क्र.सं.

सतत विकास लक्ष्यों

प्रौद्योगिकी के प्रकार

परिनियोजन योग्य / पहले से ही तैनात प्रौद्योगिकियों की संख्या

तकनीक का शीर्षक

1

Zero Hunger

Harnessing the ocean

More than 4 (cultivation of different seaweeds by rural self-help groups; their processing for value added products like bio-stimulant, agar, agarose, pigments; SRC and RC etc.)

Cultivation of commercially important seaweeds and their downstream processing – changing the socio-economic landscape of coastal communities.

2

Good Health and Well-being

Salt as a nutritional carrier

01 technology

Double Fortified Salt (DFS) to counter Anaemia (iron) and Goitre (iodine). Better shelf life of salt, no odour, low cost, better bioavailability.

3

Clean Water and Sanitation

Potable water

02

(RO and ED)

01 RO Plant

Fabrication and installation of tailor made water purification plants using indigenous membranes for community level. From seawater to subsoil high TDS water can be used as inlet feed and potable water meeting WHO standards can be supplied (up to 5000 LPH). In areas having very low raw water supply the ED route can be adopted to provide clean drinking water. Such units require low maintenance and are ideal for hilly terrains, coastal areas, deserts, border areas etc. The ED technology can also be used to produce ultrapure water for laboratory use.

Turnkey project on design, development, fabrication, testing, installation, commissioning and maintenance of 0.1 MLD capacity brackish water desalination RO plant for Gujarat Water Supply & Sewerage Board, Bhuj – Kutch Gujarat.

4

Affordable and Clean Energy

Solar Energy/(Silicon Photovoltaics)

Solar dryers

Community level efficient solar dryers for fish and rubber dryers.

5

Industry, Innovation, and Infrastructure

High purity industrial salt directly in solar salt works - CSIR-CSMCRI in its endeavor to produce superior quality salt with negligible impurities has not only diagnosed the problem that defers the quality of salt but also developed cost effective technologies for production of high purity solar salt in situ. It has developed and patented processes for removal of Ca, Mg, SO4, Iodide, and insoluble from common salt directly in solar salt fields, which would be a boon for chlor-alkali & solar salt manufacturers.

2-phenyl ethanol, a perfumery chemical, from styrene: CSIR-CSMCRI has successfully developed and demonstrated an improved catalytic process for 2-phenyl ethanol, an important chemical in pharma and perfumery industries, from styrene via styrene epoxide through cascade epoxidation-hydrogenation pathway. This IP protected process provides better energy efficiency and renders cleaner environment using easily scalable and reusable catalysts.

6

Responsible Consumption and Production

Water/ (Recycle or Reuse)

Waste to Wealth & simple kit for detection of bacterial load in water

(4 technologies)

1. Management of solid salts waste of textiles & tanneries & their valorization
2. Spent-wash Management ZLD Technology for Molasses-based Distillery Sector
3. Zeolite-A – A benign and environmentally clean detergent builder
4. Separation of salts from spent liquor of IBB plants
5. Bacterial Detection Kit: A PVDF membrane based simple bacterial detection kit was developed by CSIR-CSMCRI that can identify bacterial presence in any type of water witnessed through simple color change (pH mediated). Time taken to change the color infers the approx. bacterial load.

7

Climate Action

CO2 sequestration

Generation of energy from microalgae feedstock through CO₂ capture from flue gases in collaboration with Adani Power Plant, Mundra.

श्री संदीपकुमार एम वानिया

वरिष्ठ वैज्ञानिक, व्यवसाय विकास और सूचना प्रबंधन समूह

ईमेल: svaniya@csmcri.res.in

संपर्क: 0278-2567760; ईएक्सटी 7810

मोब: 9712 059712