How Emission Control Tech is Fueling the Next Wave of Industrial Innovation
A constant battle between meeting growing production demands and making sure environmental concerns are continually being met has created several challenges for much of the world’s industries.
As the world’s population continues to increase, demand for certain products or services grows. However, as the need to satisfy the levels that are being experienced, so do the emissions that are produced due to the increased output. This creates the issue that many are trying to fight against, with businesses within sectors aiming to reduce their footprint as part of their corporate social responsibility aims.
Of course, it hasn’t been beneficial for industries that a spotlight has been shone on them. Stricter regulations have been implemented by governments to try and combat how much is being released and the impact it is having on the environment. The world’s population has been taking more interest in recent years, pushing the need for more sustainable practices.
Still, this may have presented opportunities for industries that can improve the sector through emission control tech, as these may be the next big opportunity for industrial innovation.
Solutions for Reducing Harmful or Nuisance Emissions
Industrial processes, from manufacturing to energy production, often release pollutants such as carbon dioxide (CO2), nitrogen oxides (NOx), sulfur dioxide (SO2), and particulate matter into the atmosphere. These emissions contribute to climate change, air pollution, and public health issues, while nuisance emissions like odors or volatile organic compounds (VOCs) can strain community relations. Fortunately, cutting-edge technologies are providing robust solutions to tackle these challenges, with gas absorption technologies being developed further.
The availability of Vapor Recovery Systems and other scrubbing systems has become a promising avenue in dealing with these. There are two common types of scrubbers: an Industrial scrubber will separate and purify gas streams to eliminate water-soluble inorganic pollutants from gas pipes, whereas a Chemical scrubber is a type of industrial scrubber specifically designed to remove hazardous chemicals and gases from industrial exhaust streams using chemical reactions.
Wet gas scrubbers are among the most prevalent gas cleaning systems for vapor return systems. They can be installed directly at the emission source, eliminating extended costs due to the infrastructure that is no longer required (lengthy discharge pipes). They use a scrubbing liquid on the polluted gas stream, leading to the pollutant being absorbed or reacting before being treated and disposed of. The cleaned gas is then released, thus reducing environmental damage. They have been used to purify Syngas, which is a synthetic gas that primarily consists of a mixture of hydrogen, carbon monoxide, and some carbon dioxide.
It’s not uncommon for green ammonia to be used as a means to clean fuel. It can carry green hydrogen, and utilizes renewable energies like solar or wind power to produce hydrogen through electrolysis of water, and nitrogen from the air.
Technologies are also in place to help optimize the processes. FTIR Analyzers (Fourier Transform Infrared spectroscopy) are a powerful gas measurement technology for simultaneous measurements of multiple gases. They can detect and measure most gases, allowing industries to monitor their emissions and potentially reduce them.
Artificial intelligence and IoT sensors can also be used, as these can monitor spikes and provide actionable insights instantly. With each of these technologies working together, there is a greater chance of industries being able to manage their emission outputs more accurately, leading to a potentially cleaner environment. These technologies can make industries more sustainable, as they can enhance process efficiency.
Complying with Environmental Legislation and Standards
There has been a lot of focus on climate change because of the impact that fossil fuels and greenhouse gases have had on the planet. Governments have put stricter environmental regulations in place as they look to reduce their impact, leading to industries needing to include them in their CSR policies.
Firms and industries that do not comply can face large fines, as well as other negative impacts. Reputational damage can be experienced, as could operational restrictions. With these concerns, it’s become imperative that businesses focus on emission control, hence why it may be the next big opportunity.
The technologies spoken about can be key as they can allow industries to meet targets that have been set. They’ll give industries greater insight into what they are emitting; they may even be able to pinpoint where reductions can take place. If they are seen to be acting, it can be hugely beneficial.
In contrast to the negatives, if they don’t comply, meeting regulations can make them more attractive as a business. Organizations may be more willing to work with them if they can see evidence regarding their commitment to lowering their footprints. At the same time, incentives may be possible to obtain from governments if they are making a conscious effort regarding change.
Value of Emission Control
Given all of the external factors that are being faced, the demand for emission control is on the rise. It’s why the market is estimated to be worth $252.58 billion in 2024, with it expected to grow at a compound annual growth rate (CAGR) of around 6.53% between 2025 and 2034. In financial figures, that’s an increase from $252.58 billion to $269.08 billion in 2025 to $475.66 billion in 2034.
As a result, for firms like Ravebo, it’s a potential goldmine in terms of potential revenues in the future. Indeed, industries would benefit significantly by incorporating controls into their processes, too. A win-win for everyone and the planet, highlighting why emission control tech is the next big opportunity.
