ORIGINAL PAPER
Development of waste-free technology for processing of all types of limestone waste using solar energy
1
Yessenov University, Kazakhstan
Submission date: 2024-07-03
Final revision date: 2024-09-12
Acceptance date: 2024-09-25
Publication date: 2025-03-27
Polityka Energetyczna – Energy Policy Journal 2025;28(1):33-54
KEYWORDS
TOPICS
Energy policyRenewable energy sourcesEcological, economic, social and legal aspects in energy systemsEffective use of energyDevelopment of new energy technologiesRegional issues of fuels and energy
ABSTRACT
In light of growing environmental concerns and the gradual depletion of conventional energy sources, the development of an efficient technology to process all types of limestone waste using solar energy becomes a crucial step towards a sustainable and environmentally friendly industry. The purpose of this study was to create an innovative technology that can efficiently process various limestone wastes with minimal environmental impact and utilize solar energy as the primary energy source. The study used data on geographical coordinates, solar radiation, hours of sunlight, radiation, climate, and lighting conditions of the Republic of Kazakhstan to assess the potential of solar energy and its impact on the radiation balance and climatic conditions of the country. The creation of innovative technology for processing limestone waste to produce a new building material will reduce the cost of stone extraction, minimize waste accumulation, and improve the environmental situation. This is achieved by optimizing the processing using solar energy, which contributes to the environmental sustainability of production and reduces the consumption of fuel and energy resources in concrete production. The study involved both theoretical and practical experiments to optimise the technological processes of limestone waste processing using solar energy. Furthermore, the environmental conditions of the quarries and solar energy resources were analyzed for the application of solar technology.
CONFLICT OF INTEREST
The Authors have no conflicts of interest to declare
METADATA IN OTHER LANGUAGES:
Polish
Opracowanie bezodpadowej technologii przetwarzania wszelkiego rodzaju odpadów wapiennych przy wykorzystaniu energii słonecznej
analiza zasobów, promieniowanie bezpośrednie, coquina, heliostruktury, skała
W świetle rosnących obaw o środowisko i stopniowego wyczerpywania się konwencjonalnych źródeł energii, opracowanie wydajnej technologii przetwarzania wszystkich rodzajów odpadów wapiennych przy użyciu energii słonecznej staje się kluczowym krokiem w kierunku zrównoważonego i przyjaznego dla środowiska przemysłu. Celem tego artykułu było stworzenie innowacyjnej technologii, która może skutecznie przetwarzać różne odpady wapienne przy minimalnym wpływie na środowisko i wykorzystywać energię słoneczną jako główne źródło energii. W badaniu wykorzystano dane dotyczące współrzędnych geograficznych, promieniowania słonecznego, godzin nasłonecznienia, promieniowania, klimatu i warunków oświetleniowych Republiki Kazachstanu w celu oceny potencjału energii słonecznej i jej wpływu na bilans promieniowania i warunki klimatyczne kraju. Stworzenie innowacyjnej technologii przetwarzania odpadów wapiennych w celu produkcji nowego materiału budowlanego obniży koszty wydobycia kamienia, zminimalizuje gromadzenie się odpadów i poprawi sytuację środowiskową. Osiąga się to poprzez optymalizację przetwarzania przy użyciu energii słonecznej, co przyczynia się do zrównoważenia środowiskowego produkcji i zmniejszenia zużycie paliwa i zasobów energetycznych w produkcji betonu. Badanie obejmowało zarówno teoretyczne, jak i praktyczne eksperymenty mające na celu optymalizację procesów technologicznych przetwarzania odpadów wapiennych z wykorzystaniem energii słonecznej. Ponadto przeanalizowano warunki środowiskowe kamieniołomów i zasoby energii słonecznej pod kątem zastosowania technologii słonecznej.
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