Nuclear energy in its development is very rapid and plays a major role in improving the quality, as well as the added value of various products in various activities to improve people’s welfare. In accordance with its nature, nuclear energy has two impacts, namely: the side of benefits to realize welfare; and on the other hand, it has potential hazards that must be managed properly. Based on this, Nuclear Mining Material as one of the strategic natural resources is a vital commodity that controls the lives of many people, must be controlled by the state with optimal management in order to obtain the maximum benefit for prosperity and welfare of the people as mandated in the 1945 Constitution Article 33 paragraph (2) and paragraph (3). Therefore, the use of nuclear technology for human life needs to be monitored and regulated with regulations that consider the value of benefits and potential radiation hazards caused.
In order for the use of nuclear power to be optimized, it is necessary to make regulations that regulate utilization governance and prevent bad things from happening due to radiation hazards as a consequence of nuclear utilization containing radioactive substances and nuclear materials. Law Number 31 of 1964 concerning Basic Provisions of Atomic Energy is one of the first steps to strengthen nuclear power in Indonesia by means of Institutional Strengthening that utilizes (1) nuclear materials such as uranium and other radioactive materials, (2) reactor development and reactor utilization for electricity, and (3) utilization and development of radioisotopes in aspects of health, agriculture, industry, and others. Then, since 1978 has ratified several international agreements including:
- Law Number 8 of 1978 concerning the Ratification of the Treaty on the Prevention of the Spread of Nuclear Weapons;
- Law Number 9 of 1997 concerning the Ratification of the Treaty on the Southeast Asia Nuclear Weapon Free Zone ;
- Law Number 1 of 2012 concerning the Ratification of the Comprehensive Nuclear-Test-Ban Treaty.
- Law Number 10 of 2014 concerning the Ratification of the International Convention for Suppression Acts on Nuclear Terrorism.
Indonesia does have Law Number 10 of 1997 concerning Nuclear Power. However, there are still many provisions that have not been regulated and provisions that do not keep up with the times along with the development of nuclear power in the world of science and technology. In fact, the elements contained in nuclear have not all been used by Indonesia and there are still illegal buying and selling practices to date. Whereas nuclear elements, such as monazite, contains U (0.1-0.3%), Th (± 6%), LTJ (60%), and phosphate. LTJ has enormous benefits and its supply is currently dominated by China. Based on the records of the Ministry of Industry, every production of 1 ton of tin is estimated to produce 22 kg of monazite, which means that 34,000 tons have been produced monazite in the last 17 years (there are 2000 tons of thorium and 170 tons of uranium). If there is a regulation related to this, it will certainly ensure legal certainty and governance, and this can be a huge economic potential for the country.
At this time nuclear energy has contributed about 11% of the world’s energy and there are 452 nuclear reactors actively operating and spread across 31 countries in the world with a total capacity of 399,354 MW. Each year it is estimated that more than 66,883 tons of uranium are needed to run these reactors. Now as many as 54 new reactors are being built in 19 countries, and it is estimated that by 2035 the world’s uranium demand will increase by about 30% to 72,000-122,000 tons. The existence of NZE (Net Zero Emission) targets by many countries, mostly by 2050, and only a few countries by 2060, causes the possibility of projected nuclear power plant construction to increase.
Indonesia is one of the countries that has committed to achieving the Net Zero Emission (NZE) target by 2060 through Presidential Regulation No. 98 of 2021 concerning the Economic Value of Carbon based on the principles of welfare and the principles of sustainable development. The consequence of setting this target is that Indonesia must gradually reduce the use of fossil energy sources and replace them with clean energy sources derived from new and renewable energy, with the aim of national interest and preservation of national functions for the sustainability of future generations.
Based on exploration data that has been carried out by BATAN (National Nuclear Energy Agency which has now merged into the National Research and Innovation Agency, Indonesia has the potential for Uranium and Thorium (elements of nuclear used) in the Kalan and Ketapang (West Kalimantan areas), Kawat (East Kalimantan), Katingan, Mentawa and Darab (Central Kalimantan ), Singkep (Kepulauan Riau), Bangka Belitung, Sibolga (Sumatera Utara) and Mamuju (Sulawesi Barat). If Indonesia can take advantage of the opportunity for these natural resources for national development and community welfare, then Indonesia can contribute as a supplier of nuclear mining materials later. The International Energy Agency (IEA) 2021 projects that by 2040 there will be an increase in the number of nuclear power plants that are likely to exceed the projected supply of uranium in the same period (World Nuclear Association, 2021). This is likely to have an impact on competition among nuclear power plant managers to get a guaranteed uranium supply.
Based on data owned by BAPETEN (Nuclear Energy Supervisory Agency), export and import activities for nuclear materials, in 2017 there were imports of 28.08 kg, in 2018 as much as 28.14 kg, and in 2019 as much as 41.69 kg. In Law No. 7 of 2014 concerning Trade there is no specific regulation on trade related to nuclear power. Whereas in the field of nuclear power also cannot be contained export and import activities, as well as their prohibitions and restrictions. Given that the Indonesian state has limited fulfillment of the needs of nuclear materials and radioactive substances that must be met from domestic production, export, and import activities, as well as the possibility of re-export of used sources are very potentially needed as a gateway to traffic between countries. In Law Number 6 of 2023 concerning the Stipulation of Government Regulations in Lieu of Law Number 2 of 2022 concerning Job Creation into Law, there are regulations related to the mining of nuclear-excavated materials. This arrangement partially deleted several articles of Law Number 10 of 1997 concerning Nuclear Energy, partly added new articles and partially replaced existing articles. However, unfortunately, the two laws have not explained specifically related to regulations regarding the licensing of exports and imports of nuclear-excavated materials directly related to nuclear materials and radioactive substances.
The problem faced by Indonesia today is that there is no positive law that can reach the development of scientific and technological advances related to nuclear power and has not been able to meet the needs of nuclear power safety, security, and facility arrangements. Then, there is no special criminal regulation to ensnare all forms of action faced related to the misuse of nuclear materials, radioactive substances, and ionizing radiation plants that can threaten the life of the nation, state, and society.
If the legal legitimacy of the management of nuclear mining already exists, it is not impossible that the use of nuclear power will increase in various sectors, especially in mining, radioactive mineral processing, nuclear energy, energy storage, and radioactive mineral-based batteries. National competitiveness as a positive impact of nuclear technology can also be stronger. In addition, Indonesia’s radioactive mineral-based natural resources can be utilized optimally, then business actors are potentially increasingly interested in investing in the nuclear industry, and public safety and security from radiation hazards are guaranteed. Absolutely, taking into account the balance of existing living environments, while maintaining the environment despite nuclear mining activities. This is also a demand against nuclear mining companies that must meet the provisions in Law No. 32/2009 on Environmental Protection and Management.
The author hopes that this paper can contribute to the preparation of laws and regulations on the management of nuclear mining materials so that Indonesia immediately has a legal rule for nuclear mining activities, as well as complementing Government Regulation Number 52 of 2022 concerning Safety and Security of Nuclear Mining which was published earlier.
