Danh mục: Manufacturing Bussiness

N-Fiber Oil Absorbent Boom – Optimal Solution for Oil Spill Response

Posted on by Haianh

The N-Fiber oil absorbent boom plays a crucial role in preventing and addressing oil spill incidents at sea. It not only helps protect the environment and marine ecosystems but also minimizes damage and facilitates the convenient handling of oil spills on the water surface. Here is detailed information about oil absorbent booms and their role in protecting the marine environment.

1. What is the N-Fiber oil absorbent boom?
The N-Fiber oil absorbent boom, also known as an oil containment boom, is a specialized floatation system designed to contain and control oil spills floating on the sea surface. They can isolate and absorb oil waste from incidents such as leaks from oil tankers, maritime accidents, or oil and gas production facilities. The oil absorbent boom is made from high-tech nano materials, which are water-resistant and can float on the sea, thereby preventing the spread of oil and minimizing damage to the marine environment.

2. The role of the N-Fiber oil absorbent boom in protecting the marine environment
Oil waste can harm marine animals and coastal aquaculture, as well as contaminate seawater and beaches. Using the N-Fiber oil absorbent boom is crucial in reducing the consequences of oil spills, speeding up incident response, and minimizing damage to the marine ecosystem.

3. How the N-Fiber oil absorbent boom works
In the event of an oil spill, the N-Fiber oil absorbent boom is deployed in the affected area. The booms are connected and float on the water’s surface, creating a barrier around the oil spill area to prevent the spread of oil to a larger area. The oil absorbent boom is designed with absorbent holes that both contain and absorb the oil from the spill area. Once the boom has absorbed the oil, the waste oil can be safely collected and processed.

4. Accessibility and deployment of the N-Fiber oil absorbent boom
The N-Fiber oil absorbent boom is very easy to use and can be quickly deployed when needed. This is especially important in cases where oil spills need to be addressed immediately to avoid significant environmental damage.

5. International cooperation and effective management
To effectively protect the marine environment, in addition to proactive awareness by businesses, there needs to be international cooperation and governmental management plans to respond to oil spill incidents. The oil absorbent boom is only part of the preventive measures and preparations to protect the marine environment and must be combined with other measures such as early warning systems and emergency response plans to manage risks effectively.

BIGNANOTECH is a company specializing in the production and supply of materials for responding to oil and chemical spill incidents. The products come in various models and sizes for customers to customize according to their needs, such as oil absorbent mats, oil absorbent booms, oil absorbent pillows, oil absorbent cotton, and oil absorbent powder.

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

S-CORIN Heat Reflective Anti-Heat Paint: The Optimal Solution for Fuel, Chemical, and Petroleum Storage Tanks

Posted on by Haianh

What is S-CORIN?

S-CORIN is an advanced heat reflective anti-heat paint specifically designed to protect fuel, chemical, and petroleum storage tanks. With high-end heat reflective technology, S-CORIN significantly reduces the internal temperature of tanks compared to the external environment, ensuring the quality of the chemicals inside and increasing the durability of the tank surfaces.

Outstanding features of S-CORIN Paint

  • Superior heat reflective capability: S-CORIN can reflect up to 90% of UV rays from the sun, reducing the surface temperature of tanks by 10-20 degrees Celsius. This not only protects the tanks but also lowers the internal temperature, ensuring the safety of fuels and chemicals.
  • Corrosion and oxidation resistance: With a special coating, S-CORIN prevents corrosion and oxidation from the environment, especially under harsh weather conditions. This extends the lifespan of storage tanks, reducing maintenance and repair costs.
  • Heat resistance and explosion prevention: S-CORIN is designed to withstand high temperatures and prevent explosions, ensuring absolute safety for tanks storing fuels, chemicals, and petroleum.
  • Easy application: S-CORIN paint can be easily applied using conventional methods such as spraying, rolling, or brushing, saving time and labor costs.

Applications of S-CORIN Paint

  • Fuel storage tanks: S-CORIN protects fuel storage tanks from high temperature effects, preventing overheating and explosions.
  • Chemical storage tanks: With high corrosion resistance, S-CORIN is an ideal choice for chemical storage tanks, ensuring safety and long-term durability.
  • Petroleum storage tanks: S-CORIN helps reduce the surface temperature of petroleum storage tanks, preventing evaporation and explosions, protecting user safety and the environment.

Benefits of using S-CORIN Paint

  • Energy savings: Lowering the surface temperature of tanks reduces the need for cooling systems, saving energy and operational costs.
  • Environmental protection: By reducing fuel and chemical evaporation, S-CORIN helps protect the environment and reduce pollution risks.
  • Increased tank efficiency and lifespan: With anti-corrosion, heat-resistant, and heat-reflective features, S-CORIN extends the lifespan and enhances the efficiency of storage tanks.

S-CORIN heat reflective anti-heat paint is the optimal solution for fuel, chemical, and petroleum storage tanks. With superior heat reflection, corrosion resistance, heat resistance, and easy application, S-CORIN not only protects tanks but also brings economic and environmental benefits. Choose S-CORIN to ensure safety and efficiency for your tank systems.

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

How to Use N-FIBER Oil Filter Fabric

Posted on by Haianh

With the increasing scale and frequency of industrial production activities today, the amount of waste oil released into the environment is substantial, severely affecting the quality of water and air. Therefore, the production of an effective solution to address this issue is highly anticipated. To meet these expectations, industrial oil filter fabric has been developed with the ability to thoroughly clean oil, even very thin oil films.

Description of N-FIBER oil filter fabric

The oil filter fabric is used to filter spilled oil and oil mixed in water at wastewater drains, solution conduits, and other points before being discharged into the environment. The product can completely separate various types of oil from oil-contaminated water, whether it’s surface oil or emulsified oil. This is an optimal environmental and infrastructure protection solution for businesses that often discharge oil-containing liquids.
The oil absorbent fabric is made from 100% polypropylene with Japanese Nano fiber spraying technology, optimizing its filtration capability. The product is non-corrosive, and the oil will not leak from the roll.

Usage instructions

Using industrial oil filter fabric is incredibly simple and convenient. Users just need to place the oil filter fabric of suitable size at the wastewater drain, filtration system, three-compartment tank, etc., and let the oil-contaminated water flow through the fabric to filter out the oil and grease.
Currently, industrial oil filter fabric is used as a replacement for chemical-based oil-contaminated water treatment systems, providing superior efficiency and high safety, and being human and environmentally friendly.

Technical specifications

  • Size: According to customer needs
  • Specific weight: 0.5kg/m²
  • Oil filtration and retention capacity: 20 times its own weight (depending on the type of oil)
  • Can withstand a flow rate of up to 250m³/hour

Applications of oil filter fabric

  • Rainwater filtration: Filter oil and oil-contaminated substances from ditches, conduits, ponds, wastewater pits, manholes, and water drains.
  • Supporting oil/water separators: Water from oil separators often still contains a thin oil film. Oil filter fabric is used to thoroughly filter this oil film in the final step before discharging the water into the environment.
  • Oil filtration/erosion prevention for canal and pond banks: Serves four simultaneous purposes: prevents oil films or oil in water from contaminating the soil banks; prevents oil-contaminated soil from leaching into the water; prevents erosion and landslides of canal/pond banks; absorbs and retains oil in the fabric fibers to allow natural degradation over time.
  • River/sea bank oil filtration: Used as a barrier to prevent oil spills in rivers/seas from reaching the shore, easy to handle even in rocky or uneven water bottoms.
  • Oil and grease-containing wastewater filtration: Particularly effective for filtering oil and grease in wastewater and oil collection pits without clogging the flow.
  • Oil spill response: Used as a filter for oil-contaminated water, replacing oil absorbent pads on the water surface. This product performed excellently during the oil spill response in the Gulf of Mexico in the USA. Used as a curtain barrier at ports to absorb floating oil films.
  • Oil collection: Oil absorbed into the fabric fibers can be easily separated using mechanical methods (wringing, pressing, centrifugation…) and can be reused multiple times until the fabric becomes frayed or punctured.

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

H-FIBER Chemical Absorbent Pads for High-Concentration Acid/Base

Posted on by Haianh

Chemical absorbent pads are commonly used to absorb various acids, bases, corrosive substances, and high-concentration chemicals. These products can clean chemical-contaminated equipment, large spills, or continuous leaks of liquids to minimize damage when chemical spills occur.

H-FIBER chemical absorbent pads are manufactured using Japanese Nano technology, featuring superior absorption speed and excellent retention of absorbed liquids. The material is non-flammable and treated with anti-static properties as required for fire and explosion prevention, making it particularly safe to use.

PRODUCT FEATURES

  • Capable of absorbing various acids, bases, corrosives, chemicals, and unidentified liquids, even highly concentrated solutions such as 98% sulfuric acid and 30% sodium hydroxide.
  • H-FIBER chemical absorbent pads by BIGNANOTECH are produced using Japanese Nano technology, with a distinctive perforated design that allows the product to absorb much faster than similar products.
  • H-FIBER chemical absorbent pads do not degrade or cause dangerous reactions when exposed to corrosive substances. The product has a long lifespan and does not fray or tear even when saturated.

FUNCTIONS AND BENEFITS

  • Environmentally friendly
  • Ten times higher absorption capacity compared to other products
  • Non-toxic to the environment, humans, and animals
  • Cost-effective, economical, easy to use

PRACTICAL APPLICATIONS

  • An ideal and safer replacement for regular cleaning cloths when handling hazardous chemicals.
  • Used to clean and wipe areas where chemical spills and hazardous solutions have occurred on floors or the ground; used to wipe chemical-contaminated machinery parts and tools during transportation or use.
  • Suitable for placing under machinery and cleaning equipment in factories and workshops.
  • Frequently used in laboratories, chemical storage areas, around battery packs and dipping tanks, processing plants, boiler rooms, R&D rooms, chemical storage warehouses, industrial zones, and industries involving chemicals and hazardous chemical leak risks.

USAGE INSTRUCTIONS

  1. Wear protective gloves (or protective clothing) to avoid direct contact with harmful chemicals.
  2. Gently place the chemical absorbent pad on the surface of the spill or chemical stain to maximize contact area.
  3. Wait 3-5 minutes for the pad to gradually absorb the chemical, then turn the pad over and wait for the same duration. The pad will darken as it absorbs the solution. When the pad is fully saturated (entirely darkened), it is considered saturated.
  4. Squeeze and collect the absorbed chemicals into a container for reuse (if needed). The pad can be reused immediately after wringing out the chemicals to absorb spills in other areas.

  5. After handling the spill, quickly place the saturated absorbent pad in a designated hazardous waste bin or storage area, away from heat/fire sources, water tanks, and do not dispose of it directly into the environment.

    Note: Store the product in a dry place, avoiding damp conditions.

Check out other chemical absorbent products HERE: CHEMICAL ABSORBENT PRODUCTS

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

Safety Measures in Chemical Manufacturing Plants

Posted on by Haianh

Chemical manufacturing and storage facilities are highly susceptible to chemical spills and leaks, posing significant risks to worker safety and environmental health. Below are some management measures and specific procedures to ensure safety and prevent chemical leaks and spills in chemical manufacturing plants.

1. Risk Assessment

  • Identify sensitive areas: Mark and manage high-risk areas where leaks or spills are likely to occur.
  • Impact analysis: Analyze and evaluate the potential impacts of chemical spills.

2. Technical measures

  • System design and maintenance: Ensure that chemical storage and transfer equipment are appropriately designed and regularly maintained to detect and address issues promptly.
  • Use of corrosion-resistant materials: Select corrosion-resistant materials for chemical equipment and pipelines.
  • Leak detection systems: Install sensors and automatic warning systems to detect leaks early.

3. Chemical management

  • Safe chemical storage: Organize chemicals by classification, use standard-compliant containers, and ensure clear labeling.
  • Ventilation systems: Design effective ventilation systems to minimize chemical vapors in the air.

4. Work procedures

  • Standard operating procedures (SOPs): Develop and implement SOPs for handling and using chemicals.
  • Employee training: Train employees on safety procedures, emergency response, and the use of personal protective equipment (PPE).

5. Emergency response measures

  • Emergency response plan: Develop and implement a specific emergency response plan, including evacuation procedures and handling methods.
  • Emergency response equipment: Prepare equipment such as spill containment kits, absorbent materials, cleaning products, fire extinguishers, and medical first aid supplies.

6. Environmental control

  • Spill containment systems: Install containment systems to prevent chemicals from spreading into the environment.
  • Proper waste disposal: Collect and dispose of chemical waste according to regulations to avoid environmental pollution.

7. Continuous monitoring and improvement

  • Regular inspections: Conduct regular inspections to ensure compliance with safety measures.
  • Continuous improvement: Continuously evaluate and improve safety procedures and measures based on feedback and past incidents.

Implementing these measures not only ensures worker safety but also protects the environment and complies with legal regulations. Additionally, chemical plants should maintain a stock of specialized spill response products to handle incidents quickly and effectively.

  • Chemical spill response kits: These kits are the optimal solution for managing chemical spills and corrosive liquid incidents of medium to small scale. With protective gear and chemical handling materials, businesses and individuals can quickly and efficiently address chemical spills.
  • Chemical absorbent pads: These can be used to clean machinery and chemical spills or leaks quickly. Convenient and suitable for all areas within the workshop.
  • Chemical absorbent booms: These help isolate spill areas or locations with frequent leaks, preventing the spread of liquids and ensuring the safety of surrounding areas. They also absorb spilled liquids.

By adopting these practices, chemical manufacturing plants can enhance safety for employees, protect the environment, and ensure regulatory compliance.

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

Managing Oil Spills and Leaks in Repair Garages

Posted on by Haianh

Oil spills and leaks in repair garages can lead to unsanitary conditions, inconvenience during work, and pose potential safety hazards. Common areas where oil leaks often occur in repair garages include:

  • Underneath vehicles: Leaks from oil seals or oil lines when draining engine oil, transmission oil, or brake fluid.
  • Lift platforms: hydraulic system leaks from lift platforms when vehicles are raised for inspection or repair.
  • Waste oil storage area: Spills can occur if waste oil containers are overfilled or improperly stored.
  • Oil tanks and containers: Spills due to mishandling or during oil transfer.
  • Oil storage areas: Spills can occur during the transportation of stored oil, finished oil products, or leaks during oil transfer processes.
  • Workbenches and surrounding surfaces: Leaks from repairing oil-related components such as oil pumps and oil filters.

In addition to following standard procedures and common spill response measures, larger repair garages need specialized products to enhance efficiency and reduce cleanup time. BIGNANOTECH offers specialized products for handling oil leaks, spills, and stains in garages and repair shops, such as:

  • Oil absorbent pads: Superior to conventional rags, these pads quickly absorb oil and oil-based liquids. They can effectively clean most surfaces and machinery contaminated with oil.
  • Oil absorbent pillows: Ideal for areas with continuous and substantial oil leaks. These pillows can absorb liquids up to 10 times their own weight.
  • Cleaning powder: Thoroughly absorbs and cleans remaining oily residues on floor surfaces. This powder leaves the floor clean and dry without needing secondary detergents.

Managing oil leaks and spills in repair garages is crucial to ensure worker safety and maintain a clean working environment. Choosing the right solutions will improve efficiency, save time, and keep the garage space clean and safe.

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

Specialized Oil Wipes for Gas Stations

Posted on by Haianh

Maintaining a clean and safe environment is crucial in gas stations. Specialized oil wipes are highly useful and effective products for cleaning up oil and gasoline spills during operations.

These wipes are typically used to clean up gasoline and oil leaks around fuel nozzles, pumps, storage tanks, and other areas. The product has several outstanding features:

High Absorbency
Specialized oil wipes have exceptional absorbency for oil and oil-based liquids. They can absorb a large amount of oil, several times their own weight, making cleanup easy and efficient.

Durability
The product is tear-resistant and abrasion-resistant, ensuring long-lasting use and high efficiency, which saves costs for businesses.

Safety and Non-Flammability
Made from special materials, these wipes do not ignite or burn when exposed to fire or high temperatures. This is particularly important in gas station environments, where fire hazards are always a concern.

Ease of Use and Convenience
The wipes are designed with a hand loop and are single-sided absorbent, preventing oil from seeping through to the other side. This keeps the user’s hands clean and free from oil contamination.

Specialized oil wipes are essential and useful products for gas stations. With their superior absorbency, durability, and safety features, these wipes not only enhance work efficiency but also ensure worker safety. Investing in specialized oil wipes is a wise decision that brings long-term benefits to businesses.

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

Solar Reflective Paint Using Nano Materials

Posted on by Haianh

BIGNANOTECH, in collaboration with a team of expert researchers, has successfully developed the S-CORIN heat reflective paint technology using domestically produced nano materials. This solar reflective paint meets stringent international technical standards while being more affordable.

As a tropical country with an average annual radiation of about 120 kcal/cm²/year, Vietnam experiences intense heat during the summer, leading to the urban heat island effect in major cities like Hanoi and Ho Chi Minh City. Recognizing the urgent need for materials that can reduce solar radiation effects on buildings and equipment, scientists focused on developing the S-CORIN solar reflective paint, specifically for fuel and chemical storage tanks.

The solar reflective coating of S-CORIN heat reflective paint operates on the principle of diffuse reflection. With a tightly structured composition that includes highly reflective nano particles interspersed with micro particles, using this nano reflective paint can reduce the surface temperature of steel tanks by 10-19°C and the internal temperature by approximately 8-15°C compared to conventional paint. Additionally, the weather resistance of nano paint exceeds 1,500 hours in accelerated weathering tests.

S-CORIN heat reflective paint is a high-quality product tested and used by many major entities in Vietnam. The paint can reflect up to 80% of heat and UV rays, helping to maintain stable internal temperatures in tanks. According to testing and quality assessments by SUZUKAFINE (one of Japan’s top five paint companies), the paint samples have significantly higher heat reflectivity than existing heat-resistant paints available domestically and internationally.

Furthermore, applying S-CORIN solar reflective heat-resistant paint to the external surfaces of buildings and volatile fuel/chemical storage tanks is an effective and economical solution to combat the urban heat island effect. It can save up to 40% of energy consumption for cooling equipment, prevent the loss of volatile fuels/chemicals, contribute to energy security, and help mitigate climate change.

For more information on products, please contact:
BIG NANO TECHNOLOGY
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com

Using Biological Oil-Degrading Powder to Treat Oil-Contaminated Agricultural Soil

Posted on by Haianh

In the era of rapid industrialization, environmental pollution has become an urgent issue, particularly agricultural soil pollution caused by petroleum and its derivatives. This is a consequence of industrial activities, transportation, and oil spill incidents, severely impacting human health, the quality of agricultural products, and ecosystems. A potential and safe solution to this problem is the use of oil-degrading microbial powder, an advanced biotechnological method that helps restore and protect agricultural soil.

1. What is Biological Oil-Degrading Powder?
Biological oil-degrading powder is a product containing microorganisms capable of breaking down hydrocarbon compounds in petroleum. These microorganisms, including bacteria, fungi, and yeasts, can convert harmful substances into non-toxic compounds such as water, CO2, and various organic substances. This process helps clean contaminated soil and restore the cultivation capacity of the affected areas.

2. Mechanism of action
Once mixed into oil-contaminated soil, the microorganisms in the microbial powder operate through the following steps:

  • Contact and penetration: The microorganisms come into direct contact with oil particles in the soil and begin to penetrate them.
  • Biodegradation: The microorganisms secrete enzymes to break down the complex structures of hydrocarbons into simpler compounds.
  • Metabolism: The simpler compounds are further metabolized by the microorganisms into CO2, water, and other beneficial organic substances for the soil.
  • Soil regeneration: After the harmful compounds are degraded, the soil gradually regains its original physical and chemical properties, making it safe for cultivation.

3. Benefits of using microbial powder

  • High efficiency: Rapid and thorough degradation of hydrocarbons, reducing treatment time and costs.
  • Environmentally friendly: Does not cause secondary pollution, safe for ecosystems and humans.
  • Ease of use: Can be easily applied by sprinkling directly onto soil or mixing with water for irrigation.
  • Soil restoration: Improves soil quality, allowing it to regenerate and be ready for future agricultural activities.
  • Dual function as fertilizer: The microorganisms in the powder, when active in the soil, transform into beneficial substances, effectively serving as a good fertilizer for crops.

4. Practical applications

Numerous studies and experimental projects have demonstrated the effectiveness of oil-degrading microbial powder in treating oil-contaminated soil:

  • Experimental projects in Vietnam: Some rural areas in Vietnam have implemented the use of microbial powder to address oil spill incidents, yielding positive results.
  • Test results: Soil samples treated with the microbial powder showed significantly reduced pollution levels, with noticeable improvements in soil fertility and structure.
  • Supporting sustainable agriculture: Helps farmers maintain and enhance crop productivity without concerns about soil contamination.

5. Conclusion

The use of oil-degrading microbial powder is an effective and sustainable solution to oil pollution in agricultural soil. Widespread application of this technology not only helps clean the soil but also contributes to environmental protection and sustainable agricultural development.

By integrating such innovative solutions, we can mitigate the adverse effects of industrial pollution and ensure a healthier, more productive environment for future generations.

For product consultation and industrial cleaning solutions, please contact:
BIG NANO TECHNOLOGY
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com

BIGNANOTECH PROVIDES MATERIALS FOR INCIDENT RESPONSE DRILLS AT THERMAL POWER PLANT

Posted on by Haianh

Recently, BIGNANOTECH supplied oil absorbent and cleaning products for the event “Plan for Prevention and Response to Chemical Incidents and Regular Oil Spill Response 2024” at a thermal power plant.

During the drill, plant staff were introduced to and practiced using oil absorbent products, gaining knowledge and experience to prevent potential oil and chemical spill incidents that can occur at thermal power plants. Additionally, these products can be flexibly used for routine maintenance cleaning or for cleaning oil leaks during plant operations.

Some popular products that BIGNANOTECH typically provides to thermal power plants include oil absorbent pads, oil absorbent booms, oil absorbent rolls, and more. These products effectively support spill cleanup efforts, ensuring the safety of workers and the environment.

For product consultation and industrial cleaning solutions, please contact:
BIG NANO TECHNOLOGY
Hotline: (+84) 879 808 080 – (+84) 868 939 595
Email: sales@bignanotech.com