This Is A Immature Lady Scientist Bags International Prize For Her Innovation ‘Salino’ Which Converts Seawater Into Drinking Water

Lack of fresh H2O is a full general draw of piece of work concern as well as volition increasingly snuff it a threat to societies inwards the future. An of import engineering scientific discipline to tackle this work is desalination: making fresh drinking H2O from saline seawater. Most of electrical current methods yet are neither terms efficient nor environmentally friendly. Therefore, at that topographic point is an urgent demand to develop a engineering scientific discipline that would fulfil both criteria.

Influenza A virus subtype H5N1 immature adult woman scientist hither has come upward out amongst a cost-effective desalination process, which has bagged her prestigious international prize. Potable H2O is becoming scarce past times the day. Even every bit a lot of focus is on increasing groundwater level, a query beau at VIT University has turned her attending to seawater. 

Devlina Das, a CSIR Senior Research Fellow at the university, has come upward up amongst a projection – SALINO – to convert seawater into drinking H2O using a unique five-step method powered past times solar energy. Her operate has bagged the minute prize inwards a populace contest – 2015 RELX Group Environmental Challenge.

SALINO Inventor Devlina Das (Source: The Hindu)

The RELX Group Environmental Challenge is awarded to projects that best demonstrate how they tin dismiss provide sustainable access to rubber H2O where it is shortly at opportunity and/or access to improved sanitation. Projects must bring clear practical applicability, address identified need, as well as advance related issues such every bit health, education, or human rights.

Talking well-nigh creating SALINO, Devlina said the production would operate inwards 5 unit of measurement operations. Each pace would endure an conception merged amongst a technology. We would purpose solar panels every bit well. The production would endure meant for a large scale installation only. The working mightiness require maintenance past times trained personnel. SALINO would target communities as well as render drinking H2O (at a fourth dimension at to the lowest degree fifty homes) via a pipeline system, she said. Devlina said amongst SALINO, whose costing as well as budgeting were beingness worked out, she would similar to focus on how this projection would aid the community.

How does this procedure work?
  • ’SALINO’ converts seawater into drinking H2O using a unique procedure powered past times solar unloose energy as well as electrosorption
  • Electrosorption is a low-pressure non-membrane deionization process, amongst the potential to endure a low-energy terms choice for desalination inwards the future
  • Reverse Osmosis engineering scientific discipline which is inwards trend uses roughly thirty to twoscore per cent to a greater extent than water. SALINO is a depression terms as well as effective alternative. She opted for this novel engineering scientific discipline since the Reverse Osmosis engineering scientific discipline which is inwards trend similar a shot wasted roughly thirty to twoscore percentage of water.
This accolade agency similar achieving a milestone as well as I would address it every bit the "stepping stone" to my rising career'', she said. Speaking well-nigh this achievement, VIT Founder Dr G Viswanathan said, ''given the demand for H2O preservation as well as utilization, nosotros are proud to state that our students are agreement their urgency as well as working towards coming upward amongst a solution''. Devlina Das was i of the brightest students of VIT University as well as nosotros are rattling proud of her achievement, he added.

Devlina Das’s projection converts seawater into drinking H2O using a unique five-step method powered past times solar energy. The challenge, according to her, encourages projects on H2O sanitation. “Hence, I presented my projection on H2O purification. The focus has ever been on groundwater remediation. We bring non exploited surplus H2O that is available every bit the globe constitutes seventy per cent of ocean. This requires particular attention. I bring worked on this projection for purification of seawater,” said Ms. Das, who has completed B.Tech inwards biotechnology at the university.

She bagged the $25,000-prize for the project, spell the showtime prize of $50,000 went to Philippines-based social venture — Alternative Indigenous Development Foundation — that came upward amongst reliable drinking H2O to upland rural areas using a unique hydraulic ram pump, a release said.

To larn more, delight take in the Environmental Challenge website. See details of previous winning projects here. Sign upward for updates on the 2016 Environmental Challenge contest here.

About RELX Group Environmental Challenge 

RELX Group plc is a world‐leading provider of data solutions for professional person customers across industries. The RELX Group Environmental Challenge was launched inwards 2011 to contribute to the Water for Life Decade, an first launched inwards 2005 past times the United Nations General Assembly to halve the number of people without sustainable access to rubber drinking H2O as well as basic sanitation past times 2015. According to the World Health Organisation as well as UNICEF Joint Monitoring Programme, over 700m people are without rubber drinking water, spell to a greater extent than than 2.5bn people create non bring adequate sanitation facilities. Poor access to rubber H2O as well as sanitation contributes to wellness crises inwards many developing countries, as well as increasingly leads to vehement conflict. This is the 5th yr of the RELX Group Environmental Challenge, as well as volition endure marked past times a particular prize of $20,000 for collaboration projects involving past times winners.

0 Response to "This Is A Immature Lady Scientist Bags International Prize For Her Innovation ‘Salino’ Which Converts Seawater Into Drinking Water"

Post a Comment

Iklan Atas Artikel

Iklan Tengah Artikel 1

Iklan Tengah Artikel 2

Iklan Bawah Artikel