WHAT IS AN ANTIMICROBIAL FILTER PAPER? APPLICATIONS IN FACE MASK PRODUCTION

WHAT IS AN ANTIMICROBIAL FILTER PAPER? APPLICATIONS IN FACE MASK PRODUCTION

A standard face mask must be capable of filtering dust and preventing harmful pathogens such as viruses and bacteria. So, what sets a regular mask apart from one that protects against disease-causing agents? The key lies in the inner antimicrobial fabric or filter paper. In this article, Bignanotech will walk you through everything you need to know about antimicrobial filter paper—a critical material in the production of high-efficiency face masks.

1. What is antimicrobial filter paper?

Antimicrobial filter paper is a specialized filtration material made from polypropylene (PP) fibers using the meltblown spinning technique. The polymer is melted, extruded through fine nozzles, and blown by high-pressure hot air to form ultra-fine fibers. These fibers are then collected into a nonwoven web that effectively blocks airborne particles, dust, bacteria, and viruses—even those of microscopic size.

This advanced filtration medium is key to ensuring face masks meet protective health standards.

2. Quality assessment criteria for antimicrobial filter paper

The quality of antimicrobial filter paper is commonly measured by its BFE (Bacterial Filtration Efficiency). BFE evaluates the material’s effectiveness in blocking bacteria by analyzing bacterial concentrations before and after passing through the filter layer.

A higher BFE percentage means better performance. Medical-grade antimicrobial filter papers typically achieve a BFE of 95% or higher—ensuring reliable protection in surgical and healthcare environments.

3. Applications of antimicrobial filter paper in healthcare and safety

Antimicrobial filter paper plays a crucial role in the medical industry. It is commonly used as the middle filtration layer in:

  • Surgical face masks
  • Medical face masks
  • Respiratory masks for hospitals and clinics

Besides protecting against bacteria and airborne contaminants, some advanced antimicrobial papers also provide UV protection, making them ideal for a wide range of protective gear.

4. How to choose the right antimicrobial filter paper for face mask manufacturing

Selecting the right antimicrobial paper depends on the application and regulatory requirements. For medical mask production, the filter paper should have a minimum BFE of 95%.

When sourcing filter materials, manufacturers should prioritize certified suppliers with proven quality standards.

Why choose Bignanotech?

Bignanotech is a trusted manufacturer and distributor of antimicrobial filter paper in Vietnam. Our products are developed using high-grade raw materials and cutting-edge Japanese meltblown technology. We provide:

  • High BFE antimicrobial filter paper
  • Competitive pricing for bulk orders
  • Fast delivery and expert consultation
  • Certificates from Korean and Japanese partners

As global demand for protective masks continues to grow, Bignanotech is your reliable partner in ensuring quality, safety, and efficiency.

Contact us for antimicrobial filter paper supply: BIG NANO TECHNOLOGY CO., LTD.
Representative Office: Tower A, The Manor, Me Tri Street, My Dinh 1 Ward, Nam Tu Liem District, Hanoi, Vietnam
Hotline: (+84) 0868939595
Email: sale@bignanotech.com.vn
Website: http://bignanotech.com.vn/

N-FIBER Oil Absorbent Pads – High-Performance Spill Control for Korean & Japanese Industries

For manufacturers in Korea and Japan, operational excellence demands precision, safety, and environmental responsibility. N-FIBER oil absorbent pads by BIGNANOTECH, developed with advanced Japanese nanotechnology, provide a superior solution for spill management—keeping facilities clean, compliant, and efficient.

I. Why N-FIBER Oil Absorbent Pad Are the Superior Choice

1. Powerful Oil Absorption – Water Repellent

  • Made from 100% high-grade polypropylene, N-FIBER absorbs up to 50 times its own weight in oil.
  • Oil-only selectivity: Absorbs hydrocarbons, repels water—ideal for both factory floors and water surfaces.
  • Fast response: Absorbs oil in 1–3 minutes, reducing downtime and hazards.

 

2. Engineered for Demanding Environments

  • Anti-static treated: Safe for use in oil refineries, chemical plants, and electronics facilities.
  • Durable fiber structure: Tear-resistant even when saturated—built for tough industrial use.
  • Multiple formats: Available in pads, rolls, and booms to suit every spill location.

 

3. Cost-Effective and Eco-Conscious

  • Made in Vietnam with Japanese technology – no import taxes, lower logistics costs than US/Australian alternatives.
  • Reusable up to 3–5 times, cutting waste and operation costs.
  • Environmentally compliant, aligning with ISO and EHS standards in Korea and Japan.

II. Ideal Applications

  • Precision Equipment Maintenance – Wipe oil from CNC machines or robotic arms to ensure output quality.
  • Factory Floor Safety – Address oil spills near heavy machinery to prevent slips and fires.
  • Environmental Protection – Use in drainage or wastewater systems to prevent oil pollution.
  • Routine Maintenance Efficiency – Clean belts, tools, and parts to minimize downtime

III. How to Use N-FIBER Oil Absorbent Pad

  1. Place the pad directly on spills or spread it across the affected area.
  2. Wait 3–5 minutes for full absorption. Pad darkens when saturated.
  3. Reuse or dispose responsibly according to local environmental laws.

IV. Why Partner with BIGNANOTECH?

  • Globally trusted – Exported to Japan, EU, and the Americas
  • Vietnam-made, Japan-tech – Best of quality and cost-efficiency
  • Tailored formats – Pads, rolls, and booms in custom sizes
  • Reliable performance – Proven in real-world industrial use

📞 Contact BIGNANOTECH for samples and technical support:

Website: www.bignanotech.com

Email: info@bignanotech.com

Phone/Zalo: +84 0868939595

CRITERIA FOR CHOOSING THE BEST CHEMICAL ABSORBENT PADS – THE OPTIMAL SAFETY SOLUTION IN INDUSTRY

In today’s industrial environments, chemical spills pose serious risks—not only disrupting operations but also endangering worker health and safety. Choosing the right chemical absorbent pad is a crucial part of any spill response strategy.

In this article, we reveal the top 5 criteria to identify a high-quality absorbent pad and introduce H-Fiber HM45 by BIGNANOTECH—a cutting-edge solution trusted by industrial professionals.


1. Superior Absorption Capacity

A good chemical absorbent pad should absorb fast, retain more, and prevent leakage.

A top-performing chemical absorbent pad must rapidly soak up hazardous liquids such as acids, alkalis, or solvents while preventing backflow.

  • Fast absorption
  • High liquid retention
  • Leak-proof performance

H-Fiber HM45, enhanced with Japanese Nano Technology, delivers 10–15 times its weight in absorption capacity, allowing you to control chemical spills within seconds.


2. Comprehensive Chemical Resistance

Ensure safety with wide-range chemical compatibility.

Low-quality pads may degrade or react dangerously with strong chemicals. The best chemical absorbent pads offer broad-spectrum resistance to acids, bases, and industrial solvents.

H-Fiber HM45 is engineered for complete chemical resistance, making it ideal for diverse applications in chemical plants and manufacturing facilities.


3. Mechanical and Thermal Durability

Built to last in tough industrial environments.

Absorbent pads should endure physical wear, pressure, and temperature extremes.

HM45 features a tear-resistant, multi-layer fiber structure that withstands dragging, compression, and low temperatures—all while maintaining peak absorption performance.


4. Ease of Use and Versatile Application

Smart design saves time and costs.

The ideal absorbent pad must be:

  • Easy to store and deploy

  • Customizable in size

  • Adaptable to various spill zones

With pre-perforated lines, H-Fiber HM45 can be trimmed to fit machine bases, containment trays, or chemical zones—maximizing flexibility and efficiency.


5. Eco-Friendly and Standards-Compliant

Meet ISO 14001 and EHS requirements effortlessly.

Environmental responsibility is more than a trend—it’s a requirement. A quality absorbent pad should be:

  • Non-toxic

  • Biodegradable

  • Recyclable

🔹 H-Fiber HM45 is made without harmful substances, non-flammable, and fully compliant with ISO 14001, making it the sustainable choice for environmentally certified facilities.


Why Choose H-Fiber HM45 from BIGNANOTECH?

If you’re looking for a chemical absorbent pad that balances high performance and cost efficiency, H-Fiber HM45 by BIGNANOTECH is your ideal solution:

  • Ultra-fast absorption – leak prevention

  • Wide chemical resistance – acids, bases, solvents

  • Durable and heat-resistant – for tough environments

  • Smart design – cut, place, and store with ease

  • Eco-safe and compliant – ISO 14001 ready

Want full details or a free consultation?
📞 Hotline: 0879 808 080 / 0868 939 595
🌐 Website: www.bignanotech.com

BIGNANOTECH – Trusted Industrial Safety Solutions.

Huge Oil Spill in Kerch Strait: What Happened and What’s Next

What Happened and When

A large oil spill happened in the Kerch Strait, which links the Black Sea and the Sea of Azov. The oil leaked from two aging tankers that were hit by a storm on Dec 15.

The exact cause isn’t clear yet, but bad weather and mistakes by the crew might be to blame. Strong winds and rough seas made the situation worse. The Kerch Strait is known for being a tricky area for ships, and this spill is one of the worst accidents there.

How Big Is the Spill?

Experts say about 20,000 tons of crude oil spilled into the water. Pictures from satellites show that the oil slick covers over 50 square kilometers. This is very bad news for animals and plants in the area. Foul-smelling fuel oil from sandy beaches in and around Anapa, a summer resort. Environmental groups have reported deaths of dolphins, porpoises and sea birds.

People living nearby say they can smell the oil, and some have seen it washing up on the beaches. Environmental groups worry about how the spill will harm rare animals and plants that live in the Black Sea.

The Effects on Nature and People

This oil spill is hurting the environment. Oil in the water can kill fish, seabirds, and other sea animals. It can also poison the food chain, which might make it hard for fish to survive in the future. This is bad news for fishermen who depend on the sea for their jobs.

The spill could also make people sick. Authorities have told locals not to swim in the water or eat fish from the area. Experts say that long-term contact with the oil could harm people’s health.

How the Spill Is Being Cleaned

Emergency teams are working hard to clean up the oil. More than 10,000 people have been working to shovel up viscous. Over 15 boats with special tools are being used to scoop the oil from the water. Chemicals are also being sprayed to break the oil into smaller parts. However, some groups worry that these chemicals could harm sea life.

A Russian government spokesperson said, “Our top goal is to stop the oil from spreading and protect the environment.” Even with this effort, cleaning up all the oil could take weeks or even months.

Volunteers clean a beach
Volunteers clean a beach in Russia after the oil spill. Photograph: Sergey Pivovarov/Reuters

What Can Be Done to Stop This from Happening Again?

This spill has made people demand better rules for ships in the Kerch Strait. Environmentalists want governments to watch ships more closely and make sure they follow safety rules. They are also asking shipping companies to use stronger and safer ships.

Conclusion

The oil spill in the Kerch Strait shows how dangerous it can be to move oil by sea. The cleanup is ongoing, but the damage will take a long time to fix. This event should remind everyone, from governments to shipping companies, to take better care of the environment and prevent accidents like this in the future.

Singapore investigates cutting-edge technology to combat future catastrophic oil spills: ‘It could have been quite useful’

Finding effective and efficient ways to clean up the damage is imperative in protecting the environment.

Singapore is exploring a variety of oil abatement technologies to clean up the maritime environment after its most recent spill that shut down beaches for months.

The Singapore Strait, a nearly 70-mile-long area off the southern coast of the country, has been flagged as a danger zone for spills as one of the busiest sea lanes in the world, according to a report by Channel News Asia (CNA).

This has led the Maritime and Port Authority of Singapore to organize demonstrations of tools that can help clean and detect the polluting substance, as CNA reported separately.

Per the news outlet, it’s all part of the biennial Joint Oil Spill Exercise, which boosts incident management capabilities and offers testbed opportunities for new solutions.

Among those on hand was the KOBOT-S remote-controlled water drone, which acts as a first responder after spills on the water.

As detailed in the report, it works by spinning an absorbent cylinder of nanofoam that can separate oil from water and collect up to 1,100 pounds of the errant dirty fuel in an hour’s time.

The nearly 15-foot-long KOBOT-S can run for about three hours on a charge and be maneuvered easily, as displayed recently by Tony Park, CEO of Korea Oceanic Artificial Intelligence, per CNA.

Unfortunately, the tech was not yet an option during the spill earlier this year.

“If the KOBOT had been dispatched during that time, it could have been quite useful in collecting the oil,” Park shared with CNA.

Oil spills are incredibly damaging to the environment, not only impacting beach recreation and local economies, but also injuring animals and compromising important habitats like wetlands and oyster reefs.

Oil and gas companies continue to resist regulation, and often deceive or change course on the public with backtracking on climate commitments. The toxic runoff from spills can poison water supplies, hurting humans and animals alike.

Finding effective and efficient ways to clean up the damage is imperative in protecting the environment.

The Current Buster is another commonly used tool for cleaning up water-based oil spills, as CNA explained. However, this requires more personnel, as it takes two vessels to tow the floating tool in order to funnel oil away from the water’s surface.

Singapore’s port authority is also exploring BKR Engineering’s laser device, which reportedly can vaporize contaminants like oil, rust, and soot. It’s used to touch up residue left on surfaces after an initial round of high-pressure washing.

This can help eliminate the need for hazardous chemicals and cleansers, although it currently takes about five minutes to clean a palm-sized area of rock stained by oil, as CNA noted.

To help detect oil spills, as many are still underreported, the port authority is also reviewing hyperspectral imagery tech from the Technology Centre for Offshore and Marine Singapore and ST Engineering’s Commercial Aerospace..

This uses a broad spectrum of wavelengths that go beyond visible and near-infrared light to help distinguish oil from water, which is ideal for inspection in low-light conditions.

However, there’s still more work to be done.

“These areas still require substantial development work before the capability can be operationalised, including being deployed by drone,” as the Singaporean port authority concluded.

Source: The Cool Down

Chevron working to clean up spill that dumped more than 100 gallons of oil in San Francisco Bay

Chevron says it has contained an oil spill that contaminated the San Francisco Bay at the Richmond Wharf on Thursday, and is working to clean it up.

A Chevron employee reported the spill to state authorities at 5:14 a.m. The company said less than three barrels of a diesel-based liquid leaked into the bay because of a pump failure at the Richmond Long Wharf.

Caitlin Powell, a Chevron spokesperson, said the company is still trying to determine the exact time the spill began.

“Chevron immediately initiated its response protocol, stopped the release, and notified all applicable agencies,” the company said in a written statement Friday. “The released material is fully contained, there are no known impacts to wildlife or the shoreline, and air monitoring found no impact to the community. The safety and health of our workforce, our communities and the environment remain our highest priorities.”

Chevron Richmond Refinery
Aerial view of Chevron Richmond Refinery (Ryan Dexter)

State regulations require that spills of hazardous materials be reported immediately to the Governor’s Office of Emergency Services. The U.S. Coast Guard, Contra Costa County, California Department of Fish and Wildlife and the Richmond Fire Department responded to Thursday’s spill. Marine Spill Response Corp. has been contracted to contain and clean up the spill. Absorbent booms were put in place to absorb the oil.

Coast Guard Petty Officer Hunter Schnabel said about three barrels spilled, which is roughly 130 gallons of oil. Two barrels have been recovered.

“The federal on-scene coordinator and the state on-scene coordinators went to the site where the cleanup was taking place, and there was no observable sheen anymore,” Schnabel said Friday afternoon. “They had cleaned up what they could clean up, and then the rest had either dissipated or filtered away.”

A little after 3 p.m. Thursday, Fish and Wildlife’s Office of Spill Prevention and Response said that it had “concluded the spill response into Richmond Wharf, but an investigation will continue.”

Kristina Werner, Fish and Wildlife information officer, said that while most of the oil has already been cleaned up, the containment and absorbent measures will remain in place until they are no longer needed. She said that while no impact to wildlife or aquatic life has been found so far, the responding agencies will continue to monitor the situation.

In 2021, a Chevron pipeline ruptured at the Richmond refinery, spilling nearly 800 gallons of diesel into the bay. The spill cost Chevron more than $130,000 to clean up and $70,000 in civil penalties. It left an oil sheen on the bay for three days, affecting bird and aquatic life.

Last November, the refinery was slapped with four notices of violation because of a flaring event that spewed smoke for 12 hours, shrouding Richmond and parts of Marin County.

Earlier this year, Chevron agreed to pay $20 million to settle fines withe Bay Area Air Quality Management District for 678 outstanding air pollution violations.

Chevron is one of Richmond’s biggest polluter but also its largest taxpayer and employer, with a workforce of about 1,200 people. The city has co-existed uneasily with Chevron, which predates it. In 2012, a fire at the refinery blazed for hours, forcing thousands of people to seek treatment for breathing issues. That led to a protracted legal fight that ended in 2018, when Chevron settled with the city for $5 million, a sum many in Richmond considered low for the damage done.

Recently, Chevron agreed to pay Richmond $550 million over the course of a decade, beginning next year. The company brokered the deal after the City Council had decided to put a measure on the November ballot that would have imposed a special excise tax on the refinery.

Reporter Anasooya Thorakkattu – Richmond Confidential

Major Oil and Gas Company Forced to Clean Up 30-Ton ‘Slop’ Spill – Here’s What You Need to Know

Oil spills are devastating events that pose serious threats to the environment and local economies. Cleanup efforts often fall short, especially when leaks occur in large bodies of water. Recent events, like the 30-ton oil spill reported by Shell in Singapore, remind us of the challenges and urgency of responding to such incidents.

What Happened?

On October 20, Shell reported a major oil leak at its energy and chemicals park on Bukom Island, Singapore. Approximately 30-40 metric tons (33-44 U.S. tons) of “slop” – a hazardous mixture of water and oil – leaked into Singapore’s coastal waters.

In its response, Shell employed containment booms, dispersants, and antipollution vessels while using drones and helicopters for aerial monitoring. By October 30, the company announced that cleanup efforts were complete after a joint inspection with authorities verified the results.

oil spill in ocean
Photo Credit: iStock

Why Are Oil Spills Concerning?

Even though Shell took immediate action to clean up the oil and limit environmental impacts, it’s likely that some of the oil was not recovered. Many experts say cleanup efforts for oil spills are “largely ineffective,” especially when leaks occur in large bodies of water. Studies suggest that only 10%-15% of oil spilled in open water is typically recovered.

Key Concerns of Oil Spills:

  1. Environmental Damage
    Oil spills disrupt marine ecosystems, harming fish, birds, and other aquatic life. Even natural oil-eating bacteria, which help break down oil, can grow uncontrollably, further disturbing ecosystems.
  2. Health Risks
    Exposure to oil and its byproducts can cause headaches, respiratory issues, and endocrine disruption.
  3. Economic Impacts
    Oil spills can devastate local economies by disrupting fishing and tourism industries.

Oiled Guillimot after Empress oil spill

Preventing and Managing Oil Spills

Governments and environmental organizations are working to hold companies accountable for preventing spills and ensuring effective cleanup. For instance, the EPA now mandates safer spill mitigation practices, and courts have ordered companies to improve pipeline management.

However, prevention is not enough. When spills do occur, having access to high-quality oil spill response tools is essential to minimize damage.

Quick Response: Why Preparation Matters

One of the most effective ways to mitigate oil spill damage is by preparing in advance with reliable oil absorbent and oil spill treatment products. Here’s how these tools can help:

Essential Oil Spill Response Products:

  1. Oil Absorbent Pads
    Lightweight and highly absorbent, these pads are ideal for quickly soaking up oil on the water’s surface.
  2. Oil Absorbent Booms
    Designed to float on water, booms are essential for containing oil and preventing it from spreading further.
  3. Oil Absorbent Rolls
    Perfect for larger spills, these versatile rolls can cover wide areas and absorb significant amounts of oil.
  4. Oil Absorbent Socks
    These flexible tools are useful for wrapping around docks or irregular surfaces to block and absorb oil.

oil spill response in ocean

oil spill response in ocean

oil spill response in ocean

Prepare Before the Spill:

Having these products on hand is critical for any business or organization operating near water. Proactive preparation can significantly reduce the environmental and financial costs of an oil spill.

Looking for a Reliable Supplier?

If you’re searching for a trusted supplier of high-quality, affordable oil spill treatment products, BIGNANOTECH is your best choice. As a leading provider in Vietnam, BIGNANOTECH specializes in oil absorbent pads, booms, rolls, and spill kits designed to meet international standards.

Our products ensure efficient spill management while prioritizing environmental sustainability and affordability. Contact us today to learn more about our solutions or to request a customized quote. Together, we can protect our waterways and preserve the environment for future generations.

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

Vietnam’s Chemical Industry: Growth, Challenges, and Future Prospects

In recent years, the global trend has been shifting chemical manufacturing plants to developing countries, giving Vietnam significant advantages in attracting investment. Moreover, the chemical industry has been identified by the Party and the State as a foundational and priority sector for development.

How is the Vietnam’s chemical industry developing?

According to the Department of Chemicals under the Ministry of Industry and Trade, large industries that use many chemical products as raw materials, such as electronics, steel, textiles, footwear, and automobiles, are experiencing good growth. These sectors are part of the priority industries for development. Statistical data shows that the annual production of Vietnam’s chemical industry accounts for about 10-11% of the total GDP of the industrial sector. The workforce makes up nearly 10% and has a labor productivity rate 1.36 times higher than the national industrial average, thanks to a high level of automation. Additionally, Vietnam’s long coastline and deep-water ports provide the necessary conditions for developing chemical industrial centers and logistics hubs.

Petrochemical and Basic Chemical Sub-Sectors

Petrochemicals and basic chemicals serve as the primary raw materials for many production fields. The development of these sectors boosts other industries, such as fertilizers, paper, plastics, glass, ore processing, metallurgy, petrochemicals, leather tanning, textile dyeing, batteries, soaps, detergents, water treatment chemicals, food, pharmaceuticals, pesticides, pigments, and concrete additives.

Future Projections for the Vietnam’s Chemical Industry

Based on these practical foundations, the Vietnamese government has set an overall goal for 2030 to build a relatively complete chemical industry, including the production of both industrial and consumer goods, serving various sectors. The goal by 2040 is for Vietnam’s chemical industry to develop with most sub-sectors using advanced technologies and products meeting international standards, deeply integrated into the global value chain.

Associated Risks

Alongside the continuous development of the chemical market and industry is the increasing risk of chemical incidents. The frequency of industrial chemical spills and leaks is rising, posing potential dangers to our environment and health. Every year, hundreds of chemical-related accidents occur globally with varying degrees of severity. For example, in the U.S. alone, there is an average of one chemical incident every two days, with over 340 chemical accidents recorded in 2022.

This situation is becoming more serious as climate change increases the frequency of natural disasters like storms and floods, raising the risk of chemical spills from industrial facilities that are inadequately prepared.

Chemical Spill Incidents in Vietnam

Currently, there is no detailed and comprehensive data on the number of industrial chemical spills or leaks in Vietnam. However, the country has made significant strides in managing and preventing chemical-related incidents, particularly through updating regulations on chemical control, environmental safety, and waste management. Several laws and decrees, such as the Fire Prevention Law and regulations on hazardous goods transport, have been revised to enhance response capabilities to chemical incidents.

Improving and updating the environmental and chemical legal framework in Vietnam also reflects the government’s great concern in reducing environmental risks, including chemical spills. The Ministry of Natural Resources and Environment, along with other regulatory bodies, has been involved in monitoring and reporting pollution and chemical-related incidents.

One measure includes requiring chemical storage, trading, or industrial production facilities to be equipped with necessary response tools to control and handle incidents as soon as they occur. Chemical spill response kits are currently the most popular choice. Businesses are encouraged to quickly update safety rules and prepare necessary incident response products to protect their workers and enterprises.

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

Nearly 400 gallons of oil spilled in Smith Canal in Stockton

Officials are now investigating this as an illegal dumping case.

The California Department of Fish and Wildlife was notified Friday that a petroleum oil spill had occurred in the state waters of the Smith Canal, according to department officials.

The source of the spill appears to be from an oil burner that had a potential maximum capacity of 380 gallons, though authorities have not specified how much oil has gone into the canal.

A neighbor, who wants to stay anonymous, and lives directly in front of where the spill happened, told KCRA 3 that he witnesses multiple illegal dumpings along the canal on a weekly basis.

“I didn’t think anything of it because they drop so much garbage around here. It’s kind of pointless trying to stop and yell and trying to pick a fight with every single person,” said the neighbor.

The United States Coast Guard is taking the lead in the investigation.

In a statement, they said, “Crews from the Stockton Fire Department and the Fish and Wildlife’s Office of Spill Prevention and Response responded initially and deployed a sorbent boom to minimize environmental impacts. An additional layer of a hard boom was deployed on both sides of the spill site to prevent product from entering into the San Joaquin River.”

KCRA noticed a white tarp over an area near the bank of the canal, where investigators confirmed that the oil container was left. They removed it Sunday afternoon.

“It’s a really sad event that happened for that to end up in the water. Hopefully, it has a good outcome in the end, that is what we’re hoping for,” said the neighbor.

The Coast Guard has also opened the federal Oil Spill Liability Trust Fund, established for various issues related to oil spills, including clean-up costs, to pay for the initial response to the Stockton spill and containment and recovery of the oil released into the canal.

The San Joaquin County Office of Emergency Services has advised community members living along the banks or near the canal to avoid the area of the spill and stay out of the water. Officials also cautioned pet owners to keep animals out of water and not let them drink from the canal.

Fish and Wildlife are asking the public to not catch and consume any fish or shellfish in the area.

State and federal agencies are still searching for the person who caused the spill.

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

Apple working on graphene heat sink for iPhone 16 series

Apple has reportedly accelerated the production of the iPhone 16 to ensure its timely release in mid-September, with the device now in the mass production phase. According to Apple Insider, initial small-scale production began in June, but manufacturing has since ramped up significantly to meet the launch timeline.

Simultaneously, ETNews reports that Samsung Display and LG Display have increased their production to meet Apple’s demand for OLED screens for the iPhone 16. Apple has ordered over 120 million OLED panels for the upcoming device, with approximately 90 million units expected to be used for the iPhone 16 alone. Samsung Display will supply 80 million of these screens, while LG Display will provide 43 million. However, this distribution could change, as third-party supplier BOE is facing delays in quality testing. In a similar situation in 2023, Apple had to increase its orders from Samsung due to delays from LG Display.

The iPhone 16 is expected to introduce several significant upgrades. These include a new photo capture button with energy sensor technology on the right side, powered by the latest A18 chip. The device will also feature an upgraded camera system, potentially with enhanced AI capabilities and improved low-light performance. Additionally, the iPhone 16 will support the latest connectivity standards, including Wi-Fi 7 and 5G Advanced, offering faster and more reliable network speeds.

One of the most anticipated features is the new graphene-based heating system, which is expected to improve the phone’s thermal management, allowing for better performance and efficiency during intensive tasks like gaming or video editing. Other rumored enhancements include a more robust battery life, new color options, and potential advancements in the iOS ecosystem, which may offer users more seamless integration with other Apple devices and services.

With these upgrades, the iPhone 16 is shaping up to be one of Apple’s most advanced smartphones to date, further solidifying its position as a leader in the high-end smartphone market.

Source: Apple Insider