DECARBONIZATION
Decarbonization, the process of reducing carbon emissions to mitigate climate change, is the key item on the collective agenda of nations to safeguard the planet. The world has come together to acknowledge that something must be done about global warming. And we are all taking small steps towards this goal. We have yet to see the true impact these changes will have on our planet. But we need to act now before it’s too late.
The transition to a low carbon economy is inevitable. The only question left is how fast the change will take place, and who will make it happen. We’ll explore the advantages of going green from an individual, community, and company perspective. This helps to understand what can help motivate businesses towards decarbonization.
Global leaders concur in pushing forward on a program of Decarbonization to manage the carbon cycle, reduce industrial emissions, reduce Carbon Dioxide emissions, and supply borate compound solutions that help manage harmful emission levels on the planet. Boron can play a part by reducing harmful levels of carbon through reduction of emissions, enabling clean power, helping secure the food supply chain, and providing nutrients in diets for healthy living.
BORON AND THE CARBON FOOTPRINT
REDUCING INDUSTRIAL EMISSIONS
TYPES OF BORON PRODUCTS
BORONATE COMPOUNDS
FEAM: A Solution To Global Decarbonization
FEAM focuses on providing secure and reliable supplies of critical materials that empower global decarbonization and creating a better future for generations.
Global Warming: Boron is Key
Global warming: Boron is key. It is a key element in combatting carbon emissions and fuel efficiency. It is an essential component of solar panels and wind turbines and is used to manufacture highly efficient batteries.
Podcast – Boron and Decarbonization in the Chemicals Industry
Boron and Decarbonization: To reduce their carbon footprint and make the world cleaner, many chemical industry companies are embracing decarbonization strategies. What can the chemical sector do to contribute significantly to climate change by reducing greenhouse gases from the chemicals manufactured using fossil fuels?
Today, we will review current practices and regulations in an industry-wide drive to meet goals and look at how the latest technological breakthroughs play a pivotal role in shifting toward more sustainable and eco-friendly infrastructure.
Biogeochemical Cycle of Boron
The biogeochemical cycle of boron is active in three main areas: the atmosphere, terrestrial, and marine (hydrosphere). Boron is present in trace amounts in these reservoirs and plays a vital role in many geochemical processes.
Industrial Decarbonization: The Path to a Cleaner Future
Industrial decarbonization is a critical step in the fight against climate change, and boron plays an essential role in this process. It helps reduces emissions from power plants and factories, on a quest for a more sustainable future.
Palm Trees and Boron
Palm trees are commonly found in tropical environments, and benefit from the micronutrient boron. Without sufficient micronutrients, their health and growth can be affected.
Catalytic Cracking Processes With Boron Catalyst
Fluid Catalytic Cracking catalyst provides flexibility to mild and moderate-resid feed units. The Borotec portfolio based on BBT uses boron in the catalyst formulation.
Podcast – Boron at Fukushima
In today's podcast, we’re going to look at the Fukushima nuclear accident in 2011 and how Boron helps to contain the radiation and the potential spread of nuclear fallout.
Sustainable Mining: The Future of the Industry
Sustainable mining is the sustainable extraction, processing, and use of mineral resources. It impacts the environmental and its economic feasibility.
Metal Recovery Using Borates
Metal recovery refers to the process of extracting precious metals from various materials. One method for metal recovery involves using boron.
Sustainable Future Using Materials Science
Sustainable future using materials science is achieved through developing new materials and technologies that can help address climate change and resources.
Sustainable Agriculture: A Greener Way to Grow
Sustainable agriculture uses micronutrients such as boron, zinc, and copper to promote soil health and support healthy plant growth.
Boron Reduces Carbon Dioxide
Boron reduces carbon dioxide: Boron is one such amazing catalyst that reduces CO2 in the presence of only water and light irradiation. This serves as a foundation for a new and more efficient method of transforming CO2 into a usable carbon source for manufacturing fuels and chemicals.
Boron and Nuclear Fusion
Boron and nuclear fusion: Is Boron the key to Unlocking Energy via Nuclear Fusion? For the past eighty years, scientists have been exploring ways to capture energy to provide an inexhaustible supply of quasi-free, green energy. Boron via laser technologies, may finally provide the key to moving beyond the laboratory to commercialisation.
Critical Minerals in Australia
Critical Minerals in Australia: The Australian Government has announced its intention to become more self-reliant in critical minerals as a result of geopolitical changes which threaten the ongoing supply of key industrial and energy commodities, which includes boron and borates.
Carbon Capture Funding and Boron
Carbon capture technology has been developed for coal-fired power plants with FECM support for over two decades. Over 20 successful pilot-scale projects have been implemented including a showcase demonstration project which captures and stores over one million metric tons of carbon dioxide per year.
Porous Boron Nitride
The formation and applications of porous Boron Nitride have been the subject of popular research lately. Its high porosity and thermal stability will help pave the way for improving large-scale industrial gas and liquid separations, such as those used in carbon capture or water treatment processes by reducing the amount of energy required.
Boron: The Essential Element
Boron is a valuable and versatile mineral, with uses ranging from aerospace to automotive. It's critical in pursuing renewable energy, food security, and decarbonization.
Balancing Habitat versus Critical Mineral Mining
Balancing Habitat versus Critical Mineral Mining: Lithium and boron are two examples of crucial minerals essential in reducing our planet's carbon footprint for industries such as defense, automotive, construction, aviation, and aerospace. It is challenging to preserve the natural environment when starting new mines to extract these resources. How do companies such as Rio Tinto, American Pacific Borates (currently rebranding to 5E Advanced Materials), and Ioneer manage this dilemma and obtain the permits necessary in their respective locations?
Deloitte Clean Tech Index
The Deloitte Australia Clean Tech (DACT) index is a global comparative ranking of companies. They rank organizations by recognizing their innovative and sustainable approach to business. Clean Tech stocks listed in Australia and was launched in 2008.
Boron and Climate Risk
Climate change is real. The impact of the physical climate risk is already affecting the living population. Boron is a low-cost and sustainable solution to help control climate change effects. Climate researchers consider boron an essential ingredient in reducing global warming. It is helpful as a catalyst for creating one or more hydrofluorocarbons (HFCs) with lower greenhouse gas emissions. It is lesser than current HFCs commonly present in air conditioners, refrigerators, and other cooling devices.
Boron Renewable Energy
Boron is an essential element of renewable energy. The use of other materials in the production process is reduced. Carbon emissions are decreased by using borates for insulation or fire-retardant purposes. Boron has many properties which make it a good candidate for this purpose. It plays a prominent role as we work to reduce our dependency on traditional methods like fossil fuels.
Rio Tinto Decarbonization
Rio Tinto announced a $7.5 billion plan to reduce carbon emissions to 50% by 2030 in October 2021. Rio Tinto stated that it aimed to reduce carbon emissions by half by 2020 as steel and iron ore producers push for compliance with international climate commitments. Rio pushed forward its 2020 target for a 15% reduction of emissions from 2018, five years earlier than it had previously planned.
Low Carbon Future with Boron
We live in a world where the environment is constantly going through changes. This is because we are running out of fossil fuels, and all it takes for our society to collapse is one more natural disaster. Therefore, the invention of new materials that facilitate the mission statement of a low carbon future is essential in today's day and age to decrease our dependence on fossil fuels.
Decarbonization and Boron
Rio Tinto Mine. The Serbian government has finally revoked Rio Tinto's licenses for lithium exploration in Serbia in the latter part of January 2022. The government gave in to the protesters who have been opposed to the Anglo-Australian mining company's project on environmental grounds. Last year, the company committed to the project as global miners push for metals necessary to transition to green energy. This includes lithium which is used in the production of electric vehicle batteries. The project was already suspended in December 2021 due to environmental deterioration and forced displacement concerns.
Boron in Bioconversion
Rio Tinto Mine. The Serbian government has finally revoked Rio Tinto's licenses for lithium exploration in Serbia in the latter part of January 2022. The government gave in to the protesters who have been opposed to the Anglo-Australian mining company's project on environmental grounds. Last year, the company committed to the project as global miners push for metals necessary to transition to green energy. This includes lithium which is used in the production of electric vehicle batteries. The project was already suspended in December 2021 due to environmental deterioration and forced displacement concerns.
Reduce Carbon Emissions with Boron Technologies
Boron is a critical raw material for many sectors such as solar cells, fiber optics, and semiconductor manufacturing. Boron production is also tied to other elements like lithium which are increasingly in demand.
Critical Material Boron Powering Decarbonization
Boron is a critical raw material for many sectors such as solar cells, fiber optics, and semiconductor manufacturing. Boron production is also tied to other elements like lithium which are increasingly in demand.
Boron and Carbon Footprint
Boron carbon footprint - A major problem in the world today is climate change and it has been a long-debated topic. Some people are convinced that it is not happening, while others think the world is doomed to an uninhabitable fate. The truth is that climate change is happening and we must reduce its impact on our lives. The Earth's temperature has been increasing over time, and this will have a major impact on our planet.
Boron, ESG and the Mining Industry
The ESG (Environmental, Social, and Governance) framework is growing in significance for mining companies, including those involved in boron extraction. ESG is a set of practices that mines have to comply with to ensure their future sustainability. It will become an integral part of every mining operation worldwide shortly. ESG compliance is difficult for some mines because it requires them to alter their production methods or management style. However, it is not only possible but necessary.
Boron as an energy carrier to increase efficiency
Boron and its compounds have a vital role to play as energy carriers to increase efficiency. The chemical industry has long been a significant contributor to climate change. Many chemicals are manufactured using fossil fuels, which produce greenhouse gases when...
DECARBONIZATION: Oil and Gas Sector Focus
It is no secret that the world needs decarbonization. For our planet to remain habitable, we need to lower the number of greenhouse gases in the air. Decarbonizing a material refers to lowering the amount or the intensity of carbon in it or by lowering the amount...
Carbon-free Energy Technologies
Carbon Emission and The Greenhouse Effect Fossil fuels, including coal, natural gas, and oil, have fueled the modernization of global economies. While being the fundamental energy drivers for all developed and developing nations over the last century, they have...
Boron drives the Low Carbon Economy
The push for increased decarbonization is being felt worldwide as investors pressure companies to take this issue seriously. The fossil fuel industry is feeling the heat, too, with some of its well-known members stepping up their efforts to reduce emissions and make a difference. Governments are also taking notice of these changes, and there has been an increase in legislation designed to incentivize investments in clean energy technology. How can Boron help?
Decarbonization – Special Report
What is Decarbonization Decarbonization is akey topic in Climate Change initiatives the process of reducing the amount or concentration of carbon in certain substances. This can be done by removing all traces, forms and quantities from a gas, liquid or solid...
Decarbonization: Implications on different Sectors
Decarbonization, Boron and Mining The mining and metal industry is one of the most carbon-intensive industries in the world, generating a sizable percentage of global greenhouse gas emissions. How quickly has decarbonization been going on in the mining and metal...
Decarbonization: The Price of Progress
The world is changing. As the world changes, so do business. Decarbonization is one of those changes that need to be addressed by companies today before it's too late. The customer, employee, and community demand have all shifted in recent years for new ways of...
Boron – The Wonder Mineral
The mineral Boron is a wonder. It is one of the building blocks for our modern lifestyle. We use it every day in all sorts of things, from concrete to computer chips. Yet few people know what it is or which countries use it extensively. This article will tell you...
How Boron is used to Help in Oil Recovery
Modern civilization has been heavily influenced by the discovery of petrochemicals. The entire human race is driven by this natural resource, dubbed liquid gold. Petrochemical derivatives are overwhelmingly present in our lives --- as plastic bags/wrappers that...
Decarbonization Magic Ingredient – Boron
Many people are not aware that Boron has a huge role in decarbonization. The process of decarbonization is the removal of carbon from fuels and other sources to reduce their emissions. One such source is natural gas, which contains significant amounts of carbon...