Hazardous Waste Disposal Management

The 06 ENV team of RCRA and DOT trained technicians manage the disposal of industrial and hazardous waste streams generated from routine business operations, remediation projects, superfund sites, and emergency response and rapid activities. Our services include on-site hazardous categorization, profiling, manifesting, and transportation to qualified Treatment Storage Disposal Facilities (TSDFs). The proper hazardous waste disposal methods are determined through the characterization of waste streams. Available treatment technologies include, but are not limited to:

  • Sub-Title C Landfill
  • RCRA / TSCA Incineration
  • Sub-Title D Landfill
  • Non-Hazardous Solidification
  • Battery Recycling
  • Explosives Management
  • Solidification and Stabilization
  • Fuel Blending
  • Solid Waste Management
  • Household Hazardous Waste Facility
  • Universal Waste
  • Hazardous Material Disposal

Hazardous Disposal Project Example

Project NamePlant Closure
ClientClassified Client
LocationPennsauken, NJ

Project Summary

O6 Environmental was contracted to provide project management, field resources, equipment, and transportation and disposal for the (Phase 1) industrial cleaning of processing equipment for shipment to other company locations. O6 Environmental was also contracted (Phase 2) to provide disposal of non-hazardous and hazardous industrial waste resulting from the plant closure.

O6 Environmental completed the industrial cleaning (Phase 1) of all equipment to be shipped by power washing, dry ice blasting, chemical cleaning, and hydro blasting of drain lines and tanks.

O6 Environmental completed the disposal (Phase 2) of all nonhazardous and hazardous industrial waste through profiling, manifesting, and transportation.

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What is HAZMAT?

HAZMAT is short for “hazardous material”–substances or chemicals that could present a threat to health, physical property, environmental health. HAZMAT material can be dangerous goods in liquid, solid or gaseous states or could exist in any combination of the three.

Examples of Hazardous Material: 

  • Hydrofluoric acid, HF
  • Hydrochloric acid, HCl
  • Lead Paint
  • Asbestos
  • Coal Tar: contains VOCs, SVOCs, PAHs, and TPH (Benzene, Toluene, Ethyl Benzene, Xylene)
  • Non-RCRA Regulated Waste
  • RCRA: drives all hazardous waste regulation
  • Toxic Heavy Metals
  • Toxic chemicals
  • Radioactive material

Emerging Contaminants

An emerging contaminant, according to the EPA, is a chemical or a toxic substance that poses a threat to human health or the environment. An emerging contaminant could also be due to the discovery of a new source of contamination or a new route for humans.

Per- and Polyfluoroalkyl Substances

A group of more than 4,000 chemicals made by man, collectively known as Per- and Polyfluoroalkyl Substances (PFAS). They have been identified as emerging contaminants that can have serious adverse effects on human health even at low levels in the parts-per-thousand range.

Sources of PFAS

PFAS have been around since the 1940s and are still being used worldwide. PFAS are used in thousands of industrial and consumer products due to their chemical stability, heat resistance, and ability to repel oil and water. These are some of the places where PFAS can be found:

  • Non-Stick cooking ware
  • Food packaging with grease-resistant or waterproof coatings (e.g. takeout containers, popcorn bags, and wrappers for fast food)
  • Products made from coated paper
  • Textiles that are waterproof, water-resistant, and stain-resistant (e.g. clothing, shoes, and upholstery)
  • Cleaning products for industrial and domestic use
  • Waxes for floor, car and boat
  • Use of Engineered Coatings in Semiconductor Production
  • Metal plating and metal finishing
  • Etching metals, plastics and glass
  • Paint, varnish, and surface coatings
  • Electronics cables and insulation with wire insulation
  • To extinguish flammable liquid flames, AFFF (Aqueous Film-Forming Foam) is used.

Although PFAS are found in the environment, they are not naturally occurring. These substances can easily be spread by water and air because they are mobile. They can cause soil, groundwater, and surface water contamination. They can remain in the environment for many years because they are not easily broken down by nature.

Toxicity and health effects

The human health and environmental impacts of PFAS are rapidly changing. Ingestion of some PFAS has been shown to bioaccumulate (accumulate in the body) in both animals and humans. Certain PFAS have been shown to cause health problems, including developmental effects in infants and fetuses, different forms of cancer, decreased liver function, thyroid function, and reduced liver and thyroid function.

HAZMAT Safety Levels

Personal Protective Equipment (PPE) required for HAZMAT:
Level A HAZMAT is the highest level of protection. It’s used to deal with most dangerous materials such as radiation.
– Includes fully encapsulated, chemically protected HAZMAT suits
– Full-face breathing apparatus (SCBA).
– Chemical-resistant gloves
– Chemical-resistant safety boots
Level B HAZMAT is very similar to Level A, but does not protect against gasses or vapors. Level B HAZMAT PPE provides protection against liquid chemicals and splashes.
– Hooded chemical protective clothing
– Full or half mask breathing apparatus (uses SCBA or self-contained breathing apparatus)
– Chemical-resistant gloves
– Safety boots
Level C HAZMAT Protects against liquids, splashes, and is the most common HAZMAT suit
– Full face piece
– Air purifying canister (not SCBA)
– Hooded chemical-resistant clothing
– Chemical-resistant boots and gloves

HAZMAT Safety Equipment

– Photoionization Detectors

PIDs are able to detect and monitor hazardous material effectively, offering maximum safety and benefit to the users. Photoionization detectors are a combination of many methods for detecting hazardous gasses. They offer a quick response time, easy-to-use and maintain, and the ability to detect low levels of most volatile organic compounds (voCs).

– Air monitoring equipment

Blackline Safety G7EXO and Blackline Safety G7 multi-gas cartridge devices give information, at the time sampling is completed, which allows for rapid decision-making. The instruments allow the skilled and experienced user to determine whether site personnel have been exposed to airborne concentrations such as VOCs, oxygen levels, and LELs (lower explosion limit) which are higher than the immediate exposure limits for certain hazardous air contaminants.

HAZMAT Safety

Entities such as the Environmental Protection Agency (EPA) exist for the regulation of hazardous materials safety and hazardous materials training. Further, the National Response Center was established by the EPA and is manned by the Coast Guard. These emergency operations and dangerous goods regulations are important to ensure public safety. The Hazardous Materials Safety Administration(PHMSA) exists to set policy and educate on hazmat shipping to help prevent accidents such as a hazardous materials incident, like a chemical spill. An unsafe shipment can lead to a hazmat incident which can put public safety in jeopardy as well as the safety of the transportation workers. Proper emergency response and knowledge via a relevant material safety data sheet for each specific hazardous material can save lives. For more information, visit the official websites of the EPA and the PHMSA.