Chemical Disposal Systems
Protection of the environment with Fäth´s chemical disposal systems – efficient, safe & environmentally friendly.
- OVERVIEW
- APPLICATION AREA
- standard features
Fäth´s chemical disposal systems: Ensuring environmental protection and safety
Fäth´s chemical disposal systems are special systems or equipment, designed to safely collect, store and ultimately dispose chemical waste. They are deployed to protect the environment against harmful effects caused by improperly disposed chemicals and to ensure compliance with environmental regulations. Chemical disposal systems can include various components, such as catchment-tanks, drain lines, filters, safety devices and control systems, ensuring the safe handling of chemical waste.
Environmental Protection
A paramount importance is to protecting the environment against the harmful effects of any improperly disposed chemicals. the safe collecting and disposal of chemical waste prevents hazardous substances from entering the environment, thus polluting ecosystems.
Compliance
Deploying our chemical disposal systems ensures that your company complies with all applicable environmental regulations and standards. This reduces the risk of fines and legal consequences due to non-compliance.
Contamination Avoidance
The careful handling and disposal of chemical waste prevents any contamination of soil, water and air.
Long-term Cost Savings
Although any chemical disposal system may initially cost capital expenditure for purchasing and installing, these systems will provide long-term cost savings by avoiding environmental problems, penalties and expensive emergency response.
Semiconductor industry
In semiconductor manufacturing, highly pure gases such as nitrogen, hydrogen, oxygen, and argon are required. Gas supply systems ensure that these gases are delivered to the various processes in controlled quantities and with high purity, for example, for etching, deposition, or cleaning of wafers.
Pharmaceutical industry
In pharmaceutical production, gases such as nitrogen, oxygen, carbon dioxide, and compressed air are used. Gas supply systems ensure the safe and reliable provision of these gases for various applications, such as the inerting of containers, packaging, or controlling chemical reactions.
Chemical industry
The chemical industry uses gases such as nitrogen, hydrogen, oxygen, argon, and others for various purposes, including reaction control, gas mixing, or the inertization of reaction vessels. Gas supply systems provide these gases in the required quantities and with the appropriate pressure and purity specifications.
Photovoltaic industry
Gas supply systems in the photovoltaic industry are specialized facilities that enable a controlled provision of gases for various production processes. These processes are crucial for the manufacturing of solar cells and modules. The gas supply systems ensure that gases are fed into the production facilities in the correct quantities, pressures, and intervals.
LED industry
Gas supply systems in the LED industry are specialized facilities that enable a controlled provision of gases for various LED manufacturing processes. These gases are crucial for epitaxy, doping, oxidation, and cleaning of semiconductor layers to produce high-quality LEDs. Gas supply systems ensure that the required gases are precisely dosed and introduced into the production process to ensure efficient and safe LED manufacturing.
Research and Development
Gas supply systems in research are specialized facilities that provide precise and controlled delivery of gases for various scientific experiments and investigations. They are used in fields such as chemistry, physics, materials science, environmental science, and biotechnology. These systems supply gases for chemical reactions, material synthesis, gas analysis, physical experiments, and other research applications. Accurate control of gas supply is crucial for achieving precise and reproducible research results. Safety in handling gases in research is a high priority, which is why high-quality gas supply systems and safety protocols are employed.
Standard Functions
- Fully automatic drum or IBC switching function for uninterrupted collection of chemical wastes
- Automatic system shutdown by hardware safety interlocks
- Optimal pipe routing and design
- Diaphragm pump with optional stroke counter and leakage detection
- Safety monitoring of the filling levels via sensors
- Sump pump
- Auxiliary media pressure sensors for the pneumatic system
Control Panel
- Siemens SIMATIC S7 series PLC
- Siemens SIMATIC Comfort Panel HMI
- User authorization and password protection HMI
- Multilingual operating instructions on HMI
- Manual operation of pneumatic valves
- Connection to the higher-level control and data acquisition system (SCADA) for remote monitoring and control of the system
Security features
- 11 gauge 304L stainless steel casing
- Insulated process and electrical casings
- Automatic Z-venting function with controller for the electrical casing
- Application of intrinsic safety protection design and technology.
- Audible and visual alerts and warnings
- Local and remote EMO (Emergency-Off)
- Exhaust gas flow detection
- UV/IR and flame detection
- Housing leakage detection
- Leakage detection for utility services
- Door locking system
- Flame catcher
- Failure Mode and Effect Analysis (FMEA)