New Articles

The Future of Natural Gas in the World of Energy

energy

The Future of Natural Gas in the World of Energy

Over the last two decades, natural gas has gradually and consistently etched its place as a critical player in the global energy supply chain. As natural gas gains prominence, the demand for other fossil fuels has either stagnated or declined. The use of coal, for example, has declined consistently over the last 3 decades. Within the same timeframe, the demand for natural gas has grown slowly but steadily. That’s impressive considering the volatility of the energy market over the recent past. But now that the energy sector is trying to abandon fossil fuels in favor of cleaner, renewable energy sources such as solar and wind, what’s the future of natural gas? 

Natural Gas as the Bridge Fuel to a Sustainable Future

The goal is to replace coal and other harmful fossil fuels with renewable energy sources. However, the energy sector is yet to build the necessary wind, solar, and hydropower infrastructure for a stable renewable energy supply. There has to be a transition fuel to cover the deficiencies of renewable energy. Natural gas stands out as the most reliable transition fuel; it will for the next couple of decades help the world edge closer to the goals of the Paris Agreement.

However, transporting natural gas is a huge logistical challenge because gas can only be distributed by pipelines. But natural gas fields are scattered all over the world, most of them being far away from the towns where the end users live. To make it easier to transport by road and sea, and to store it safely, natural gas is liquefied at -162°C to turn it into liquid (liquefied natural gas or NLG). It is then re-gasified and piped to the end user via pipelines.

LNG is a cleaner alternative to coal and oil because, when burning, it emits the least conventional air pollutants among all fossil fuels. Its carbon and sulfur dioxide emissions, as well as dust and other particulates, are significantly fewer than burning coal or oil. Its combustion technology is also far more advanced than the best available coal technology.

Critics of LNG raise concerns about its high methane content, which is between 85%-95%. However, LNG companies around the world have proved their ability to police methane leaks even without regulatory pressure. Most of these companies have invested heavily in leak detection technologies that track and report leakages for speedy interventions.

UNEP’s Emissions Gap Report calls for a rapid transformation of the energy sector in order to contain a full-blown climate crisis. This will be possible by 2030 with LNG as a transition fuel. LNG can be used for electricity production, as a fuel for trucks, and for household heating.

What’s the Future of LNG in a Renewable Future?

Even when solar and other renewable energy sources will be sufficient to satisfy the global energy market, countries will still have to invest in natural gas. This is because transitioning to wind and solar cannot replace fossil fuels in aviation and marine shipping. Industrial sectors, e.g. iron smelting, will still be dependent on fossil fuels many decades from now. If fossil fuels cannot be fully replaced by renewable energy, then LNG has to be the fossil fuel that the world has to fall back to. It’s cleaner and more reliable, after all.

Notable Projects Shaping the Future of LNG

The LNG industry has shown resilience in the face of criticism by doubters and 2 years of pandemic-driven disruptions. The sector is still strong and the demand for LNG is on an upward trajectory. Investors in the sector are investing millions of dollars into modernizing LNG facilities in anticipation of a future LNG boom.

Atlantic, Gulf & Pacific International Holdings (AG&P) is making huge strides in India’s LNG market. The downstream LNG development company has been a huge revelation in the Asian energy sector over the last decade. The company is now partnering with the Japan Overseas Infrastructure Investment Corporation for Transport & Urban Development to invest up to $120 million in new LNG projects in India. The Singapore-based company, under the brand name AG&P Pratham, is on a mission to revolutionize India’s city gas distribution network. The focus of CEO Joseph Sigelman is to create an uninterrupted supply of LNG, compressed natural gas (CNG), and piped natural gas (PNG) for Indian industries and households.

North Field Expansion Project in Qatar is another LNG project for the future. The existing infrastructure produces 77 million TPY (throughput yield) of LNG, with the expansion set to increase production to 110 million TPY by 2025. Consequently, Qatar will become the largest LNG exporter globally and a leader in Asia’s green energy transition. In Africa, Mozambique LNG is investing in offshore LNG projects in Mauritania and Senegal that will play a critical role in West Africa’s transition to a sustainable energy future. Lastly in Croatia, Hrvatska LNG recently launched the Krk Island LNG Terminal that’s touted to spearhead the energy transition in southeastern Europe. The new facility has an estimated storage capacity of 2 million TPY. 

Final word

The future of LNG is bright. With the power of incumbency as a long-serving fuel in many countries, LNG will give renewable energy sources a run for their money for a long time. Besides, LNG delivers environmental benefits that can aid the world in its pathway to a lower-carbon future. 

 

equipment

Why the U.S.A Dominates the Shale Gas Processing Equipment Market in North American Region, with Expected Market Size Reaching up to $13 Billion in 2027

Shale Gas Processing Equipment Market Overview

Shale gas processing equipment are used to process shale gas before transportation. Gas is transported through pipelines within the state as well as across states. To prepare shale gas for use, some of the components such as N2, H2S, heavy hydrocarbons, CO2 and water need to be removed by gas processing to meet safety, pipeline, environmental and quality specifications.

The technique used to remove contaminates depends upon certain properties of gas stream such as pressure, temperature, composition and flow rate.

Acid gas is mainly removed by absorption of CO2 and H2S into aqueous amine solution.

Natural gas having high content of water in reservoir is removed by dehydration using glycol to increase the heating value of gas and prevent pipeline corrosion. Water content can also be removed by passing the gas through molecular sieves, which bring down the level of water in natural gas to very low percentage for cryogenic separation.

Distillation is used for separation of nitrogen and other hydrocarbons from natural gas.

Hydraulic fracturing along with horizontal drilling have magnified the capability of producers to economically recover methane rich gas and crude oil from low-permeability geologic shale plays.

Shale Gas Processing Equipment Market: Market Dynamics

The continuous increase in shale gas demand is expected to accelerate the need for investments and exploration activities. This has propelled the need for shale gas processing equipment and shale gas processing infrastructure.

Accelerated demand for energy has led many companies to increase their exploration activities of unconventional fuel reserves to meet the high energy demand.

Properties such as higher calorific value and lower carbon emissions when compared to other conventional energy sources such as petroleum & coal are projected to further drive the market.

Stringent environmental policies and regulations for hydraulic fracturing implemented by Governments to protect public interests coupled with fluctuating natural gas prices are expected to hamper the shale gas processing equipment market. Hydraulic fracturing process consumes large amount of water for the production of shale gas, due to shortage and contamination of groundwater across the globe. This in turn is expected to retard the shale gas processing equipment market growth.

Shale Gas Processing Equipment Market: Regional Outlook

North America is slated to be one of the biggest market holders in the shale gas processing equipment market. The U.S. dominates the market in North America, as it is the hub of shale gas processing equipment due to the abundant shale reserves exploration. Advancement in technology and cost effective drilling techniques coupled with favorable Government regulations are slated to drive the shale gas processing equipment market in North America.

Due to the Governmental policies in China, it is expected that the country will emerge as a leader in shale gas exploration activities, which as a result will fuel the shale gas processing equipment market, surpassing North America during the forecast period.

Increasing exploration activities and strict Government policies to reduce petroleum consumption and increase the consumption of natural gas are expected to drive the shale gas processing equipment market in Asia Pacific region.

Developing regions such as India, China, Brazil and South Africa are expected to create opportunities for the shale gas processing equipment market during the forecast period, but the less water availability for hydraulic fracturing process in some regions might hamper the growth of shale gas processing equipment market.

Europe is expected to exhibit growth in shale gas processing equipment market during the forecast period, especially in Western Europe, but due to strict Government rules and regulations regarding environment safety may slowdown the growth of shale gas processing equipment market in the region.

The Russian Invasion of Ukraine and the Global Energy Market Crisis

The Russian Invasion of Ukraine and the Global Energy Market Crisis

The repercussions of the Russian invasion of Ukraine represent the biggest global energy crisis since the 1973 oil embargo. While the current and potential supply implications of the Ukraine situation alone are significant, especially for Europe, other pre-existing market conditions are conspiring to make this a global crisis across multiple fuels and limiting the effectiveness of traditional responses. There has been no disruption of Russian supplies to Europe yet, but there has been a threat from Russia to stop gas flows through the Nord Stream 1 pipeline on March 7, while the United States has banned energy imports from Russia. EU member countries have stopped short of imposing similar bans on energy imports but have agreed on a fourth package of sanctions which includes revoking Russia’s most favoured nation trade status.

In this piece, Anne-Sophie Corbeau, a global research scholar with the Center on Global Energy Policy, puts the current global gas crisis into perspective and answers questions about the current state of gas markets and the implications of a ban of all Russian energy products for gas markets.

How widespread is this natural gas crisis?

While Europe relies on Russia for 34 percent of its natural gas, this is a much larger crisis. The gas market is global, and the impact of what is happening there has and will continue to ripple throughout the regions reliant on gas imports. Europe’s need for more gas will affect other LNG importers in Asia, the Middle East, and Latin America. As LNG prices rise, these countries may look to reduce their gas consumption and switch to other alternative fuels if they can and if alternative fuels are available and are more affordable.

Gas spot prices are not only at record high levels in Europe but also in Asia. As a result, any LNG importer with a contract linked to European or Asian spot prices or that is trying to import spot cargoes through tenders is paying unprecedented prices. These prices may be unaffordable for some developing countries.

How tight were gas markets before the Russian invasion?

Global gas markets progressively tightened over 2021 and reached unprecedented levels of tightness by the end of the year. European gas spot prices spiked to $60/mmBtu in December 2021, due to a combination of six different factors:

  • A rapid economic rebound that supported a strong increase in energy demand,
  • Lower generation from wind and hydropower plants, calling for more gas-fired generation,
  • Longer and colder heating seasons in Asia and Europe and hotter summers, driving heating and power demand to higher levels,
  • Record high coal and carbon prices pushing up the gas switching price—the price level at which coal-fired generation becomes more economic than gas to run and can replace it,
  • A much lower availability of LNG supplies, and
  • Lower gas deliveries from Russia to Europe, due to a combination of a colder winter in 2020/21 in Russia that required higher injections in Russian gas storage, and the absence of spot sales on the Electronic Sales Platform since October 2021.

How do these factors impact the ability of gas importers to react to the Ukraine crisis?

Most energy supply disruption scenarios do not plan for events happening in such extreme conditions. They simulate a supplier or a supply route disruption, sometimes in extreme climate conditions. There was no preparation for a situation in which the European and global energy systems were threatened with a major gas disruption when markets were already exceptionally tight. In this case, fossil fuel prices were already high, and the responses lined up to deal with short-term disruptions had, for the most part, already been deployed.

How does the risk to other Russian energy exports threaten natural gas markets?

While European gas prices are outpacing those of other fuels (Figure 1),  this is a multi-fuel crisis, as Russia is not only the largest natural gas exporter. Russian exports represent 16 percent of global coal trade. It exports 5 million barrels per day of crude (roughly 12 percent of global trade) and 2.85 million barrels per day of oil products (15 percent of refined product trade). These commodity markets are also currently extremely tight, as high prices reflect. Disrupting Russian flows of one commodity will have implications for others.

For example, steps that ban imports of Russian oil and refined products will likely increase the oil price and thus impact the price in oil-linked LNG contracts which accounted for 56 percent of LNG trade as of 2020. Higher oil prices or the unavailability of oil supplies could prevent some LNG importers from switching to oil/oil products in the power and industrial sectors.

In addition, Russia represents 46 percent of EU’s coal imports. Removing Russian coal from the world’s markets would also impact the ability to switch to coal-fired plants in the power sector if gas flows are insufficient.

Finally, depending on how the power market is structured, the increase in fossil fuel prices can also impact power prices. In Europe, gas-fired plants are at the margin and have driven electricity prices to record levels.

Figure 1: Europe’s gas prices are at record high levels

The Russian Invasion of Ukraine and the Global Energy Market Crisis