Exploring the Link between Energy Efficiency and the Environmental Dimension of Corporate Social Responsibility: A Case Study of International Companies in Poland
Abstract
:1. Introduction
- Implementing the environmental policy;
- Sustainable management of raw materials;
- Waste segregation;
- Energetic efficiency;
- Environmental education of employees and customers;
- Implementation of ecological and technological processes and ecological products and services.
- SMEs follow best practices;
- Rational management of natural resources and waste;
- Involvement of business partners in the chain of environmental responsibility and the initiation of joint pro-ecological activities;
- Popularizing pro-ecological ideas.
2. Literature Review—The Area of the Environment in the Concept of CSR
3. Research Design and Methodology
- The first stage of the research identified enterprises whose CSR activities were noticed and appreciated by the environment. Information about the online survey was disseminated to students through academic teachers and others through social media, with the possibility of submitting such an enterprise. This made it possible to obtain information about enterprises that carried out socially responsible environmental activities;
- The second stage was conducted using the CATI method. Each company proposed in the first stage of the survey was contacted by phone to obtain responses about their CSR activities regarding the environment and their consent or refusal to participate in further stages of the research;
- The third stage involved preparing forms with information on socially responsible activities for enterprises that consented. This information was obtained using the desk research method from internal materials of enterprises, websites, documents, and publicly available articles. In the next stage, activities declared socially responsible in environmental protection were analyzed, and it was determined whether these activities followed legal acts or were voluntary initiatives by the company.
4. Results—Energy Efficiency and the Environmental Dimension of CSR
5. Case Studies of the Most Aware International Enterprises in the Environmental CSR Area Operating in Poland
- Two photovoltaic power plants in ZPW Miedwie: 2202 MWh;
- The photovoltaic power plant in ZPW Pilchowo: 489 MWh;
- Three biogas co-generators at the Pomorzany Sewage Treatment Plant: 3647 MWh;
- One biogas co-generator at the Zdroje Sewage Treatment Plant: 402 MWh.
- The Make Cars Green campaign reduced emissions by promoting fuel-efficient driving and green behavior among vehicle users globally;
- Eco-activities undertaken on an international scale and implemented in local markets focus on constantly reducing the impact of the production process on the natural environment, developing the marketing of nature-friendly products, and dynamizing the services of the retread tire sector;
- Focused on developing tire-recycling technology and conducted social education campaigns on ecological car travel;
- Promoted a campaign to reduce car traffic in favor of public transport on Ecology Day.
6. Discussion
- Energy consumption;
- Emission of pollution;
- Raw material supply;
- Water management;
- Renewable energy.
- −
- Energy-efficiency policy—Governments and organizations need to develop and implement clear and comprehensive energy-efficiency policies that set targets, standards, and incentives to drive energy-saving initiatives;
- −
- Research and development—Investing in research and development for new technologies and practices that promote energy efficiency can lead to breakthroughs and advancements in various sectors;
- −
- Awareness and education—Creating awareness campaigns and educating the public about energy conservation, efficient practices, and the benefits of energy efficiency can encourage behavioral changes;
- −
- Financing and incentives—Offering financial incentives, tax breaks, and subsidies to businesses and individuals for adopting energy-efficient technologies can accelerate the adoption process;
- −
- Energy-efficiency standards and labels—Implementing mandatory energy-efficiency standards and labels for appliances, buildings, and vehicles can help consumers make informed choices and drive manufacturers to produce more energy-efficient products.
- −
- Energy audits—Conducting regular energy audits helps identify energy wastage and potential areas for improvement;
- −
- Retrofitting—Upgrading and retrofitting existing buildings, industrial equipment, and infrastructure with energy-efficient technologies can lead to substantial energy savings;
- −
- Lighting upgrades—Switching to energy-efficient lighting systems, such as LED lights, can significantly reduce energy consumption in residential, commercial, and industrial settings;
- −
- HVAC optimization—Improving heating, ventilation, and air conditioning (HVAC) systems with advanced controls and energy-efficient equipment can reduce energy usage in buildings;
- −
- Process optimization—Industries can optimize their manufacturing and production processes to minimize energy waste and improve efficiency;
- −
- Smart grids—Implementing smart grid technologies can enable better energy management, demand-response mechanisms, and integration of renewable energy sources;
- −
- Energy management systems—Adopting energy management systems that monitor and control energy consumption in real-time can help identify inefficiencies and implement corrective actions;
- −
- Renewable energy integration: Increasing the share of renewable energy sources in the energy mix can reduce reliance on fossil fuels and promote a more sustainable energy system.
7. Conclusions
Author Contributions
Funding
Data Availability Statement
Conflicts of Interest
References
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Companies that performed certain actions voluntarily (unforced enterprise initiative)—at least one action (68 enterprises) | Examples of actions: use of less-emitting substances; construction of ecological terminals by installing LED lighting in them; the use of a photovoltaic installation and high thermal insulation of the walls and roof; turning off lights and computers outside of center hours; eco-printing; promoting safe and economical (carpooling) travel by company and private cars or bicycles; installation of public chargers for electric cars; installation of installations that generate energy from renewable sources (solar collectors, photovoltaic cells, heat pumps, home windmills, devices that use biomass, etc.); replacement of the gas stove with a newer one with lower fuel consumption; creating ecological heating that does not emit harmful dust into the environment and can be powered by renewable energy; purchase of energy-saving machines; installation of automation for heating the company allowing for economical heat management; special solar panels mounted on the roof of the building; returning power by machines to the power system; use of energy-saving light bulbs; confirmation of the implementation of ecological activities by meeting the standards in the field of ecology and energy and obtaining certificates (e.g., green certificate, BREEAM, ECOCERT, LEED). |
Companies that have performed certain actions due to the imposed legal standards (6 enterprises) | Examples of activities not included in CSR due to the lack of bottom-up initiative: regular measurement of dust emissions to minimize environmental impact (Comment: The obligation to conduct emission measurements rests with all entities using the environment (periodic measurements) or releasing significant or energy (continuous measurements). The measurement obligation may be related to the parameters characterizing the efficiency and power of the installation or device. To facilitate and standardize emissions measurement to the environment, the legislator in Art. 148 sec. 1 of the Act of 27 April 2001, Environmental Protection Law, obliged the minister responsible for the environment to issue a regulation specifying the requirements for conducting emission measurements (Regulation of the Minister of Climate and Environment of 7 September 2021, on requirements for conducting emission measurements emissions)); implementation of environmental goals and programs, awareness of threats, prevention of pollution and threats, readiness to remove the effects of failure obligations of enterprises; conducting an energy audit (Comment: Currently, the obligation to perform an energy audit of the company results directly from the Act of 20 May 2016, on energy efficiency. It should be performed cyclically, every four years); introduction of a program to reduce greenhouse gas emissions (Comment: Protection of the environment against harmful emissions into the air is regulated, among others, by international regulations (Annex 6 to the Marpol Convention), but also by EU and Polish law. Under Polish legal regulations, the Act of 15 May 2015, on substances that deplete the ozone layer and on certain fluorinated greenhouse gases, which entered into force on 10 July 2015, is of key importance). |
Companies that have performed certain actions that do not meet the CSR criteria (2 enterprises) | Examples of activities: participation in industry conferences related to renewable energy; legal protection of the energy sector (Comment: The activities listed are unrelated to environmental protection). |
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Tylżanowski, R.; Kazojć, K.; Miciuła, I. Exploring the Link between Energy Efficiency and the Environmental Dimension of Corporate Social Responsibility: A Case Study of International Companies in Poland. Energies 2023, 16, 6080. https://doi.org/10.3390/en16166080
Tylżanowski R, Kazojć K, Miciuła I. Exploring the Link between Energy Efficiency and the Environmental Dimension of Corporate Social Responsibility: A Case Study of International Companies in Poland. Energies. 2023; 16(16):6080. https://doi.org/10.3390/en16166080
Chicago/Turabian StyleTylżanowski, Roman, Katarzyna Kazojć, and Ireneusz Miciuła. 2023. "Exploring the Link between Energy Efficiency and the Environmental Dimension of Corporate Social Responsibility: A Case Study of International Companies in Poland" Energies 16, no. 16: 6080. https://doi.org/10.3390/en16166080