WHY WE NEED TO USE EM IN SEWAGE TREATMENT
Microorganisms are inevitable participants in the cleaning of water in nature. As all of us in our daily lives continue to produce pollutants, it is through the activity of microorganisms that these pollutants are broken down and cleaned.
With the increasing pollution of water systems in recent years, it has been noted that the amount of pollution produced by humans far exceeds the cleaning capacity of nature. The spread of the use of chlorine destroys the critical microorganisms that have self-cleaning functions, a contradiction that intensifies the deterioration of the environment.
Most of the sewage, after going through the sewage treatment system, usually ends up in our rivers, lakes, and oceans. A shortage of water can cause outbreak of diseases, not to mention, the dehydration in people and loss of crops. Most, if not all, of our water can be recycled. That is, tap or potable water from our reservoirs used for drinking and washing which mostly end up in the septic tanks or some sort of sewage treatment facility can be recycled back into toilets and for general purpose cleaning: washing cars, streets, the home, the place of work, watering lawns, gardens, and house plants. This not only represents avoidance of "water shortage emergencies", but also a great savings in costs.
EM™ can greatly help accomplish the above recycling, including considerable reduction, if not elimination, of foul odour, sludge, and the cleaning of our rivers, lakes, and oceans. EM™ prevents corrosion through the suppression of activities of free radicals and therefore prevents the deterioration of the sewer system and tanks. This would translate into long term savings in maintenance cost. As EM™ pervades throughout the sewer system and into the rivers, lakes, and oceans, EM™ creates a condition in which plant life can propagate. And such revitalization of plant life along river banks, shorelines, and sea coasts, can prevent their erosion.
HOW TO APPLY EM IN SEWAGE TREATMENT
1. 1/10,000 EMAS and EM PB per water volume.
Microorganisms are inevitable participants in the cleaning of water in nature. As all of us in our daily lives continue to produce pollutants, it is through the activity of microorganisms that these pollutants are broken down and cleaned.
With the increasing pollution of water systems in recent years, it has been noted that the amount of pollution produced by humans far exceeds the cleaning capacity of nature. The spread of the use of chlorine destroys the critical microorganisms that have self-cleaning functions, a contradiction that intensifies the deterioration of the environment.
Most of the sewage, after going through the sewage treatment system, usually ends up in our rivers, lakes, and oceans. A shortage of water can cause outbreak of diseases, not to mention, the dehydration in people and loss of crops. Most, if not all, of our water can be recycled. That is, tap or potable water from our reservoirs used for drinking and washing which mostly end up in the septic tanks or some sort of sewage treatment facility can be recycled back into toilets and for general purpose cleaning: washing cars, streets, the home, the place of work, watering lawns, gardens, and house plants. This not only represents avoidance of "water shortage emergencies", but also a great savings in costs.
EM™ can greatly help accomplish the above recycling, including considerable reduction, if not elimination, of foul odour, sludge, and the cleaning of our rivers, lakes, and oceans. EM™ prevents corrosion through the suppression of activities of free radicals and therefore prevents the deterioration of the sewer system and tanks. This would translate into long term savings in maintenance cost. As EM™ pervades throughout the sewer system and into the rivers, lakes, and oceans, EM™ creates a condition in which plant life can propagate. And such revitalization of plant life along river banks, shorelines, and sea coasts, can prevent their erosion.
HOW TO APPLY EM IN SEWAGE TREATMENT
1. 1/10,000 EMAS and EM PB per water volume.
