General Information On Biodegradable Hydraulic Oil
The increasing awareness of the influence of industrial companies on the environment has sparked the formulation and use of biodegradable hydraulic oil in an effort to reduce environmental impact. Synthetic and petroleum-based hydraulic oils have been established to have a poor rate of degradation. Stringent environmental regulations have forced construction equipment manufacturers to seek renewable solutions.
This oil is designed to be readily biodegradable, environmentally friendly, anti-wear, ecologically responsive and non-toxic. It is designed for use in high pressure systems applied in areas where pollution can cause adverse effects. These include mobile hydraulic systems, industrial, turbines, construction, marine, circulating oil systems among others. The use of these oils ensures there is more energy efficiency since friction between sliding, moving or rotating components is significantly reduced.
These oils are designed with a number of desirable features. They exhibit excellent oxidative and thermal properties compared with petroleum products. They have improved performance characteristics including low volatility, high viscosity indices, high flash points, low toxicity and excellent lubricity. Additionally, the chemical additives used are non-toxic to minimize environmental impact.
They possess lubricating and anti-corrosion properties that ensure the parts of the system are well protected enhancing their longevity. The main threats to these components are friction and corrosion which has to be mitigated to pro-long the lifespan of industrial assets. Reducing the amount of energy required per work cycle goes a long way in cutting down the operational costs and preserving the environment.
Environmental concerns have created the need for the development of renewable solutions. These oils are preferred for their ability to degrade when exposed to water, sunlight and microbial activity. Most of them contain foam inhibitors are additional anti-oxidants intended to enhance performance and preserve equipment respectively. They are used to prevent any possible risks of water contamination in sensitive areas.
Generally, the clean-up of these oils is less expensive compared to synthetic or petroleum-based oils. Small spills are easy to contain. For larger spills, there may be a need to remove the soil. Once the soil has been removed, it is monitored until the digestion is complete. It is then transferred to other locations for use or taken to a land fill depending on the environmental regulations.
Biodegradable products and oils vary and it is therefore advisable to compare their specific characteristics when making purchases. These include biodegradability, viscosity index and oxidation stability. They can be readily or inherently biodegradable which indicates the rate and completion of the degradation process. The market provides both high quality oils as well as poorly formulated ones that yield poor results.
Changing from petroleum fluids to biodegradable hydraulic oil is made much easier by the fact that these fluids are compatible. The best approach to this process is to drain all the existing fluid from the system before replacing it with the required one. Any residuals within the system can be ignored since they may not present any challenges. These fluids have a shelf life of about one year after which they have to be changed to obtain better performance. The fluid used must be long lasting to reduce the quantity of the waste oil introduced into the environment..
This oil is designed to be readily biodegradable, environmentally friendly, anti-wear, ecologically responsive and non-toxic. It is designed for use in high pressure systems applied in areas where pollution can cause adverse effects. These include mobile hydraulic systems, industrial, turbines, construction, marine, circulating oil systems among others. The use of these oils ensures there is more energy efficiency since friction between sliding, moving or rotating components is significantly reduced.
These oils are designed with a number of desirable features. They exhibit excellent oxidative and thermal properties compared with petroleum products. They have improved performance characteristics including low volatility, high viscosity indices, high flash points, low toxicity and excellent lubricity. Additionally, the chemical additives used are non-toxic to minimize environmental impact.
They possess lubricating and anti-corrosion properties that ensure the parts of the system are well protected enhancing their longevity. The main threats to these components are friction and corrosion which has to be mitigated to pro-long the lifespan of industrial assets. Reducing the amount of energy required per work cycle goes a long way in cutting down the operational costs and preserving the environment.
Environmental concerns have created the need for the development of renewable solutions. These oils are preferred for their ability to degrade when exposed to water, sunlight and microbial activity. Most of them contain foam inhibitors are additional anti-oxidants intended to enhance performance and preserve equipment respectively. They are used to prevent any possible risks of water contamination in sensitive areas.
Generally, the clean-up of these oils is less expensive compared to synthetic or petroleum-based oils. Small spills are easy to contain. For larger spills, there may be a need to remove the soil. Once the soil has been removed, it is monitored until the digestion is complete. It is then transferred to other locations for use or taken to a land fill depending on the environmental regulations.
Biodegradable products and oils vary and it is therefore advisable to compare their specific characteristics when making purchases. These include biodegradability, viscosity index and oxidation stability. They can be readily or inherently biodegradable which indicates the rate and completion of the degradation process. The market provides both high quality oils as well as poorly formulated ones that yield poor results.
Changing from petroleum fluids to biodegradable hydraulic oil is made much easier by the fact that these fluids are compatible. The best approach to this process is to drain all the existing fluid from the system before replacing it with the required one. Any residuals within the system can be ignored since they may not present any challenges. These fluids have a shelf life of about one year after which they have to be changed to obtain better performance. The fluid used must be long lasting to reduce the quantity of the waste oil introduced into the environment..
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publié par Unknown @ 15:03
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