If one Lithuanian resident had to throw away their garbage once a year, the average amount of waste would be as many as 464 kg, approximately the weight of a European female bison. Studies show that about half of this amount can be recycled to save natural resources, reduce pollution and save energy because significantly less energy is needed when energy from recycled waste is used for manufacturing, compared to the energy required to extract and process new resources. Recycling waste into reusable raw materials would not be possible without proper waste sorting.
Commissioned by the international energy company Ignitis Group, Spinter Research surveyed opinions of the public on waste sorting. The survey demonstrated that the vast majority, 91%, of Lithuanians sort the waste they routinely generate: 43% sort all their waste and 48% sort some of their waste. Based on the survey results, a higher number of women, senior respondents (aged 46+) and rural inhabitants reported sorting all their waste. Men and metropolitan inhabitants more often sorted some of their waste. Thus, still one in ten people in Lithuania do not sort waste that is left to decompose in landfills or to stay there for millennia, such as glass waste.
“We can see that for most Lithuanians the question “Do you sort your waste?” is no longer a strange one: it is becoming a daily routine and a healthy habit. Nevertheless, the fact that around a quarter of municipal waste is still going to landfills remains a major problem, and if we take into account the so-called technical compost, which cannot be used as compost in agriculture as the regular one, around half of all municipal waste ends up in landfills. We should strive to recycle as much waste as possible, and to use the non-recyclable waste for energy generation rather than landfilling it”, says Nerijus Rasburskis, Head of Ignitis Group’s Heat and Power Solutions.
To encourage a greater public interest in the principles and benefits of the circular economy, and to learn more about how to reduce and sort waste, the teams of Vilnius and Kaunas CHPs have created educational websites www.vkj.lt/ziedineekonomika and www.kkj.lt/ziedineekonomika. They explain why waste energy recovery is important, how other countries are tackling waste management issues, provide interesting facts and present the role of CHP plants in the circular economy.
Everyone can contribute to the circular economy, even by taking small steps to change consumption and waste management habits. It is worth remembering that sorting the waste that ends up in mixed municipal waste containers requires many extra resources, and the separated fractions are contaminated, which reduces the quality of the secondary raw materials and limits their further recycling. Thus, sorting recyclable waste at home is much more efficient. Proper waste sorting at the source is among the most important steps in the circular economy.
The CHP plant partners, founders of the platform TEXTALE.LT for the circular textile economy solutions, have developed some tips on how to sort waste correctly. Take note of the steps to make sorting at home easy and start following them.
Survey information: Opinion survey on waste management of June 2020 by Spinter Research surveyed 1,008 respondents aged between 18 and 75.
About CHP plants:
Vilnius CHP will have a total power generation capacity of approximately 100 MW, and a thermal capacity of approximately 240 MW. Vilnius CHP will generate energy from non-hazardous municipal waste and biofuels. Vilnius CHP will be able to use approximately 160,000 tonnes of waste per year. The project is financed by the European Union’s Cohesion Fund.
Kaunas CHP plant a total power generation capacity of approximately 26 MW and a heat generation capacity of approximately 70 MW. Kaunas CHP generates energy from non-recyclable municipal and non-hazardous industrial waste. KCHP can use around 200,000 tonnes of waste per year.