Oil and gas prices have skyrocketed since Russia invaded Ukraine in late February 2022, which has already had an impact on the global economy. 30% of global wheat is grown in Russia and Ukraine. Sunflower seed oil accounts for 71%; corn and barley account for 26%; and vegetable oil accounts for 11%. Agricultural fertilizers and raw materials such as sulphur are among Russia’s most important exports. Wheat prices have surged to a record high since the invasion of the Black Sea ports, which has stifled economic activity.
Economic forecasters often foresee higher worldwide inflation and weaker global GDP growth. The International Monetary Fund (IMF) anticipates inflation to rise to 5.7% in developed countries and 8.7% in emerging market and developing economies this year, respectively, representing increases of 1.8% and 2.8% above the predictions made in January. Down 0.8 percent from January, the global economy is forecast to grow at 3.6 percent. There has been a major shock to commodity markets, which will continue to keep prices at historically high levels through the end of 2024, according to the World Bank’s latest Commodity Markets Outlook research.
In 2022, the price of energy is expected to rise by 50% before falling again in the following two years. Price increases in agriculture and metals are predicted to begin in 2022, then fall. Commodity prices are expected to remain above their five-year average for the time being. Prices could rise and become more unpredictable in the event of a prolonged conflict or further sanctions against Russia.
By the end of this year, European leaders hope to reduce EU gas dependency by two-thirds. Initiatives like the IEA’s 10-point strategy are critical to ensuring global energy security. Energy efficiency, delaying the decommissioning of nuclear plants, and significantly expanding the use of renewable energy sources are all viable policy options. Supply and efficiency will rise, but so will the use of coal to replace natural gas and growing commodity prices for electric vehicle batteries and solar PV panels, which are counteracting these trends. The transition is hampered by the lack of energy security.
We don’t know how long the conflict will last, how far it will escalate, or whether or not new countermeasures can prevent Russian oil and gas from reaching the markets. The ease and means of gas replacement vary by industry. The most effective means of reducing the carbon footprint of European energy use is through increased production and increased use of renewable energy sources. In order to replace gas with coal, which is more expensive due to the conflict, they will not suffice. Coal is being phased out for the time being. Six percent of natural gas supply loss in 2024 will be due to coal. Several countries, with the exception of Germany, see a short-term benefit from delaying nuclear retirements and increasing the use of existing nuclear assets. Nuclear power generating accounts for one-third of the shortfall in natural gas.
Due to the war, the cost of bioenergy has not increased, and it is possible to grow bioenergy (primarily from sewage and waste) in the coming years. Bioenergy fills in the energy gap to the tune of 20%. Europe’s main energy independence program, a rapid expansion of renewable energy, has had little impact. Two years is needed to fill Russia’s 10% gas import shortfall. As time goes on, the impact grows more and larger. More than half of the world’s gas needs will be met by renewable energy sources like solar PV and wind power by 2030.
Battery costs will rise, postponing half of new car sales in Europe until 2028 as a result of rising material costs. Long-term decarbonization is hampered and oil decline is postponed as a result. EV subsidies may need to be increased in countries with high 2030 decarbonization goals. By contrast, in 2024, gas use is expected to be 9 percent lower than it was in pre-war time. The use of heat pumps will displace some of the gas currently used in construction by the year 2030, according to our estimates. Improved energy efficiency minimizes the amount of energy needed.
Europe will increase its gas production by 12 percent by 2030 as a result of recent industry responses to rising oil and gas prices and a commitment by the EU to distribute more gas. Global oil use will climb somewhat in the 2030s due to overinvestment that will lower oil and gas prices after 2025. The invasion in Ukraine will delay nuclear retirements, which are a global priority. Faster deployment of renewable energy sources, improved energy efficiency, and slower economic growth are critical over the medium term. Between 2022 and 2030, European emissions are reduced by 580 Mt, or 2.3%, as a result of the Ukraine conflict.
Food, gasoline, and gas costs have all increased as a result of Russia’s war in Ukraine. There is a need for a new agricultural and political economic strategy due to the ongoing conflict in Ukraine and severe supply chain disruptions. To avoid a humanitarian crisis, Kyiv halted food shipments in March. The harvest for this year will be lessened if there is war. In the east, farming infrastructure and equipment have been devastated by the conflict. Ukrainian wheat supplies could be cut by a fifth in 2022, according to the Food and Agriculture Organization of the United Nations. Due to the fact that the next crop will not be cultivated in war, future harvests are in danger. The world’s leading wheat producer, Russia, has had its supply cut back due to sanctions. A productivist development model centred on extractive industries has resulted in environmental deterioration and natural resource exhaustion.
