in ownership can be beneficial for the environment overall.”

About ME-FINE

The Mannheim European Panel on Financial Indicators and Emissions (ME-FINE) is a new European dataset at the company level that combines financial data from Bureau van Dijk’s Orbis database with information on pollutant emissions from the European Pollutant Emission Register (EPER) and its successor, the European Pollutant Release and Transfer Register (E-PRTR). The current version of ME-FINE covers the period from 1998 to 2016 and focuses on manufacturing and energy companies in the EU-15, Hungary, and Norway. The dataset encompasses approximately 70 per cent of the observations in EPER and E-PRTR in these sectors and countries, accounting for over half of the emissions of the most common air pollutants.

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