Upgrading your air production system can lead to numerous benefits. These are just a few examples of improved air quality, reduced energy costs, and reduced carbon emissions. In addition to lowering your operating costs, upgrading your air production system can also improve your economic welfare. This article will outline some benefits of upgrading your air production system. Read on to learn more. Here are some reasons you should consider upgrading your air production system.
Improved air quality
The economic benefits of better air quality outweigh the costs of pollution control. Railroad Yard Air mentioned that compared to pollution control costs, the increased productivity and efficiency of employees are two of the most important benefits of air quality. The EPA report says that improved air quality’s benefits outweigh pollution control’s costs. This is confirmed by the Council on Clean Air Compliance Analysis, an independent panel of economists, scientists, and public health experts.
In addition to improving air quality, the amendments to the Clean Air Act have reduced emissions from power plants. These efforts have produced additional public health benefits and have allowed states downwind to achieve health-based air quality standards. For example, in the 1990s, twelve New England states and the District of Columbia joined to create the Ozone Transport Region. In addition to creating the OTR, the states and the District of Columbia adopted pollution control regulations and implemented nitrogen oxide budget programs.
Reduced energy costs
If considering upgrading your air production system, you should consider the potential for reduced energy costs. Compressed air accounts for a substantial portion of a plant’s energy costs. Fortunately, there are various ways to optimize your compact air system and cut costs. Here are some tips to help you optimize your compressed air system and reduce your energy bill:
Choose an energy management partner. This partner can help you decide on the most cost-effective energy-saving measures. Together, you can determine the potential cost savings for each option. For example, an oil-free compressor eliminates friction-causing components, and a controls upgrade will save more than $100K over five to ten years. But how much will the improvements in compressed air system energy use be worth to you? A successful project will be based on reliable monthly/annual energy cost savings and won’t increase your monthly energy bill.
Reduced carbon emissions
Upgrading your air production system can help you cut emissions. Taking energy efficiency measures can lower your carbon footprint while increasing the effectiveness of other solutions like electric vehicles and heat pumps. Governmental programs like the ENERGY STAR program and updated efficiency standards can also help reduce emissions. The savings from these programs will exceed the costs. In 2030, the benefits will be even more significant. And by 2050, they’ll reduce more than 70% of greenhouse gas emissions.
Modern technology will enable you to use energy resources best and reduce your carbon footprint. You’ll also save money on utility bills. In addition, modern HVAC technology will reduce your energy usage without sacrificing comfort.
