Corporate social responsibility (CSR) became popular during the 1980’s and has continued to remain a pillar of corporate structure. Gulf Coast Environmental Systems (GCES) serves as an integral part of many organizations with pollution control as a component of their CSR policy. In this article we will review how to develop a CSR, the advantages and disadvantages of publishing a CSR policy and how to effectively communicate your organizations CSR to improve community relations and public perceptions.
Carbon Dioxide is one of the most commonly found gases on earth. Its chemical formula is CO2, meaning it is comprised of one carbon atom covalently double bounded two oxygen atoms. CO2 is incombustible, colorless, and in the typical exposure concentrations, odorless gas, that is also water soluble. Carbon dioxide is the result of oxidization of carbon.
Where is Carbon Dioxide Found?
Carbon dioxide comes from both natural and anthropogenic sources, and is necessary for all living things.
Natural: Carbon dioxide is a naturally occurring compound, that is released when living organisms respire or decompose. Carbon dioxide is also naturally released into the atmosphere by the oceans, volcanos, forest fires, and carbonate rocks. Natural sources, like these, produce more carbon dioxide than anthropogenic sources.
Anthropogenic: The sources of CO2 that get the most attention are anthropogenic, meaning human-initiated or created. These sources are a part of everyday life for most people, and are unavoidable in most cases. These human activities include transportation, power and heat generation, chemical and petrochemical production and use, fossil fuel use, manufacturing, agriculture, food production, etc… The carbon dioxide produced by the harvesting and use of fossil fuels gets the most attention as a contributor to climate change. Recently, the oil and gas industries have started taking significant steps to curb their CO2 emissions. [Read more…]
Pollution control equipment can generally fall between two categories: Volatile Organic Compounds (VOC) and Hazardous Air Pollutant (HAP) Control, or Odor Control. But what is the difference between these two classifications?
VOC: The Environmental Protection Agency classifies Volatile Organic Compounds (VOCs) to mean “any compound of carbon, excluding carbon monoxide, carbon dioxide, carbonic acid, metallic carbides or carbonates, and ammonium carbonate, which participates in atmospheric photochemical reactions.”
Odor: The EPA refers to this category as “nuisance odors.” A nuisance odor is any strong smell coming from a facility, that could potentially disrupt the community. These odors are generally the result of cooking or processing of organic compounds.
Although the chemical makeup of some odors are regulated by the EPA, these nuisance odors are not generally regulated at a federal level; however, many state and local agencies have established nuisance odor guidelines and limitations. Failure to plan for appropriate odor control often leads to complaints, unplanned shutdowns, as well as sometimes pricey equipment upgrades and retrofits. [Read more…]
Gulf Coast Environmental Systems designs, engineers, manufactures, and offers service to a wide range of pollution control solutions, treating countless different Hazardous Air Pollutants and Volatile Organic Compounds (VOCs). We have put together a collection of detailed articles that explain the most common VOCs and HAPs we face in our industry, and outline some of the ways we abate them. GCES is constantly adding to this list, so be sure to check back, often.
What are Perfluoroalkyl Substances?
Perfluoroalkyl substances (PFAS) are a class of man-made, highly fluorine chemicals, that are getting a lot of attention as emerging contaminants. Though there are nearly 4,800 different types of perfluoroalkyl substances, there are two that are commonly focused on because of their use in everyday household products: perfluorooctanoic acid and perfluorooctanesulfonic acid. Perfluorooctanoic acid, also known as PFOA or C8, is a chemical compound with the molecular formula of C8HF15O2. Perfluorooctanesulfonic acid, also known as PFOS, is a chemical compound with the molecular formula of C8HF17O3S. Both are considered stable chemicals, comprised of 8 carbons. The stability of these carbons and fluorine atoms make them extremely persistent in the environment, and difficult to abate.
Where are Perfluoroalkyl Substances like PFOA and PFOS found?
PFOA and PFOS are industrial chemicals widely used, across the globe. Their known for their ability to repel water and other sticky substances, making them ideal for a number of different applications. Common applications include:
- As surface protection for items such as:
- Non-stick cookware
- Carpeting and rugs
- A component in the manufacturing of:
- Food and beverage packaging
- Personal hygiene goods like floss, waxes, and makeup
- Automotive parts and fabrics
- Consumer goods packaging
- Outdoor clothing and gear
- They are also commonly used in manufacturing facilities as:
- Wetting agents