Epcon Industrial Systems

Decontamination is the process of removing or neutralizing contaminants such as explosives, volatile organic compounds (VOCs), HAPs, irritants, and various other dangerous compounds. A decontamination system not only protects workers from hazardous elements but keeps the hazards from polluting the environment as well. Additionally, they prevent designated clean areas from getting contaminated. When is a decontamination system necessary? Technological advancement has made it possible for industries to install decontamination systems to prevent environmental hazards. Here are some of the biggest reasons why you may need a proper decontamination plan for your factory: ·        As industrial processes produce a lot of volatile organic compositions or VOCs that can really harm the environment, and with increasing regulations on hazards and pollutants, a decontamination system can keep you compliant. ·         A decontamination system can promote the good health of not just the work

Almost every industrial operational requires and creates as a byproduct, an exponential amount of heat, which is often released and wasted. Innovative heat recovery solutions help to recycle this thermal energy where either heat or energy are needed. As a result, a customized heat recovery system not only increases production efficiency but can save on operating cost and fuel as well. What is Multistage Heat Recovery Method? Multistage Heat Recovery Methods are custom-engineered solutions that utilize thermal recycling to re-using the process energy that is wasted otherwise after production. An industrial facility can install primary, secondary, and even tertiary heat exchanges to cycle the heat in a closed loop, recovering almost all of the energy generated from production. Utilizing beneficial aspects of Heat Recovery Solutions can increase thermal efficiency up to 80 and 95%. One of the most effective heat recovery method that can be implemented is to integrate the air pollu

  In this age of technological advancement and manufacturing 2.0, EPCON has been continuously innovating and improving upon proven technologies to offer more sustainable industrial solutions to establish a cleaner future. When it comes to the industrial applications , painting is considered to be one of the most expensive aspects other than raw materials and manufacturing. So what can these operations do to reduce the expense for finished products? The answer is ‘Coil Coating’.   What is Coil Coating? How does it work? There is a famous slogan nowadays, “Finish first and fabricate later”. The coil coating process follows this motto and enables manufacturers to paint the metal sheet and coils before it is being used to manufacture other products. This simple process can help to reduce the production cost by decreasing the expenses for multiple paint jobs. It is not only an affordable option but one of the most sustainable options to be implemented across applications regardless o

Regenerative thermal oxidizers are used in various industries to destroy the volatile organic compounds or VOC s that are produced in the factories. These VOCs have serious negative impacts on human health and the environment. This is why regulatory compliance often calls for thermal oxidizers to cut down on the pollution they produce and keep it below the DRE emission levels. At Epcon , we have created top-quality RTO systems that offer high VOC destruction, up to 99.99%. How does a Regenerative thermal oxidizer system work? An RTO system is a highly energy-efficient mechanism that is able to achieve a high level of VOC destruction. It uses the process of regeneration to recover the internal heat, with 2-3 energy recovery chambers in the system, which are lined with ceramic heat recovery media. The chambers function under a ‘swing bed’ absorption principle. This principle uses flow reversal by transferring the heat through multiple beds. The polluted exhaust stream goes through