Fugitive emissions, in their simplest form, are the uncontrolled release of gases to the atmosphere. Each one of us may contribute fugitive emissions when we fill our automobile gas tanks. The displacement of air inside the gas tank causes gasoline vapor emissions (hydrocarbons) to exit out the fill spout (un-controlled) to the atmosphere. Some states require the use of "Vapor Recovery" nozzles which capture the vapor emissions, returning them to the underground gasoline tanks. The vapors then become liquid again, reducing the "loss" of gasoline, as well as removing hydrocarbons from the air, which means less air pollution. 

Catalytic Products International has a rich history of innovation and expertise in the field of air pollution control technology, as well as a goal of providing our customers with the knowledge that will help them meet their air pollution control needs. As part of our ongoing series of blogs in which we interview members of CPI’s team, we spoke to Dennis Lincoln, the company’s former president (who is now retired).

Here on the CPI blog, we regularly feature interviews with our team members, looking at the many ways our air pollution control experts can provide value to our clients. Today, we’ve got something special: a look at CPI’s early years with our founder, Erwin C. Betz.

In our recent blog, "What's the Best Air Pollution Control Technology for My Process?",  we examined the many factors that can impact a facility's choice of air pollution control equipment. When they are considering their air pollution control needs, it is important for the plant's engineering staff to discuss the application data with potential suppliers. This data will provide crucial details about the process operation, including as uptime, maximum VOC loading, and maximum air flow. With this data, the supplier will be able to predict energy usage, permitted emission rates, and other process operation data that may be critical to equipment design, and with this knowledge, they will be able to recommend options that meet the requirements for Best Available Control Technology (BACT) or Maximum Available Control Technology (MACT), ensuring that the facility's engineering staff will be able to meet or exceed their environmental goals or outcomes.  

In our recent blog, "What's the Best Air Pollution Control Technology for My Process?", we took a look at the many factors that inform the choice of air pollution control equipment. When considering air pollution control needs for a facility, it is important for the plant's engineering staff to discuss the application data with potential suppliers. This data includes details about the process operation such as uptime, maximum VOC loading, maximum air flow, energy usage concerns, permitted emission rates, and other process operation data that may be critical to equipment design. Reviewing this data will help determine the available options that will be able to meet or exceed the facility's environmental goals or outcomes. With this data, the air pollution control equipment supplier will then be able to determine the appropriate Best Available Control Technology (BACT) or Maximum Available Control Technology (MACT). 

In our previous blog, "What's the Best Air Pollution Control Technology for My Process?", we reviewed the many factors that impact the choice of air pollution control equipment. In situations where a facility is considering their air pollution control needs, it is important for the plant's engineering staff to discuss the application data with potential suppliers. Application data are the details about the process operation such as uptime, maximum VOC loading, maximum air flow, energy usage concerns, permitted emission rates, and other process operation data that may be critical to equipment design. This will help determine the available options that will allow them to meet or exceed their environmental goals or outcomes. The air pollution control equipment supplier will then be able to direct the customer to the appropriate Best Available Control Technology (BACT) or Maximum Available Control Technology (MACT). 

At Catalytic Products International, we have a great team of knowledgeable, dedicated professionals that bring years of experience to the work that we do in providing air pollution control solutions to our customers. Here on our blog, we’ve been speaking to some of these team members and sharing their insights with you.

Internet research and shopping has risen substantially over the past five years, and it will only continue to grow. Searching for a pizza place? Easy. You can customize and define your search by including “Chicago Style,” “Deep Dish,” or maybe “Gluten Free.” This will narrow down the results, helping you find what you asked for. This is a simple process, because you know exactly what you are looking for. You pick a restaurant, order your pizza, and maybe even write a review to help other shoppers find the perfect place to eat.   Don’t get me wrong – the internet is fantastic! It is, however, limited to responding to the search terms that we input. 

Air pollution control is a topic that is incredibly relevant in the chemical manufacturing industry as restrictions on emissions are becoming more and more stringent. We wanted to spotlight how CPI’s QUADRANT SR-Series Thermal Oxidizer can provide air pollution control solutions for this industry, but first, let’s look at the terminology and technology: 

For today’s testimonial, we spoke to Amalia Gil at GreenMantra Technologies, located in Brantford, Ontario in Canada. GreenMantra uses recycled plastic (polyethylene) plastic from products like bottles, milk jugs, and plastic bags to make wax used in a variety of products, including modified asphalt roofing, coatings, and adhesives.  This ability to use waste plastic as the feedstock, reduces the reliance on fossil fuels.