Abstract

Nowadays, the functioning of mining companies is conditional not only on the market situation, but also on the good relations with stakeholders. Good relations with recipients, suppliers, employees as well as with local communities and environmental organisations are of crucial importance. Social acceptance is becoming one of the primary conditions for mining operations. The main complaint faced by mining companies is their negative impact on the environment. It is, therefore, important to determine not only the measures aimed at reducing the negative impact of mining on the environment, but also the amount of expenditures allocated for this purpose. The main aim of this study is to analyse the investment outlays allocated for environmental protection. In order to support the aim of the study, a statistical analysis of data from 2003-2016 was carried out in terms of the structure of outlays for environmental protection: air and climate protection, water and sewage management, and soil protection, as well as protection against noise and vibration.

Highlights

  • Mining is a distinctive type of activity associated with environmental impact unprecedented in other industries

  • On the basis of the conducted analysis of data from Statistics Poland on outlays on fixed assets aimed at environmental protection, the following conclusions can be drawn: 1. Between 2003 and 2016 Polish industry saw a more than twofold increase in the amount of outlays on environmental protection

  • For the coal mining industry, the situation was different, and investment outlays dropped by 27.5%

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Summary

Introduction

Mining is a distinctive type of activity associated with environmental impact unprecedented in other industries. The record share of investment outlays on environmental protection in coal mining in the outlays incurred by the mining industry at large amounted to over 75%. This was the case for 2004, 2007, 2012 and 2013.

Air and climate protection
Wastewater management and water protection
Protection against noise and vibration
Findings
Conclusions
Full Text
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