industrial plant cleaning
Decommissions, Shutdowns and Turnarounds

In the world of industrial operations, some events are inevitable. Plant decommissions, shutdowns and turnarounds are some of the most common. You can and should treat them as crucial periods for industrial cleaning, equipment maintenance, inspections and facility upgrades. Scheduled shutdowns preserve equipment integrity, ensure compliance with safety standards and optimize efficiency. 

Let’s get into the significance and best practices for these services and explore how they contribute to the success of industrial operations.

Plant Decommission

Decommissioning an industrial plant is a complex and multi-faceted process, requiring careful planning and execution. Whether the plant is being retired, relocated or replaced, a systematic approach is crucial to safety, environmental compliance and cost-effectiveness.

Step 1: Initial Assessment and Planning

The fundamental elements you’ll need to collect.

Gather Your Team

Assemble a multidisciplinary team comprising engineering, environmental, safety, and regulatory compliance experts.

Define Your Objectives

Clearly outline the objectives of the decommissioning process, such as equipment salvage, waste disposal, and site remediation.

Regulatory Review

Get familiar with local, state and federal regulations related to the process to ensure compliance throughout.

Step 2: Inventory and Documentation

Getting your information in order.

Detailed Inventory

Document all equipment, machinery, and infrastructure present in the plant, including their conditions and functional status.

Assess Materials

Identify any hazardous materials, chemicals, or substances present and develop a plan for their safe removal and disposal.

Document Records

Organize and preserve all relevant records for future reference and regulatory purposes, including maintenance logs, permits, and compliance documents.

Step 3: Safety Measures and Risk Assessment

Safety first! Complete these actions every time.

Safety Assessment

Conduct a comprehensive safety assessment of the plant to identify potential hazards and risks associated with decommissioning activities.

Safety Plan

Based on the assessment, create a detailed safety plan that includes protocols for personal protective equipment (PPE), emergency response, and hazard mitigation.

Employee Training

Ensure all personnel involved in the decommissioning process receive adequate training on safety procedures and risk management.

Step 4: Equipment and Asset Removal

Let the decommissioning fun begin!

Disconnect Utilities

Safely disconnect and remove all utilities, including power, water, and gas supplies, adhering to proper isolation procedures.

Dismantle Equipment

Carefully dismantle and remove equipment, ensuring salvageable items are appropriately stored for reuse or resale.

Proper Disposal

Dispose of non-salvageable equipment and hazardous materials according to environmental regulations, using certified waste management services.

Step 5: Site Remediation and Environmental Cleanup

A critical and responsible ecological step.

Site Assessment

Conduct a thorough site assessment to identify any soil or groundwater contamination that may have occurred during plant operations.

Environmental Remediation

Implement measures to remediate any identified contamination, such as soil excavation, bioremediation, or groundwater treatment.

Reclamation and Restoration

Restore the site to its original condition or prepare it for future use in compliance with regulatory requirements.

Step 6: Closure and Documentation

Dotting i’s and crossing t’s.

Inform Stakeholders

Communicate the decommissioning process and progress to all relevant stakeholders, including employees, investors, and regulatory authorities.

Closure Certification

Obtain the necessary certifications and permits from regulatory agencies to confirm the plant’s safe closure and compliance with regulations.

Documentation

Thoroughly document all stages of the decommissioning process, including assessments, reports, and certificates, for future reference and compliance auditing.

Step 7: Final Evaluation and Review

Wrapping it up with a bow.

Performance Evaluation

Evaluate the success of the decommissioning project, considering safety, environmental, and financial factors.

Lessons Learned

Conduct a post-project review to identify areas for improvement and incorporate lessons learned into future decommissioning endeavors.

Reporting

Prepare a comprehensive final report detailing the entire decommissioning process, outcomes, and recommendations for future projects.

Shutdowns and Turnarounds

A plant shutdown refers to a planned interruption in the production process, during which normal operations halt so staff can carry out maintenance, repairs and other essential activities. 

Turnaround, on the other hand, is a more comprehensive event that involves a complete assessment and overhaul of industrial equipment and systems. 

Both plant shutdowns and turnarounds are strategic initiatives aimed at ensuring the long-term productivity and safety of industrial plants.

The Importance of Proper Planning

Effective planning is the foundation of a successful plant shutdown or turnaround. Industrial service providers specializing in these services work closely with companies to develop comprehensive and detailed plans. These plans encompass every aspect of the event, including timelines, resource allocation, risk assessment, and safety protocols.

Minimizing Downtime

Downtime during a plant shutdown or turnaround can result in significant financial losses for industrial facilities. Hence, the efficient execution of these events is crucial. Plant shutdown and turnaround services play a vital role in minimizing downtime by employing skilled technicians and using cutting-edge technologies to expedite maintenance and inspection processes.

Safety First

Safety is of paramount importance during any plant shutdown or turnaround. These events involve numerous hazards and risks that demand strict adherence to safety protocols. Reputable service providers prioritize safety at all stages of the process, ensuring the well-being of personnel and safeguarding the environment.

Specialized Expertise

Plant shutdowns and turnarounds require specialized knowledge and expertise. Service providers in this field often have experienced teams comprising engineers, technicians, and industry experts with a deep understanding of various industrial processes. Their proficiency allows them to address complex issues efficiently and maintain the integrity of critical equipment.

Inspections and Maintenance

Inspections are a cornerstone of plant shutdowns and turnarounds. During these events, we conduct thorough inspections to identify potential problems and ensure compliance with regulatory requirements. Necessary maintenance and repairs should address any operational issues, preventing costly breakdowns and unexpected failures in the future.

Optimizing Performance and Efficiency

Beyond maintaining equipment, plant shutdown and turnaround services offer a unique opportunity to optimize industrial facilities’ overall performance and efficiency. Companies can enhance productivity and reduce operational costs by upgrading systems, implementing technological advancements, and fine-tuning processes.

TAS Environmental Services Can Handle Your Large-Scale Industrial Projects

In conclusion, decommissions and plant shutdown/turnaround services are indispensable components of modern industrial operations. When it comes to the high standards of safety, compliance and efficiency, these planned events are a necessity for industries. However, ensuring their success requires a strong partnership with specialized service providers who truly understand the intricacies of industrial processes. 

That’s where TAS Environmental Services comes in. As a world-class plant shutdown and turnaround service provider, TAS Environmental Services offers the expertise and experience your industry demands. Embrace the evolving industrial landscape and invest in our comprehensive solutions for sustainable and resilient industrial growth. Don’t miss out on this opportunity to elevate your operations to new heights. Contact TAS today for a step-by-step transformation of your industrial facility. Let’s build a safer, more efficient future together.

roll-off-dumpster
Can You Use a Roll-Off with Hazardous Materials?

When it comes to waste management and transportation, roll-off containers, commonly known as dumpsters, have become indispensable tools. These versatile containers are capable of handling various materials, and yes — that does include hazardous substances. 

However, the safe handling and transportation of hazardous materials requires strict adherence to regulations and guidelines to protect both human health and the environment. Let’s look at the intricacies of using roll-off containers with hazardous materials and highlight some essential safety and compliance considerations.

Determine Compatibility

Before transporting hazardous materials using a roll-off container, determine the compatibility between the container and the specific substance. 

Different hazardous materials may demand specialized containers designed to withstand corrosion, pressure or potential leakage. Confirming compatibility with your environmental services team providing the dumpster is the first step towards safeguarding against accidents or spills that could have dire consequences.

Proper Labeling and Identification

Precise and accurate waste container labeling informs and protects those handling the hazardous materials. Appropriate labels and placards on the roll-off container enable personnel to identify and handle it with the necessary precautions. This ensures their safety and helps prevent cross-contamination and potential transport hazards.

Regulatory Compliance

Local, regional, and national authorities have established stringent guidelines for the handling, transportation and disposal of waste and hazardous materials. Familiarize yourself with these regulations and obtain any necessary permits, licenses or certifications, and ensure strict adherence to them. Compliance protects not just your organization but the communities and environment you serve.

Employee Training

Employees involved in transportation and handling of these substances should receive comprehensive training in safety procedures, emergency response protocols and the correct usage of personal protective equipment (PPE). Investing in employee training minimizes accidents and ensures they’re well-prepared for any unforeseen circumstances.

Containment and Leak Prevention

Preventing spills, leaks and releases during transport is essential for mitigating environmental hazards. Employing secondary containment systems like spill pallets or absorbent materials serves as an additional layer of protection. These measures are safeguards to keep hazardous materials from escaping while minimizing environmental and human health impact.

Proper Disposal Considerations

To prevent pollution and protect the ecosystem, it’s crucial to adhere to all regulations and guidelines during disposal. Hazardous waste should be treated, stored or disposed of at authorized facilities to ensure it won’t pose a risk to human health or the environment. 

Following correct disposal procedures is a responsibility TAS Environmental Services takes seriously.

Ensuring Hazmat Management Safety with TAS Environmental Services

At TAS Environmental Services, we are committed to providing world-class hazardous waste management services. Our team of professionals is well-versed in the complexities of handling hazardous materials and ensuring compliance with regulations. With our expertise and commitment to safety, we offer comprehensive solutions for the safe transportation, disposal, and management of hazardous waste. 

By partnering with a trusted and experienced company like ours, you can confidently manage hazardous waste and contribute to a safer and healthier future for all. Contact us today to learn more about our services and how we can help you navigate the intricacies of hazardous waste management.

environmental-crisis-cleanup
Responding to an Environmental Crisis

In environmental emergencies like oil spills, chemical leaks or industrial accidents, the ability to swiftly and effectively respond is crucial. Emergency response services play a vital role in mitigating the impact on ecosystems, communities and public health. But how do they work?

Let’s explore the steps in a rapid and efficient cleanup in crisis situations and some examples of what makes our emergency response services so essential for safeguarding the environment.

Rapid Response

The first step when something goes wrong is the activation of the emergency response team. This involves receiving and verifying the incident information, determining the severity and potential impact and mobilizing necessary personnel, equipment and resources.

Say an oil tanker leaks oil into a waterway: emergency response teams must swiftly mobilize to contain the spill and prevent further contamination. Response teams might deploy booms (temporary floating barriers) and skimmers within hours to contain the spread and minimize the impact on sensitive coastal habitats. But it all starts with activating the team.

Immediate action minimizes the spread and potential harm caused by environmental crises. Delays in response time can exacerbate the damage and make cleanup more challenging.

Assessing the Situation

Upon arriving at the scene, the team conducts an initial assessment. They evaluate the nature of the incident, identify the contaminants involved, assess potential risks to human health and the environment and determine the necessary actions to mitigate the situation.

After a chemical leak at an industrial facility, aside from industrial cleaning, emergency response teams might use air monitoring devices and collect soil samples to determine the extent of contamination and identify the appropriate cleanup methods, all before heading in.

Thoroughly assessing the extent and nature of the contamination is critical to guide cleanup efforts. Emergency response teams employ various other techniques to evaluate the affected area such as water sampling, on-site inspections and drone footage.

Implementing Containment Measures

Containment is crucial for preventing the further spread of contaminants and protecting nearby ecosystems. Emergency response teams have a range of strategies like deploying booms and barriers, or absorbent materials, to confine the pollutants and prevent oil and chemical exposure.

Imagine a pipeline rupture: Emergency responders would swiftly install containment booms along the affected waterway, preventing the oil from reaching sensitive wetlands and ensuring easier cleanup.

Cleanup Techniques and Technologies

Once the contaminants are contained, the focus shifts to the cleanup and removal phase. The response team utilizes appropriate techniques and equipment to remove or remediate the pollutants. This could involve vacuum trucks, specialized cleaning agents, sorbents, or other methods specific to the type of contaminants present.

A hazardous chemical might be accidentally released into a river, leading emergency responders to use activated carbon filters and chemical neutralizers to remove the pollutant, effectively restoring water quality and safeguarding aquatic life.

The response team assesses air and water quality and other environmental parameters to ensure the effectiveness of their containment measures and identify any changes or new risks that may arise.

Safety Considerations

During cleanup, proper disposal of the collected hazardous materials is essential. The response team makes sure to handle and dispose of the waste in accordance with relevant regulations and guidelines.

After the cleanup, decontamination begins to make sure of personnel safety and prevent contaminant spread. This may involve washing equipment, vehicles and protective gear, as well as providing decontamination stations for personnel to undergo thorough cleansing themselves.

Safety is paramount during an emergency cleanup. Personal protective equipment (PPE), air monitoring devices and decontamination procedures are implemented to ensure the well-being of all involved. Personnel undergo rigorous training and adhere to strict safety protocols to protect themselves and the environment. 

Finding the Right Provider: TAS Environmental Services

Environmental emergencies often require collaboration among multiple stakeholders. Effective communication and coordination between government agencies, your cleanup service providers and the local community are vital for response and cleanup operations.

In the aftermath of a major chemical spill, for example, emergency response teams work closely with local authorities, environmental agencies and community organizations to coordinate cleanup efforts, share resources and provide timely information to affected residents.

Whatever disaster you’re planning for, TAS Environmental has the expertise and dedication to make sure your site is clean and healthy again. Please contact us today for more information.

environmental-emergencies-services
Creating Disaster-Resilient Communities: Lessons from Around the World

Natural disasters such as hurricanes, floods, earthquakes, and wildfires can have devastating effects on communities around the world. While these events can be unpredictable, there are steps that communities can take to build resilience and prepare for the worst. 

At TAS Environmental Services, we have seen first-hand how important emergency response is when disasters strike a community.

Read on for examples of disaster-resilient communities from around the world and highlight what we can learn from their experiences.

Iwate, Japan

The 2011 earthquake and tsunami in Japan comprised the most devastating natural disaster in recent history. The city of Iwate was heavily damaged and required a massive recovery and reconstruction effort. In the aftermath of the disaster, Iwate put a strong focus on disaster resilience and preparedness for future events. 

Iwate developed smartphone apps that provide real-time information on disasters and emergency services, allowing citizens to stay informed and access help if needed. The city also used drones to assess the damage and map the affected areas, which helped response teams prioritize their efforts and allocate resources that much more effectively.

One of the key components of Iwate’s recovery plan was the implementation of a disaster risk reduction plan, which included measures like building higher seawalls and relocating residential areas away from the coast. 

Iwate also invested heavily in disaster response training for its citizens, aiming to build a culture of preparedness and resilience by encouraging citizens to develop personal emergency kits and teaching them how to evacuate safely. Disaster response teams in Iwate were trained to coordinate their efforts with neighboring towns to ensure a rapid and effective response in the event of a future disaster.

New Orleans, United States

Following the devastating impact of Hurricane Katrina in 2005, New Orleans underwent a massive recovery and rebuilding effort, which included the implementation of a comprehensive hurricane protection system. The system was designed to better protect the city from future storms and flooding by combining a variety of engineering solutions including levees, floodwalls and pumping stations. The goal: prevent the catastrophic flooding that occurred during Katrina.

In addition to this physical infrastructure, the city established a robust emergency management system to help prepare for and respond to future disasters including an Office of Homeland Security and Emergency Preparedness, responsible for coordinating response efforts across the city. The city also established a public warning system that uses text messages, social media and other communication channels to alert residents about threats and give them instructions on how to stay safe.

Another important aspect of New Orleans’ effort was implementing community resilience initiatives. They recognized building resilience was not just about physical infrastructure, but also about empowering its residents to be better prepared for future disasters. To this end, the city launched a series of educational programs, public awareness campaigns and community engagement initiatives to help residents understand the risks of hurricanes and other disasters, and to provide them with the tools and resources they need to prepare for these events.

Rotterdam, Netherlands

Rotterdam is particularly vulnerable to flooding, thanks to its low-lying location, so the city has implemented an ambitious climate adaptation plan focusing on sustainable and innovative solutions. Rotterdam’s climate adaptation plan includes a variety of unique measures like floating homes, green roofs, and water squares.

Floating homes are a new type of housing designed to be flood-resilient by building them on floating foundations so that they rise with the water during floods and remain safely above the water level. Green roofs are covered in vegetation, providing natural insulation and absorbing rainwater. And water squares are large, public spaces designed to double as retention basins during heavy rainfalls, capturing and storing excess water until drainage systems can handle it. 

Christchurch, New Zealand

Christchurch was hit by a devastating earthquake in 2011 that caused significant damage and loss of life in the city. In the aftermath of the disaster, the city embarked on a comprehensive recovery plan that emphasized involving the community in the decision-making process. 

The city held numerous public meetings and workshops to gather input from citizens, community groups and businesses, ensuring their voices were heard and their needs taken into account. This built a sense of ownership and collective responsibility for the recovery effort throughout the community.

Another aspect of Christchurch’s recovery was incorporating sustainable design and construction practices into their rebuilding process. The city recognized it needed to build resilience into its infrastructure to better prepare for future disasters. This involved incorporating green spaces and sustainable design features like rainwater harvesting systems, solar panels and energy-efficient buildings into the rebuilding efforts.

Christchurch also invested in early warning systems and established a new emergency management system to enable more effective communication and coordination between agencies during a disaster.

Kerala, India

In 2018, the Indian state of Kerala was hit by catastrophic floods that caused widespread devastation and displaced millions of people. Despite the scale of the disaster, Kerala’s disaster response system was able to quickly mobilize and provide relief to affected communities.

One of the key factors in Kerala’s successful response was its disaster preparedness efforts, based on a decentralized model that empowered local communities. The state government established disaster management committees at the local level, comprising community leaders, government officials and other stakeholders. These committees were responsible for developing disaster management plans tailored to the needs and characteristics of their individual areas.

Kerala also used technology to improve communication and coordination during the disaster response. The state government developed a mobile application that provided real-time information on the flood, including the location of relief camps, the status of relief efforts and contact details for government officials. This helped make sure information was disseminated quickly and efficiently, and affected communities got the help they needed.

Kerala’s response was also able to draw on local NGOs and volunteer organizations, who played a critical role in providing relief to affected communities. These organizations were able to leverage their local knowledge and connections to deliver aid and support more effectively.

Call on TAS Environmental Before an Incident Occurs

Disaster resilience is achievable through proactive planning, community engagement and sustainable design. By learning from the often heartbreaking experiences of these communities, we can build a more resilient and prepared world.

If you’re looking for reliable and effective environmental services, look no further than TAS Environmental Services. Our team of experts has the experience and expertise to handle a wide range of environmental challenges, from hazardous waste disposal to emergency spill response. 
With our commitment to safety, compliance, and sustainability, you can trust us to provide solutions that protect both your business and the environment. Contact TAS Environmental today to learn more about how we can help with your environmental and disaster recovery needs.

flint Michigan water crisis
4 Manmade Disasters With Long-Term Environmental Effects

As we continue to reflect on the East Palestine, Ohio train derailment, it’s impossible not to think about the long-term effects the chemical spill will have on the environment and immediate community.

Every day more news comes out about the environmental disaster, and we’d like to take some time to reflect on some other man-made issues that had a big long-term impact on the environment.

Here’s a look at 4 disasters and how TAS Environmental Services can use our emergency response team to help prevent similar incidents in your community.

Love Canal

The Love Canal incident occurred in 1942 and was an environmental disaster that exposed thousands of people to hazardous chemical waste. 

The site of the disaster was a neighborhood located in the city of Niagara Falls, New York. 

Hooker Chemical and Plastics Corporation had purchased a canal that ran through the neighborhood and filled it with 21,000 tons of toxic waste. 

The toxins were buried and covered over, but over time, the waste began to resurface and bleed into the surrounding homes and yards. 

This led to severe health consequences for those living in the area, including birth defects and increased cancer rates.  

The incident served as a powerful reminder of how industrial negligence can lead to devastating consequences for both people and the environment.

BP Deepwater Horizon Oil Spill

The Deepwater Horizon oil spill of 2010 was one of the worst environmental disasters in history. On April 20th, an explosion on the BP-operated offshore drilling platform caused a massive release of oil into the Gulf of Mexico. 

Over 4 million barrels of crude oil were spilled over 87 days before the wellhead could be capped, adversely affecting wildlife and marine ecosystems across five states. 

The spill profoundly affected many species, including dolphins, sea turtles, and fish populations, that suffered significant losses due to contaminated waters and shorelines. 

Additionally, local communities experienced economic hardship due to lost fishing revenues and tourism dollars. 

At TAS Environmental Services, we take to heart the fact that Industrial accidents can have far-reaching consequences for both people and nature. We offer the communities we serve 24/7 emergency response. This means that in the event of any emergency, natural or manmade, our specialists will respond immediately and help mitigate long-standing problems of an incident.

California Wildfires of 2017

Global warming is a manmade disaster on its own and played a major role in the 2017 California wildfires that devastated over 1 million acres of land. 

Unfortunately, a fair chunk of the fires started from PG&E electric power lines that had come into contact with forestation. Dry temperatures allowed the fires caused to spread quickly, making the 2017 catastrophe one of the largest wildfire events in California state history. 

Air quality was severely impacted across much of the state due to smoke from the blazes, leading to health risks for those living nearby.

As far as the environment goes, vegetation was destroyed on a massive scale as the flames burned through millions of California’s trees. This aspect of the fire alone led to an overall decrease in local biodiversity as many species lost their habitats or perished directly due to fire damage. 

Flint’s Water Crisis

After the city of Flint, Michigan switched its main source of drinking water from Lake Huron to Flint River in 2014, the infamous Flint water crisis began.

The switch of water sources to the contaminated Flint River led to severe contamination of the local water supply with lead and other toxic chemicals as a result of improper treatment and corrosion control measures. This caused serious health issues for many residents, particularly children who were exposed to high levels of lead which can cause permanent damage to developing brains. 

Bacteria such as E. coli were found in some areas due to inadequate chlorination practices by government officials responsible for managing the city’s water system. 

TAS Environmental has many services in place that can help prevent the cataclysmic mistakes like the Flint water crisis. From environmental remediation to hazardous waste cleanup and thorough environmental study capabilities, we can help the communities we serve to make the right decisions regarding how they use the land to benefit the lives of community members.

Tackle Any Environmental Emergency With TAS Environmental Services

Environmental emergencies can have repercussions that haunt communities for generations. When an incident occurs in your locale, it’s vital to have a team like TAS Environmental on your side for fast response and solutions that deliver on our promise for your community’s safety.

Whether you’re experiencing the aftermath of a natural disaster or suffering an unfortunate incident like those in East Palestine, we’re here for you.

Contact us today to learn more about our services.

train disaster in east palestine
Preparing for an Environmental Disaster

The 2023 East Palestine train derailment took place on February 3, at 8:55 p.m. local time. The train, full of hazardous materials, burned for over two days before emergency crews conducted a controlled burn, releasing hydrogen chloride and phosgene gas. Residents within a one-mile radius had to be evacuated, and the cleanup was still ongoing weeks later. 

Roadside incidents, on the other hand, as recognized by the U.S. Department of Transportation’s Pipeline and Hazardous Materials Safety Administration (PHMSA), have risen by 10,000 in the last ten years. 

Roadside spills, contaminated materials, pipeline incidents, natural disasters, biohazards… When you work with hazardous materials, you’re always preparing for the worst. That’s how you keep everyone safe, including the environment and your bottom line. But what about when the worst happens? That’s when you want help you can trust. 

The best time to pick an emergency response partner is any time before a disaster such as a train derailment. Let’s look at the possibilities and how our 24/7 emergency response services can help you when you need them most.

Roadside Chemical and Cargo Spills

With a roadside spill, you’re looking for a partner who can quickly swing into action for decontamination, remediation, and/or confined space rescues. The hazardous spill response and hazmat cleanup services at TAS Environmental are recognized among the best in the country. We work with industrial companies and regulatory agencies dedicated to safe transportation and disposal.

Pipeline Incidents

Pipeline spills, leaks, and ruptures call for a special ready response, quick assessment, and cleanup. You want to stay in control of your environmental management and in full compliance with regulatory agencies, of course. You’ll also need a partner that’s highly experienced in PR and emergency event management. From planning to containment and eventual remediation, TAS Environmental has you covered. We’re a permitted Oil Spill Response Organization (OSRO) and have been fully vetted by the U.S. Coast Guard.

Biohazard Disasters

Biological and biohazardous cleanups can happen on any scale, from wide-open spaces to smaller confined ones. TAS Environmental projects include clean-up and restoration for vehicles, including ambulances. We support and can remediate any hazmat in retail or industrial facilities, even restrooms and crime scenes. No matter what’s gone wrong or where we can help you make sure your biohazard problem doesn’t get out of control.

Natural Disaster Cleanup

Not every disaster, chemical spill, or hazard is due to human error. Our response team are experts in natural disasters and can minimize their long-term damage. We specialize in natural disaster cleanup and can get your home or town back to working order quickly. You never know when a natural disaster will strike, so it’s good to be prepared with an environmental response partner now.

EPA and DOT Regulated Emergencies

The U.S. Environmental Protection Agency and the Department of Transportation both require a level of compliance and responsibility when handling, shipping, or disposing of hazardous materials. TAS Environmental Services can assist with compliance, both in routine procedures and in the case of emergencies. Partner with us today for a full safety protocol that will set your mind at ease.

Your Partner in Safety: TAS Environmental Services 

When you deal in hazardous materials and cargo, you need dependable, lightning-quick service to keep your problem from spreading. You need a partner with the know-how and experience to get the job done quickly and without a lot of hassle or noise. We offer 24/7 aid during oil and chemical spills and natural disasters. We are subject matter experts in hazardous waste and materials and can manage your needs in full compliance with all regulatory standards, from OSHA to the Certified Federal Register. Please reach out today to see what we can do for you.

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