Kidney Care Revolution: IICT Tech Slashes Dialysis Costs by 70%
IICT develops tech to cut dialysis costs, benefiting 20,000+ patients.
Top Summary
- What happened: Indian Institute of Chemical Technology (IICT) scientists have created two indigenous technologies that significantly reduce the cost of dialysis.
- Why it matters: The innovations address the high cost of haemodialyser filters and high-purity water systems, key components in dialysis treatment.
- What changes for people: Dialysis could become 70% more affordable, expanding access to life-saving treatment, particularly in rural areas.
- Who is affected: Patients with chronic kidney disease, especially those in smaller healthcare centers, will benefit from this technology.
Affordable Dialysis Breakthrough
The Indian Institute of Chemical Technology (IICT) has announced a major breakthrough in kidney care.
They've developed two indigenous technologies designed to sharply reduce dialysis costs, potentially transforming access to treatment in India.
Indigenous Haemodialyser Filters
The first innovation is the development of ultra-thin hollow fibre membranes for haemodialysers.
These membranes act as artificial kidneys, filtering toxins from the blood.
"Traditionally, India has relied heavily on imported filters, significantly increasing treatment costs. Our hollow fibre membranes have been produced using a novel design and match global standards in performance, but at a fraction of the cost," a senior IICT scientist stated.
Imported filters cost between ₹700 and ₹1,000, but the indigenous versions could be manufactured for as low as ₹150 to ₹200.
This results in approximately 70% cost savings.
High-Purity Water Systems
The second innovation tackles the need for high-purity water, crucial for safe dialysis.
IICT researchers have developed advanced reverse osmosis (RO) and nanofiltration (NF) membrane systems.
These systems remove contaminants while maintaining efficiency, ensuring safe and reliable dialysis procedures.
"Dialysis requires large volumes of ultrapure water. Our system not only ensures safety and reliability but also reduces water and electricity consumption," the scientist added.
Pilot Program Success
Pilot deployments in Kamareddy and Marredpally have shown promising results.
These technologies were provided to private dialysis players and have benefitted nearly 20,000 patients.
"The systems have demonstrated consistent performance, and we are now in the process of transferring the technology to private service providers for wider adoption," another scientist mentioned.
Reduced Import Dependence
These innovations can significantly reduce India's dependence on imported medical devices.
They improve access to affordable dialysis care, especially in remote areas.
The technologies are expected to enable high-quality dialysis services to reach centers requiring long-term treatment.
What to Watch Next
The IICT is currently transferring the technology to private service providers for broader implementation.
Wider adoption of these technologies is expected to dramatically improve dialysis access across India, particularly in underserved communities.