India produces 742 tons of biomedical waste per day and manages it, which literally, a real headache to hospitals. Most waste is incinerated in special features, which can lead to blood, spit, and anything from body organs to strips and swabs. However, according to the Central Pollution Control Board, about 200 tonnes of dangerous biomedical waste is still untreated.
One of the greatest results of untreated biomedical waste is the development or development of microbes that are resistant to antibiotics; This is a big risk for all humanity.
In addition, safe transport of biomedical waste produces a special risk.
Now, scientists working in the Council of Scientific and Industrial Research-National Institute for Interdisciplinary Science and Technology in Thiruvananthapuram in Kerala have developed an indigenous technique that treats biomedical waste using chemicals and Converts into fertilizer.
The first prototype is established at the All India Institute of Medical Sciences (AIIMS) in New Delhi, where technology will be validated by in-house scientists.
Union Minister Dr. Jitendra Singh, who is a medical doctor, said, “This is actually a ‘waste-to-toilet’ attempt, a medical physician, said that he launched the revolutionary biomedical waste conversion Rig, named now ‘ Srijanam is’ Dr. “The new eco-friendly technology for the disposal of biomedical waste is ready to change the waste disposal.”
Capsicum -shaped, chemical reactors can change how biomedical waste is treated in India.
Scientists say that ‘Srijanam’ provides a cost -effective and greenery option for existing techniques for biomedical waste disposal, including consumer.
All dangerous biomedical waste, such as blood, urine, and spit as well as laboratory disposals, expensive and energy-intensive consumers, all dangerous biomedical waste become disinfected and zero. This makes the disposal of bio waste easier and economical.
One of the unique characteristics of ‘Srijanam’ is the ability to provide a pleasant fragrance for toxic waste that is dishonestly playing dishonesty, making its handling and disposal safe and more manageable.
This 400 kg capacity waste system can currently accommodate up to 10 kg per day of biodegradable medical waste. It can convert dangerous biomedical waste into benign, soil -like powder in less than half time.
Technology was successfully validated for its antimicrobial and non-types of nature, and is expected to be ready for implementation soon, pending to proceed from the concerned authorities.
Minister of Science and Technology Dr. Singh emphasized the role of innovation in addressing environmental issues. “This development is an important milestone towards permanent waste management in healthcare.
CSIR-NIIST Director Dr. “This technique provides the capacity for a safe, efficient solution for biomedical waste management,” C and Editoring said. “Safe and skilled management healthcare reduces the possibility of exposure and spreading infectious diseases for healthcare workers.”
Director of AIIMS in Delhi, Dr. (Professor) M. Srinivas said, “It speaks of scientific cooperative strength in addressing the problem of disposal of biomedical waste. It also shows the commitment of AIIMS, New Delhi in adopting things that are beneficial. Both healthcare and environment For. “
Bhasma, although effective, cannot survive the tag of extremely expensive and energy-publish, and therefore push illegal settlement channels. With ‘Srijanam’, public health and environmental protection states can become a reality obtained to get rid of issues related to man management for illegal biomedical waste.
This makes it possible by providing a cost -effective approach to the legal disposal of waste for the legal disposal of waste in a permanent way for ‘Srijanam’ healthcare institutions.
With the increasing demand for better waste disposal solutions, ‘Srijanam’ Rig offers a safe and more efficient approach, which eliminates risks associated with human risk for harmful waste and reduces the possibilities of spread and accidents.
Technology has been validated to third party for its antimicrobial action, and studies have shown that the treated material is safe than organic fertilizers such as vermicomposts.
Now scientists of AIIMS hospital transition control unit in Delhi will test and verify this new technology, and only then it can be accepted and adopted across the country.
