In industrial environments, accidents such as chemical spills can happen at any time. These incidents not only affect the surrounding environment but also pose a direct threat to human health. Understanding the first aid steps for chemical exposure and how to handle spills promptly is crucial for ensuring both health and workplace safety.
1. First Aid for Chemical Spill Injuries
As soon as a chemical spill occurs, stay calm and follow these first aid steps:
Rinse immediately with clean water: If the chemical comes into direct contact with the skin, immediately wash the affected area under clean running water for at least 15 minutes. If the chemical splashes into the eyes, use an eyewash station or rinse continuously under running water.
Remove contaminated clothing: If the chemical has soaked into your clothes, remove them immediately to prevent further skin absorption.
Contact medical professionals: After initial first aid, if serious symptoms such as difficulty breathing, eye pain, or severe skin irritation occur, contact medical personnel for further assistance.
2. Chemical Spill Clean-Up
Once workers’ safety is ensured, the next step is to clean up the spill. High-quality chemical absorbent pads from BIGNANOTECH will be an essential tool in this process.
Use absorbent pads: BIGNANOTECH’s absorbent pads are specifically designed to quickly and effectively absorb various chemicals, including strong corrosives. Simply place the pad on the spill, and the chemical will be absorbed quickly without leaving behind dangerous residues.
Safe for users: Made from high-quality materials, these absorbent pads are not only environmentally friendly but also user-friendly, minimizing the risk of direct exposure to hazardous chemicals.
Easy to collect and dispose of: Once the chemical has been fully absorbed, the pads can be easily collected and disposed of according to hazardous waste disposal procedures, without posing further risks to the environment.
Superior performance: BIGNANOTECH’s products offer fast absorption, allowing you to address spills immediately, minimizing chemical exposure time.
Versatility with various chemicals: Whether it’s acid, alkali, or oil, BIGNANOTECH’s absorbent pads can meet your needs, ensuring absolute safety in your work environment.
Affordable pricing: With the principle of “Top quality, reasonable prices,” we are committed to providing customers with the best products at competitive prices.
When a chemical spill occurs, prompt first aid and proper handling are key to protecting health and maintaining a safe working environment. With high-quality chemical absorbent pads from BIGNANOTECH, you can confidently tackle emergency situations while ensuring a clean and safe environment.
Contact BIG NANO TECHNOLOGY today for consultation and to secure the best chemical absorbent products. Hotline: (+84) 879 808 080 – (+84) 868 939 595 Email: sales@bignanotech.com
When an oil spill occurs at your workplace or in your living area, it is essential to quickly find ways to control the situation and notify relevant departments or personnel to handle the incident. However, if the spill occurs on a larger scale, in the natural environment, and poses a threat to the environment and the community, you should contact and report the incident to the appropriate authorities to address the issue and manage the necessary risks.
Where to report oil spill incidents?
According to Article 13 of the Oil Spill Response Regulation attached to Decision 12/2021/QĐ-TTg, the regulations are as follows:
Article 13. Contact points for reporting oil spill incidents:
1. Organizations or individuals responsible for an oil spill or who discover an oil spill are required to report promptly to one of the following agencies:
a) The national contact point for oil spills at sea;
b) The nearest port authority;
c) The regional oil spill response center;
d) The regional Maritime Search and Rescue Coordination Center (in cases requiring rescue at sea);
e) Vietnam Coastal Radio Stations to relay information to the responsible response or rescue agencies;
f) The Department of Natural Resources and Environment;
g) The nearest local government;
h) The permanent search and rescue office of relevant ministries, agencies, and localities.
2. Aircraft detecting oil slicks at sea must notify the air traffic service provider or the search and rescue service provider to relay information to the competent authorities as prescribed in Clause 1 of this Article.
3. In addition to the above contact points, when an oil spill occurs or is discovered, it may also be reported to the Navy, Border Guard, Coast Guard, or Waterway Traffic Police for handling or to relay information to the responsible response agency.
4. Handling of oil spill information and reporting:
Upon receiving information or a report of an oil spill, the lead response agency must:
a) Assess the authenticity of the information about the incident;
b) Conduct a preliminary assessment of the nature, scope, extent, and potential consequences of the oil spill;
c) Implement emergency response measures for the situation;
d) Notify relevant agencies and units about the emergency response measures and plans, and sign off or decide on response deployment activities;
e) Notify agencies, units, and individuals in the affected area or areas that may be affected by the oil spill to take proactive response and recovery measures;
f) Report to the competent authorities on the handling of information, the coordination response measures implemented, and propose suggestions and recommendations.
Reporting Process in Oil Spill Response and Remediation
According to Article 14 of the Oil Spill Response Regulation attached to Decision 12/2021/QĐ-TTg, the regulations are as follows:
Article 14. Reporting process in oil spill response and remediation:
1. During the process of responding to and remediating oil spills, the National Committee for Incident, Disaster Response, and Search and Rescue, ministries, agencies, and localities must regularly report as per the designated hierarchy.
2. Oil spill reporting is maintained continuously from the time the spill is detected until the oil spill response activities are completed, including:
a) Initial oil spill report: issued upon discovery of the oil spill;
b) Subsequent oil spill reports: issued daily during the oil spill response process;
c) Final oil spill report: issued when oil spill response activities are completed;
d) Comprehensive oil spill report: issued to summarize the oil spill response situation from the time the spill is detected until the completion of response activities.
3. The report content includes:
a) Time of the incident or discovery;
b) Location of the incident, coordinates (if available);
c) Type of oil;
d) Estimated volume and spill rate of the oil;
e) Weather conditions (waves, wind, currents…);
f) Preparedness for response and proposed response plans;
g) Requests for assistance, rescue, or oil spill response support.
BIGNANOTECH is proud to be a leading enterprise in the field of research and production of oil spill response products in Vietnam. With the goal of providing smart and effective industrial cleaning solutions, our team of experts continually develops products to meet the diverse needs of our customers.
For consultation on spill response solutions and absorbent materials, please contact: BIG NANO TECHNOLOGY Hotline: (+84) 879 808 080 – (+84) 868 939 595 Email: sales@bignanotech.com
Often referred to as a “miracle material,” graphene is over a million times thinner than a human hair but tougher than steel.
This two-dimensional carbon material is made from single layers of graphite and is extracted from the earth. It is extremely light, electrically conductive, and holds great potential across various industries, from electronics to transportation.
Recently, researchers at Khalifa University in the United Arab Emirates (UAE) have been exploring another application of graphene: producing drinking water.
This two-dimensional carbon material is made from single layers of graphite and is extracted from the earth. It is extremely light, electrically conductive, and holds great potential across various industries, from electronics to transportation.
Recently, researchers at Khalifa University in the United Arab Emirates (UAE) have been exploring another application of graphene: producing drinking water.
Hassan Arafat, Director of the Research & Innovation Center on Graphene and 2D Materials (RIC2D) at Khalifa University, said, “In the UAE, all drinkable water is desalinated, so this is a crucial field for both the economy and society.”
Desalination is the process of removing salt from seawater and purifying it to make it drinkable. It’s not just important in the UAE. More than 300 million people globally rely on desalinated water. As climate change and pollution increasingly threaten our limited freshwater supplies, that number is set to rise.
But desalination is an expensive and energy-intensive process.
Graphene has emerged as a potential new solution. Arafat is studying a graphene-enhanced membrane that could make the desalination process more efficient and affordable.
Desalination Solution
Founded in 2022 with investments from Abu Dhabi, RIC2D is tasked with further research into graphene and its production.
Director Hassan Arafat mentioned that graphene could extend the lifespan of desalination membranes by preventing “fouling,” which occurs when bacteria accumulate on filters and degrade their quality.
Using graphene to improve filter performance can help reduce energy consumption and lower costs for desalination.
He added, “Even in small amounts, these graphene materials significantly enhance the membrane’s performance in water production.”
RIC2D is also exploring other applications of graphene, such as creating sustainable building materials to reduce carbon dioxide emissions and developing renewable hydrogen energy solutions.
The Hydrogen Energy Strategy aims to apply advanced global technologies in the production of green hydrogen energy by 2030, as well as hydrogen energy technologies from other fuel sources using CCS/CCUS in Vietnam.
Overview of the Conference on implementing the Hydrogen Energy Strategy. Photo: MOIT
On February 22, in Hanoi, Minister of Industry and Trade Nguyễn Hồng Diên presided over the Conference on the Implementation of the Hydrogen Energy Strategy.
This was the first meeting to implement Decision No. 165/QĐ-TTg, issued on February 7, 2024, by the Prime Minister, approving Vietnam’s hydrogen energy development strategy until 2030, with a vision to 2050.
According to Decision No. 165, Vietnam aims to produce hydrogen from renewable energy and other carbon capture processes, with a capacity of 100,000-500,000 tons/year by 2030, increasing to 10-20 million tons by 2050. This green energy source will play a significant role in achieving the country’s net-zero emissions target.
The strategy outlines the overall objective of developing Vietnam’s hydrogen energy ecosystem based on renewable energy. This includes production, storage, transportation, distribution, domestic use, and export, with synchronized, modern infrastructure contributing to energy security, the national climate change goals, green growth, and achieving net-zero emissions by 2050, in line with Vietnam’s commitments to a just and sustainable energy transition.
Vietnam also encourages investment in green hydrogen energy production for export, prioritizing energy security, national defense, and economic efficiency. By 2050, the goal is to form a comprehensive industrial energy ecosystem based on renewable energy, new energy, and green hydrogen, aiming to become a clean energy and green hydrogen export hub in the region.
Encouraging Hydrogen Energy Use Across All Sectors
At the conference, Nguyễn Việt Sơn, Director of the Oil and Gas Department, presented the key contents of the Hydrogen Energy Development Strategy for Vietnam until 2030, with a vision to 2050:
The strategy for hydrogen energy production must be aligned with the National Energy Strategy and related plans, while also being dynamic and adaptable to global energy transitions.
Hydrogen energy production will develop along the value chain, including production, storage, transportation, distribution, and use, contributing to energy security, greenhouse gas emission reduction, and promoting a green, circular, and hydrogen economy.
The production of hydrogen energy will follow a rational roadmap, aligned with Vietnam’s energy transition path.
Hydrogen energy use is encouraged across all sectors of the economy to reduce greenhouse gas emissions. Suitable policies and incentives will be developed to promote hydrogen energy use in areas like electricity generation, transportation, and industries (steel, chemicals, oil refining).
International cooperation will be enhanced to share knowledge and experiences in developing the hydrogen energy ecosystem.
According to Nguyễn Việt Sơn, the strategy also sets a general goal of developing a hydrogen energy ecosystem, including production, storage, transportation, distribution, and use, with modern, synchronized infrastructure, based on renewable energy, contributing to energy security, national climate change goals, green growth, and the net-zero emissions target by 2050.
Green Hydrogen Energy Production by 2030
Specifically, in terms of hydrogen energy production, the strategy aims to apply advanced global technologies by 2030 in producing green hydrogen energy, as well as hydrogen energy technologies from other fuel sources using CCS/CCUS in Vietnam.
It aims to produce 100,000-500,000 tons/year of hydrogen from renewable energy and other carbon capture processes by 2030.
By 2050, Vietnam will aim to master advanced technology in producing green hydrogen energy and other hydrogen energy technologies using CCS/CCUS from various fuel sources.
The goal is to produce 10-20 million tons/year of hydrogen from renewable energy and other carbon capture processes by 2050.
The strategy outlines seven task groups and solutions for implementing the hydrogen energy strategy: mechanisms and policies, investment and finance, science and technology, human resource development, environmental protection and sustainable development, international cooperation, and communication.
Minister of Industry and Trade Nguyen Hong Dien. Photo: MOIT
Vietnam Becomes One of the First 40 Countries to Issue a Hydrogen Strategy
At the conference, Minister Nguyễn Hồng Diên concluded that the Politburo had mentioned the development of hydrogen energy in Resolution No. 55-NQ/TW dated February 11, 2020, on the orientation of Vietnam’s national energy strategy until 2030, with a vision to 2045. The Government also referenced it in the National Energy Master Plan and the National Power Development Plan for the 2021-2030 period, with a vision to 2050.
Based on these directives, the Ministry of Industry and Trade quickly coordinated with other central ministries and localities to research and develop a hydrogen energy development strategy. This process was careful, thorough, and included input from leading scientists, experts, and international organizations. The strategy was approved by the Prime Minister through Decision No. 165/QĐ-TTg on February 7, 2024, making Vietnam one of the first 40 countries to issue a hydrogen energy development strategy.
Minister Diên emphasized that the Government’s approval of the hydrogen energy development strategy is crucial, opening up new opportunities for Vietnam’s energy sector to develop sustainably, along with abundant renewable energy sources (solar, offshore wind, etc.). This will help Vietnam fulfill its commitment to carbon neutrality by 2050, meet domestic and export needs, and align with the Party and Government’s energy transition vision, as well as the global trend and Vietnam’s COP26 commitments.
To successfully implement the strategy, the Minister called on central ministries and localities to effectively execute the tasks assigned by the Prime Minister in the approved strategy, focusing on key areas:
First, update the directives and orientations outlined in the strategy and integrate them into related national and provincial plans, ensuring synchronization and consistency; review and adjust sectoral plans in localities to accommodate hydrogen energy investment projects.
Second, study and propose new or amended legal frameworks and policies, especially those encouraging hydrogen fuel use in green transport infrastructure; develop national standards for hydrogen production, storage, and transportation.
Third, build national science and technology programs and train a high-quality workforce for the new energy sector, including hydrogen energy.
For energy corporations and companies (EVN, PVN, TKV, Chemicals, Petroleum, etc.) and industry associations, the Minister urged them to implement the tasks and solutions outlined in the strategy.
They should proactively participate with relevant authorities in developing feasible regulations and policies to promote hydrogen energy development. Furthermore, they should adjust their business development plans to align with the strategy and increase both domestic and international capital for hydrogen energy projects, particularly those involving green hydrogen and green ammonia production.
For the Ministry of Industry and Trade’s relevant departments, the Minister urged effective communication about the strategy’s role, importance, and core elements to all sectors, the business community, and the public, fostering societal consensus and commitment to achieving the strategy’s goals.
Finally, they must promptly draft and submit detailed action plans to implement the strategy’s goals and solutions, ensuring consistency and coordination throughout the process.
BIGNANOTECH’s oil absorbent products, designed to support the response and handling of oil spill incidents, are made from specially formulated polypropylene fiber. This material offers superior properties compared to conventional oil absorbent products.
Let’s explore some key benefits of the material used in our products:
Efficient Oil Absorption: Polypropylene has excellent oil absorption capabilities, capable of absorbing many times its own weight in oil. This allows our products to quickly and effectively handle oil spill incidents.
Water Repellency: Polypropylene fibers are water-repellent and moisture-resistant, making BIGNANOTECH’s products suitable for outdoor use or in wet environments. Our products only absorb oil and not water, allowing them to float on water while absorbing oil present on the surface.
Reusability: Some polypropylene oil absorbent products, such as oil absorbent pads, can be wrung out and reused multiple times before being fully discarded, helping to reduce disposal costs.
Lightweight and Durable: Polypropylene is one of the lightest plastics, which reduces the weight of the products without compromising quality. Additionally, polypropylene fibers have strong tensile strength, ensuring the products maintain their shape and durability in applications requiring physical robustness and incident handling.
Thanks to these advantages, polypropylene has become the leading material in the production of oil absorbent products, providing a rapid and efficient response to oil spills in industries, shipping, and environmental protection. With advanced proprietary Japanese technology, BIGNANOTECH delivers high-quality oil absorbent products at accessible prices, standing by with your company through every oil spill incident.
For more information on products and industrial cleaning solutions, please contact: BIG NANO TECHNOLOGY Hotline: (+84) 879 808 080 – (+84) 868 939 595 Email: sales@bignanotech.com
Chemical spills or leaks in laboratories, production facilities, storage sites, and commercial establishments can pose significant risks to both people and the environment if not cleaned up properly and promptly. Chemical absorbent products such as chemical absorbent pads, chemical absorbent booms, and chemical absorbent pillows are highly effective solutions that can help you address these issues simply and efficiently.
When chemicals are spilled, if not handled in a timely and proper manner, they can lead to health hazards such as poisoning, skin burns, corrosion of equipment, or environmental contamination. Chemical absorbent products are designed to absorb a wide range of acids, bases, corrosive substances, chemicals, and unidentified liquids, even highly concentrated solutions like 98% sulfuric acid and 30% sodium hydroxide. These products can clean up large spills or continuous leaks, minimizing damage when chemical spills occur.
Chemical Absorbent Pads: This is the most convenient and easy-to-use product for general spills. You simply place the absorbent pad over the spill area to fully absorb the chemical, or use it as a replacement for cloth rags. Afterward, collect the pad and dispose of it according to safety regulations.
Chemical Absorbent Booms: For large-scale spills or in areas with fluid flow, absorbent booms are the optimal solution. You just need to place the boom around the spill area, creating a barrier that helps contain the chemical and prevents it from spreading to other areas, potentially causing severe consequences. Absorbent booms can both contain and absorb chemicals, maximizing the cleaning efficiency.
Chemical Absorbent Pillows: Absorbent pillows are typically used in situations where spills occur in hard-to-reach areas or inside containment units. The pillows can be easily placed in hidden corners or narrow spaces without needing to move too many objects and can absorb large amounts of chemicals, making them ideal for handling major spills or prolonged leaks.
Enhanced Cleaning Efficiency: Chemical absorbent products can effectively absorb hazardous and concentrated chemicals, resist corrosion after absorption, retain the absorbed liquid, and increase cleaning efficiency.
Safety Protection: These products help prevent the spread of chemicals, reducing negative impacts on workers and the environment.
Time and Effort Savings: Chemical absorbent products allow for quick handling of incidents, saving time and effort compared to traditional cleaning methods.
Choose the Right Product: Each type of chemical has its own properties, so it’s important to select the appropriate absorbent product for the chemical in question.
Follow Usage Instructions: Carefully read the instructions before using the product to ensure effectiveness and safety.
Proper Disposal After Use: After use, chemical absorbent products must be collected and disposed of according to regulations to prevent secondary pollution.
BIGNANOTECH specializes in manufacturing and distributing high-quality oil and chemical spill response products. Proper use of chemical absorbent products not only helps you quickly resolve spill incidents but also ensures worker safety and environmental protection. Always be prepared with high-quality chemical absorbent solutions to handle any emergency situations in a timely manner!
For more information on products and industrial cleaning solutions, please contact: BIG NANO TECHNOLOGY Hotline: (+84) 879 808 080 – (+84) 868 939 595 Email: sales@bignanotech.com
With climate change and global temperature increases, finding effective heat-resistant solutions for residential buildings has become critically important. One standout solution that many experts highly recommend is using S-Corin heat-reflective paint. This article will analyze why S-Corin is an optimal choice for protecting your home from extreme heat.
S-Corin heat-reflective paint is specially designed to reflect sunlight, reducing the surface temperature of residential buildings. Unlike regular paint, S-Corin contains special nano components that can reflect up to 90% of UV rays and infrared light, which are the primary factors causing surface walls and roofs to heat up.
Lower Indoor Temperature: Thanks to its superior heat-reflective capabilities, S-Corin helps reduce the surface temperature of walls and roofs, thereby lowering indoor temperatures by 5-10 degrees Celsius. This results in a cooler living space and reduces the strain on cooling devices like air conditioners and fans.
Energy Savings: As indoor temperatures decrease, the need for cooling devices also diminishes, leading to energy savings and lower monthly electricity bills.
Protection of Building Structure: High temperatures are one of the main causes of rapid deterioration of building materials. Using S-Corin helps protect walls and roofs from the negative effects of heat, extending the lifespan of the structure.
Environmentally Friendly: S-Corin not only helps save energy but is also made from environmentally friendly components, free from harmful substances, and safe for human health.
S-Corin can be applied to various types of buildings, including residential houses, apartment complexes, factories, and commercial structures. This paint is particularly suitable for walls, roofs, and exterior surfaces that are directly exposed to sunlight.
Applying S-Corin heat-reflective paint is relatively simple and similar to other types of paint. Painters can use rollers, brushes, or spray guns, depending on the situation. However, to achieve the best results, attention should be paid to a few factors:
The surface to be painted must be clean and free from dust, dirt, and grease.
Ensure that the paint is applied in sufficient layers to achieve the best heat-reflective effect.
5. Conclusion
S-Corin heat-reflective paint is an effective and sustainable solution for heat resistance in residential buildings. It not only helps reduce indoor temperatures and save energy but also protects the building structure from the harmful effects of high temperatures. Investing in S-Corin is investing in a cool, sustainable, and environmentally friendly living space.
With the information provided, we hope you have found a useful solution to deal with extreme heat and comprehensively protect your home.
For more information on products and industrial cleaning solutions, please contact: BIG NANO TECHNOLOGY Hotline: (+84) 879 808 080 – (+84) 868 939 595 Email: sales@bignanotech.com
Dealing with oil spills is not only a reflection of environmental and worker protection awareness but also a legal obligation for businesses. To quickly address oil and grease spills and ensure operational efficiency, organizations must choose specialized oil spill response products.
Here are the top 5 best oil spill response products available today:
1. Oil Absorbent Pads
Oil absorbent pads are essential products for factories, workshops, garages, and production facilities of all sizes. These pads are used to clean and absorb oil spills and leaks on machinery, as well as oil on floors and water surfaces. They can absorb up to 20 times their weight and can be reused multiple times after wringing, making them an efficient and cost-effective solution for businesses.
2. Oil Containment Booms
In the event of large-scale oil spills, there is a high risk of affecting production areas and surrounding environments. This could lead to fines or compensation claims if the incident spreads and causes significant damage. Oil containment booms help quickly and safely isolate the oil, ensuring that the spill is confined to a small area for easier and timely response. Besides preventing the spread of oil, these booms can also absorb oil quickly and can be used both on land and water.
3. Oil Absorbent Rolls
Oil absorbent rolls are very useful for areas with continuous oil leaks or for responding to and handling oil spills in the environment. These rolls can be torn into smaller sections like absorbent pads for flexible use or spread out as a safe walkway in areas with extensive oil spills on floors, beaches, or other surfaces.
4. Cleaning Powder/Oil Absorbent Powder
This is a significant technological advancement in oil spill response worth discussing. Most oil production and storage facilities believe that using sawdust or sand can clean oil-stained floors; however, in reality, sawdust and sand cannot completely clean the surface, leaving an oily residue that causes slipperiness and unsanitary conditions. N-Powder Sorbents oil absorbent powder completely absorbs 100% of the oil on the floor without the need for secondary cleaners, offering an optimal and quick solution for oil spill response. Oil absorbent powder can be used on all hard floors, cement floors, and yards
5. Oil Filter Fabric
Oil spills can cause severe water pollution if the oil mixed in wastewater is not thoroughly treated. Oil filter fabric effectively filters oil and oily residues from water before it is reused or discharged into the environment. This product is commonly used in drainage pipes, oil filtration tanks, three-compartment tanks, and other similar applications in factories and restaurants.
Choosing specialized oil spill response products not only enhances cleaning and production efficiency, saving time and effort for workers, but also helps control and mitigate incidents, preventing unfortunate consequences. BIGNANOTECH specializes in manufacturing industrial oil spill response products such as oil absorbent pads, oil containment booms, absorbent rolls, cleaning powder, oil filter fabric, oil absorbent fibers, and microbial powder. We provide the most suitable products to meet each customer’s needs.
For more information on products and industrial cleaning solutions, please contact: BIG NANO TECHNOLOGY Hotline: (+84) 879 808 080 – (+84) 868 939 595 Email: sales@bignanotech.com
The “race” to produce green hydrogen in the Asia-Pacific region is heating up as many leading Western energy companies partner with regional counterparts to launch a series of renewable energy projects.
According to Nikkei Asia, Danish corporation Orsted—the world’s largest offshore wind company—and several major Western oil companies are planning to invest in this sector in Asia.
Green hydrogen is produced by using renewable energy from sources like sunlight and wind to split water into hydrogen and oxygen. The hydrogen fuel is then used in heavy industries such as steel production, concrete manufacturing, and transportation.
The global demand for green hydrogen is rising sharply, especially in Europe, where there is a strong push to develop renewable energy to reduce dependence on Russian energy supplies.
However, this investment trend is expected to explode in Asia in the near future. “Initially, we focused on Europe. But we will certainly expand into the Asia region in the near future,” Per Kristensen, President of Orsted Asia-Pacific, told Nikkei Asia.
Last year, Orsted partnered with South Korean steel company POSCO in a wind power project. They plan to produce green hydrogen to support the “hydrogen steel” initiative—using hydrogen instead of coal in steel production. Having completed several green hydrogen projects in the North Sea, Orsted will accelerate investments in renewable energy projects in Asia in the near future.
Meanwhile, major Western oil companies are also flocking to green hydrogen projects in Asia. With over 40% stake, British oil giant BP has become the largest shareholder in the Asian Renewable Energy Hub—a massive green hydrogen project in Australia. With plans to produce up to 1.6 million tons of green hydrogen annually, the British multinational aims to capture 10% of the global renewable fuel market.
American multinational Chevron is collaborating with Indonesia’s state oil company Pertamina and Singapore’s national energy company Keppel to produce green hydrogen from geothermal energy in Southeast Asia. These companies plan to produce 80,000 to 160,000 tons of green hydrogen annually.
China, the world’s largest hydrogen consumer, aims to lead in green hydrogen production. Several large-scale projects have already been launched, including a 20,000-ton-per-year plant funded by Sinopec, the national oil company.
In India, the government plans to expand green hydrogen production to reduce reliance on imported energy and phase out fossil fuels from its economy. This effort is part of a broader goal to achieve net-zero emissions by 2070. The New Delhi government aims to produce 25 million tons of green hydrogen annually by 2047. Meanwhile, national oil companies NTPC, Indian Oil Corp, and several Indian billionaires like Gautam Adani and Mukesh Ambani—who are giants in the coal and oil sectors—have also announced investments in renewable energy, including green hydrogen.
According to a report by the Hydrogen Council, which includes over 150 multinational companies and the U.S. consulting firm McKinsey & Company, the total demand for green hydrogen in China, India, Japan, and South Korea will reach approximately 285 million tons by 2050, accounting for about 43% of the world’s total green hydrogen production.
Oil contamination in wastewater is a common issue in the drainage systems of businesses that use oil in production operations, such as large-scale restaurants and industrial kitchens. When not properly and thoroughly treated, this oil-contaminated wastewater can flow into canals, rivers, or seep into the soil, posing a danger to aquatic life and leading to severe pollution that is difficult to manage. Treating oil in wastewater before releasing it into the environment is not only a matter of awareness but also a legal responsibility for businesses.
How to thoroughly treat oil in wastewater?
1. In cases where oil is regularly present in moderate amounts, with continuous wastewater discharge:
At factories, industrial zones, and production areas where wastewater is consistently contaminated with oil, such as in hydroelectric plants, thermal power plants, and plastic manufacturing plants, implementing an oil filtration solution before discharging wastewater into the environment is essential.
N-FIBER Oil Filter Fabric is designed to filter oil from water, whether it’s surface oil or emulsified oil within the water. This product absorbs and retains oil without absorbing water, allowing water to pass through at a rate of 250m³/hour. The oil filter fabric can be placed at drainage outlets, the beginning of discharge pipes, or in three-chamber septic tanks to completely filter out oil and waste from the wastewater as it flows through. This is a safe, effective, easy-to-use, and applicable oil filtration solution.
2. In cases of oil spills with large, sudden amounts of oil:
In situations where a large amount of oil spills into a water source due to an accident or mishap, the immediate action required is to collect the spilled oil before it becomes emulsified and harder to treat.
N-FIBER Oil Absorbent Pads are ideal for such scenarios. These pads absorb only oil, not water, and do not release the absorbed oil afterward. They are suitable for floating on oil-contaminated water surfaces to collect the spilled oil. The pads can absorb up to 10 times their weight in oil. After using the absorbent pads to collect surface oil, workers can use the oil filter fabric to further filter the water, ensuring that any remaining emulsified oil is removed before the water is discharged or reused.
Where to purchase N-FIBER Oil Absorbent Pads and Oil Filter Fabrics?
For more information on products and industrial cleaning solutions, please contact: BIG NANO TECHNOLOGY Hotline: (+84) 879 808 080 – (+84) 868 939 595 Email: sales@bignanotech.com
