Automobile Industry
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Automobile Industry - Cannister – GAC and Pellets
Carbon Canisters are an important part of the automobile parts industry’s ecological initiatives; these canisters prevent hazardous gasoline vapors from escaping from the fuel system.
The pressure compensation line links the charcoal-activated canisters to the tank ventilation. The synchronization valve is positioned between the intake pipe and the activated charcoal canister. When the lambda control is enabled, the process valve opens and the line between the intake manifold and the activated charcoal canister is unplugged. The vacuum-sucked air runs through the activated carbon, flushes it out, and transfers the accumulated fuel to the engine for smoldering.
Cabin Air Filter
Cabin air filters serve as a component of a vehicle’s ventilated system, which is situated in front of the air conditioning system in the outside-air intake for the passenger compartment. Cars typically have a non-woven filter medium with an activated carbon layer. Its purpose is to purify the air that is drawn directly from the road and then transferred into the automobile interior via ventilation or conditioning. Our carbons can be utilized to assist the filter in eliminating contaminants ranging from unpleasant odors to gases that might aggravate the lungs.
Ecogreen provides activated carbon to cabin air filter manufacturers. These filters are present in automobiles and are used to purify air that enters the vehicle from the outside. Our high-quality activated carbons aid in air purification by eliminating undesirable odors and other harmful compounds that might put strain on the lungs.
Point-of-entry devices are typically installed at the point of water entry into the house, treating all the water consumed within the home. These systems should be properly vented to the outside environment to prevent the accumulation of hazardous vapors indoors. While there is no bypass option, water can be redirected for outdoor usage prior to undergoing treatment.
Point of Use Systems
Point-of-use drinking water treatment systems are designed to be installed on the water supply lines preceding taps, showers, and dispensers. Their purpose is to ensure localized purification of water for drinking, bathing, or cooking purposes. These systems are responsible for effectively eliminating harmful contaminants that surpass regulatory thresholds while retaining essential substances that contribute to human health and well-being.