Battery Thermal Runaway Testing is a critical safety evaluation performed on lithium-ion batteries used in electric vehicles, energy storage systems, and industrial applications. Thermal runaway refers to an uncontrollable rise in battery temperature caused by internal chemical reactions, which can lead to fire, explosion, pressure build-up, and release of toxic and flammable gases. This condition...
Maintaining a safe and healthy working environment is a major priority for industries involved in dust-generating processes. Cartridge dust collectors play a crucial role in improving workplace safety and air quality by efficiently capturing airborne dust particles before they spread throughout the facility. By controlling dust at the source, these systems help industries maintain cleaner producti...
The APZEM Bag House Dust Collector is a high-performance air pollution control system designed to effectively manage dust emissions generated in industrial processes. It operates by drawing dust-laden air through specially engineered filter bags that trap fine and coarse particulate matter, allowing only clean air to be released into the atmosphere. This efficient filtration process helps industri...
An Ethylene Oxide (EtO) scrubber is a critical air pollution control and safety system designed to treat exhaust gases containing ethylene oxide generated from chemical manufacturing units, sterilization facilities, pharmaceutical plants, and specialty processing operations. EtO is a highly reactive, toxic, flammable, and carcinogenic compound, and even very small releases can pose serious risks t...
Welding fumes are often invisible to the naked eye, yet they silently fill the air with a hazardous mix of ultra-fine metal particles and toxic gases. Generated during cutting, welding, and fabrication processes, these fumes spread rapidly across the shop floor. Over time, continuous exposure can cause respiratory issues, eye irritation, fatigue, and serious long-term occupational illnesses.What m...
In industrial emission control, many solutions begin with a predefined product, a standard scrubber size, a fixed configuration, or a familiar technology. While this approach may simplify quoting, it often overlooks the most important factor in system performance: the client’s actual process. At Apzem, our engineering philosophy is deliberately different. We start with understanding the proce...
Engineering textbooks are essential. They teach fundamentals, equations, and idealized system behavior. But industrial projects rarely operate under ideal conditions. After more than 15 years of working on live industrial sites, one lesson becomes clear: real engineering is shaped as much by people, processes, and uncertainty as it is by calculations. One of the earliest realizations is that data...
In industrial air pollution control, the difference between systems that merely pass initial testing and those that perform reliably for years often comes down to one factor: engineering discipline. At Apzem, our design philosophy is rooted in a simple belief. There are no shortcuts to reliable performance. This is why we consistently engineer our systems in line with VDI standards, even when the...
At Apzem, odor control is not treated as a cosmetic add-on or a compliance checkbox. It is approached as a critical part of workplace safety, asset protection, and community responsibility. From our experience in designing and implementing odor control systems across industrial and municipal facilities, we have seen that uncontrolled odors are often early warning signs of deeper process or emissio...
In air pollution control engineering, experience is not defined only by successful projects, but by the lessons learned when systems behave differently in real operating conditions than they do on paper. At Apzem, we believe that acknowledging and learning from such outcomes is essential to delivering reliable, safe, and long-lasting emission control solutions. These learnings have shaped our engi...
