YOUR SOURCE FOR OIL & GAS
THE POWER OF LOWER EMISSION FUELS
Global investment in low-emission fuels has continued to grow strongly in recent years, with a large part of this investment being made in liquid biofuels and biogases. The remainder has come from investments in low-emission hydrogen production, which, however, has almost quadrupled the value of previous investments. Low-emission fuels can be produced from plants, which absorb CO2 from the atmosphere as they grow, or through industrial processes powered by renewable energies or other low-emission energy sources. Read More +
The low-emission vehicles we use every day are vehicles that don’t produce much pollution, and so a low-emission zone is an area where vehicles that produce pollution are not allowed or have to pay to enter. This is one of many measures that are already being implemented in most cities around the world. The aim of low-emission zones is to improve air quality by restricting the use of highly polluting vehicles. This measure will protect public health by improving air quality, and encourage the use of shared transport and active travel options, such as walking, cycling and wheelchair use, which are the most sustainable methods of travel, improving physical fitness and overall health, while producing zero emissions. Accelerating the adoption of lower-emission vehicles in no way reduces vehicle performance, on the contrary, and allows us to move towards a sustainable transition.
Many refineries are working hard to incorporate renewable energies and low-carbon solutions, projecting a future dominated by clean energies. Refineries play a crucial role in today’s energy system, transforming crude oil into fuels such as gasoline, diesel and jet fuel, which still power much of the global economy. The refining industry is gearing up to support the global push towards cleaner fuels, such as biofuels and synthetic fuels, which can replace conventional fossil fuels in sectors that are difficult to electrify, such as aviation and maritime transport. Refineries that successfully navigate this transition will remain competitive, create new revenue streams and support decarbonization by converting their operations into low-carbon hubs.
This is the main challenge for the coming years and decades, which is why Mova Global is attentive to the market for traditional products, the ones we sell today, but fully aware of the need to keep up with the energy transition and the growing commercialization of cleaner fuels.
ORGANIC MATTER FUELS
Organic fuel, also known as biofuel, is an energy source that comes from organic materials, or biomass, and is produced in a short space of time, rather than through the very slow natural processes involved in the formation of fuels such as oil. Read More +
Biofuels can be used to generate transportation fuels such as biodiesel, bioethanol, biogas, vegetable oil, biofuel gasoline and green diesel. Biofuels can be produced from a variety of sources, including: plants, agricultural waste, commercial waste, household waste and industrial waste. Biogas can be used to fuel vehicles, heat homes and generate electricity. Biofuels have several advantages, including reduced emissions, reduced waste and sustainability.
Although the exact path that organic matter takes to become oil is unknown, there is a consensus on the biological origins of oil. In general, biofuels emit fewer greenhouse gases when burned in an engine and are generally considered carbon-neutral fuels. Global demand for biofuels is expected to increase by more than 50% by 2027, and it is estimated that in that year, global biofuel production will supply around 5% of the world’s transportation fuels, including 1% of aviation fuel. Demand for aviation biofuels is expected to increase, with Brazil being the largest producer of bioethanol, while the EU is the largest producer of biodiesel.
Bioethanol is an alcohol produced from sugar cane, corn or sorghum. Ethanol can be used as a vehicle fuel in its pure form (E100), but is usually used as a gasoline additive to increase octane rating and improve vehicle emissions. Biodiesel is produced from oils or fats and can be used as a vehicle fuel in its pure form (B100), but is normally used as a diesel additive to reduce particulate levels in diesel-powered vehicles.
CLEAN, FLEXIBLE & ENERGY-EFFICIENT
As one of the most abundant elements, hydrogen offers a promising solution for clean energy , emitting only water vapor when used, making it a zero-emission fuel source, essential as the world looks for sustainable alternatives to the fuels responsible for global warming. Hydrogen is a clean fuel, when consumed in a fuel cell it produces only water vapor as a by-product, which can be used in many applications, including transportation and portable energy. Read More +
Hydrogen can store, move and supply energy produced from other sources and can be produced from a variety of resources, including natural gas, nuclear energy, biomass and renewable energy such as solar and wind power. However, there are some challenges to using hydrogen as a fuel, including safety, because it is colorless, odorless and lighter than air, which can create safety problems during transport and storage, and so new technologies are needed to store and transport hydrogen. Some types of hydrogen such as renewable hydrogen (from renewable sources such as the sun, wind, tides or waves), blue hydrogen (from fossil fuels with carbon capture and storage) and pink hydrogen (capable of continuous production, but with challenges associated with nuclear energy).
Hydrogen energy has several key benefits that deserve more attention, such as hydrogen cars that don’t need electricity from the grid to run. Fuel cells also provide higher efficiencies than battery-powered traction units. Hydrogen is extraordinarily energy dense. Hydrogen’s energy density has applications outside the transportation sector, making it an ideal storage medium as the need for backup power increases among suppliers.
Some experts suggest that hydrogen could cover up to 35% of needs, allowing renewable energies to grow without fearing the availability of energy. The technology can serve many purposes in various areas with minimal surrounding infrastructure. This flexibility makes it an ideal energy source when conventional options are limited.
Hydrogen energy is a key piece of the sustainability puzzle. Hydrogen can complement renewables and electric vehicle batteries to address areas where other technologies are weaker and create a diversified alternative energy market. As these options increase, it will be easier for consumers and businesses to move away from fossil fuels.
LOGISTICS AROUND THE WORLD
Studies show that around 80% of goods, including the vast majority of energy products, are transported by ship. One of the consequences of transportation on this scale is that maritime transport, as a sector, is responsible for 2-3% of the world’s emissions. The traditional fuel for maritime transport is heavy oils, commonly known as bunker fuel. When burned, these fuels cause high levels of pollutants, including harmful particles and sulphur dioxide. But the need for maritime transportation is a reality, so here too we are working on new clean solutions. Read More +
In the world of logistics, success has to be fast and efficient and at the same time reliable and precise. But strategy is becoming increasingly important because sustainability must be a concern for all industries and the future is today.