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©M. S. Ramaiah University of Applied Sciences
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Presentation on Sanitation, Waste Management and
Environmental Engineering Research Centre
By
Dr B S Dayananda
Head of the Research Centre
MSRUAS
©M. S. Ramaiah University of Applied Sciences
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• University
• Faculties of University
• Research activities of University
• Research activities of our centre
• Road Map
• Facility Creation – Phase wise
Outline of the Presentation
©M. S. Ramaiah University of Applied Sciences
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M.S. Ramaiah University of Applied Sciences (MSRUAS)
• A Private University created by an Act of the State of Karnataka
• A comprehensive, Innovation University and Unitary in nature
• UGC approved with 2f status
• MHRD ranked one among top 100 in India, top 5 in Karnataka
©M. S. Ramaiah University of Applied Sciences
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FFFa
FET FAD FMC FSH GHMCT FPH
a
Directorates in MSRUAS
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Education and Research Practice at FacultyJob Role-Requirements
Knowledge and Understanding
Cognitive Abilities- Critical, Analytical, Research
AbilitiesPractical Skills
Transferable Skills
Society
Sectors- Manufacturing, Health Care, Hospitality, Agriculture, Commerce,
Textiles, Leather, Software, Electronics, ICT,
Construction, Pharma, Chemicals…..
UNIVERSITY
Curriculum Development-Learning
Outcomes, Syllabus
Academic ProcessesTeaching and Learning
Practical work/Field work/Technical skillsSeminars
Internships (Industry/Abroad)Project work
Visit to IndustriesGuest Lectures
Assessment-Term TestsAssignments, Examinations
Supplementary ProcessesTransferable skills and Leadership
Development Training
Placement SupportCareer Advice and Guidance for Higher
EducationGuidance and Support for
Entrepreneurship
Complementary ProcessesSports and Athletics
Cultural ActivitiesTechnical Competitions
ExcursionsPrestigious Lecture
Community Services
Graduates with Problem Solving capability in the chosen Domain
Required Outcomes
Out come based, Learner Centric,
Continuous Evaluation
©M. S. Ramaiah University of Applied Sciences
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University Model and Activities
1. Engineering Design and Analysis centre2. Electronic System Development Centre3. New Product Design and Development4. Centre for Mechanical Product
Development
5. E-MED Centre6. Centre for Technological Product Incubation
and Entrepreneurship Development
©M. S. Ramaiah University of Applied Sciences
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Research at MSRUAS
• The University is actively working with National and Internationalorganizations in government, public and private sectors tocarryout research, and generate knowledge for the benefit ofSociety
• Research Organizations like ISRO, DRDO, DST, DBT and CentralMinistries like Power, Renewable Energy, Environment and Forest,Human Resources, Agriculture, IT and Electronics and Industrieshave provided finance and research grants for advanced researchin the past.
• So far, the University faculties have undertaken more than 90funded research projects and have filed more than 50 patents.
©M. S. Ramaiah University of Applied Sciences
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SPRAY CASTING SCHEMATIC LENS – DIRECT METAL DEPOSITION ON Ti-ALLOY TURBINE BLADE
SURFACE FINISH STUDIES ON Ni-BASED SUPER ALLOYS
SELECTIVE INHIBITION SINTERING –RAPID PROTOTYPING TECHNIQUE
DEVELOPMENT OF TRAINER KIT FOR ANGEOPLASTY
COATING FOR BIOMEDICAL APPLICATION
Research at MSRUAS
©M. S. Ramaiah University of Applied Sciences
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Goals of the Research Centre
• To study and analyze current challenges in sanitation andwaste management from public, health, community servicesand governance perspectives, for providing affordable andsustainable solutions
• To formulate and implement an awareness programme toemphasize societal effects of poor sanitation and wastemanagement
• To design and implement innovative, ecofriendly andsustainable solutions and technologies for sanitation, wastemanagement and re-cycling, addressing the specific natureof prevalent problems
©M. S. Ramaiah University of Applied Sciences
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Goals of the Research Centre
• To provide solutions for environmental issues arising fromimproper waste management
• To design and develop processing plants, conforming to therequirements, of specific categories of waste management
• To commercialize processes and products for efficientdisposal of waste, including bio-waste
• To disseminate knowledge on principles and good practicesof waste management techniques
©M. S. Ramaiah University of Applied Sciences
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Motivation for the Research Centre
• Generation of large quantities of waste from domesticapplications and hospitality industries along with inefficientmanagement of these has led to dangerous levels of toxiccontent in the environment
• Increased incidents of communicable diseases andemergence of epidemics
• Robust sanitation facilities and effective waste managementpractices are the need of the hour
• Effective sanitation and waste management practices lead toa cleaner and greener environment, and also helps inconserving energy and valuable natural resources
• It provides for a better and healthier living environment forthe society, resulting in development of smart cities
©M. S. Ramaiah University of Applied Sciences
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Sanitation, Waste Management and
Environmental Engineering Research
Centre
Sanitation and Waste
management
Mr. Arun R.
Hotel Waste Management
Bio- Medical Waste
Management
Environmental Management
Team Members
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Wastes and its Types
Waste
Agricultural Waste
Bio-degradable
Waste
Non Bio-degradable
Waste
Bio-medical Waste
Domestic Waste
Chemical Waste
Kitchen Waste
Industry Waste
E-Waste
Construction Waste
ClinicalWaste
Gaseous Waste
Waste Water
Toxic Waste
Residual Waste
Municipal Waste
Food Waste
Litter Waste
Mineral Waste
Organic Waste
SewageSharps Waste
Beverage Cans
Pharmaceutical Waste
Non-Toxic Waste
©M. S. Ramaiah University of Applied Sciences
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Short Term Plan
Sanitation Engineering, Waste Management and Environmental
Engineering
Bio-degradable
Waste
Non-Bio-degradable
Waste
Chemical-free
laundry
Reuse of Hotel waste
Civil Applications
e-waste recycling
Water recycling
IWI Dual Reactor system
Dr. B S DayanandaMs. Rashmi KopparMs. Supriya RaoMs. Vineetha
Dr. ShaliniMs. Suvarna PMr. Yateen
Dr. JyotsnaMr. Vijaya Kumar SMr. Arun R
Mr. Harshad R PMs. Sandhya AnilkumarMs. PratishaMs. Ankita SharmaMs. Rituparna
©M. S. Ramaiah University of Applied Sciences
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Smart City
Waste Management
Sanitation Facilities
Solid Waste Management
Waste to Wealth
Conservation of Energy
Transportation System
Power Plants Law
Enforcement
Long Term Plan
©M. S. Ramaiah University of Applied Sciences
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Roadmap for SustenanceLocality
PerspectiveZonal
PerspectiveCity
PerspectiveState
PerspectiveNational
PerspectiveGlobal
Perspective
Solid Waste Management
Waste Segregation at Source
Effective sanitation practices
Conservation of resources
Reduce, Reuse and Recycling of wastes
(3Rs)
Rain water harvesting
Chemical wastes treatment
Optimization of greenhouse gas emissions from various sources
Conservation of Energy
Waste to Energy
Capturing and Sequestration of
carbon and reusing it in industrial applications
Reduction in carbon footprint
March towards being carbon negative
Waste Management projects from other states
Global warming and Greenhouse effect
©M. S. Ramaiah University of Applied Sciences
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Research Road Map
Sl. No
Activities
Year - 1 Year - 2 Year - 3 Year - 4 Year - 5
1-6 7-12 1-6 7-12 1-6 7-12 1-6 7-12 1-6 7-12
1
Quantification of different types of wastes. Survey and literature review on waste management techniques for MSW, Bio Medical Waste and Hospitality industrial waste.Identification of environmental issues and current challenges in waste management.Awareness programme to emphasize societal effects of poor sanitation and waste management
** **
2 Development of necessary infra structure.Design and development of innovative, ecofriendly and sustainable technologies for waste management in collaboration with other organisations like BBMP, BBHA, Sembramky etc
** ** ** **
©M. S. Ramaiah University of Applied Sciences
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Research Road Map
Sl. No. Activities
Year - 1 Year - 2 Year - 3 Year - 4 Year - 5
1-6 7-12 1-6 7-12 1-6 7-12 1-6 7-12 1-6 7-12
3 Design and development of processing plants conforming to requirements.
** ** **
4 Development of a standard framework for management and recycling of wastes for extraction and conservation of energyWaste minimization and recycling Developing technologies to convert waste into useful by-products or sources of energy.
** ** ** **
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Research Road Map Sl. No. Milestone Deliverables
1 At the end Year 1Publications-01
Seminars -02Conference-02
Invited Lectures-04Awareness program
2 At the end of Year 2Publications-02
Seminars -02Conference-03
Invited Lectures-03Infra Structure development
3 At the end of Year 3Publications-02
Seminars -02Conference-03
Invited Lectures-03Program on good practices
of waste management
©M. S. Ramaiah University of Applied Sciences
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Research Road Map
4 At the end of Year 4Publications-02
Seminars -02Conference-03
Invited Lectures-03Patents-01
Commercialization of developed technology
5 At the end of Year 5 Publications-02Seminars -02
Conference-03Commercialization of developed technology
©M. S. Ramaiah University of Applied Sciences
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Facility Creation – Phasewise
Sl. No. YearEquipment to be
Procured/Facility to be Created
BudgetedCost in INR
Utilising Research
GroupPhase
1 2 Compost Unit 30,000 HWM 1
2 2 Vermi Compost Unit 13,500
3 3 Ozone laundry 28,00,000 3
4 4 Intelex Waste ManagementApplication Software
-- SWM
1
5 4 We3 Recycler Software --
6 1 Sampler (Kit) SWM&
EM
2
7 2 Dry ThermophylicDigester
6,00,000 HWM 1
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Research Funds
• Research Collaborations: – IIASA-International Institute for Applied Systems Analysis (IIASA), Austria
– CPCB
– ISWA- International Solid Waste Association
– Environment Protection Training & Research Institute (EPTRI), Hyderabad,
– Waste to Energy Research and Technology Council – India (WTERT–India)
– Karnataka Environment Research Foundation (KERF)
– CPR Environmental and Education Centre
– CFTRI, Mysore
• Financial support:– Capacity Building Initiative (CBI) (India-IIASA Programme- TIFAC)
– ISWA
– The United Nations Industrial Development Organization (UNIDO)
©M. S. Ramaiah University of Applied Sciences
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Research Proposals
Sl NO Title of the Proposals Status Sponsoring Agency
1 A Study on Dry ThermophilicDigestion of Chicken LitterAlong with Pongemia Seed Cake
To resubmit after some corrections
TSD-DST
2 Development of a Green innovations Framework for the manufacturing sector
Under review NSTMIS-DST
©M. S. Ramaiah University of Applied Sciences
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References
• Al-Jayyousi O.R. (2003) Greywater reuse: towards sustainable watermanagement, Desalination, 156, pp. 181-192
• Chitnis V., Vaidya K., Chitnis D.S. (2005) Bio- Medical Waste inLaboratory medicine Audit and Management, Indian J MedMicrobiol, 23(1), pp. 6-13
• Gaidajis G., Angelakoglou K.,Aktsoglou D. (2010) E-waste:Environmental Problems and Current Management, Journal ofEngineering Science and Technology, 1, pp. 193-199
• Jalal Uddin M.D. (2012) Journal And Conference Paper On(Enviornment) E – Waste Management, IOSR Journal of Mechanicaland Civil Engineering, 2(1), pp. 25-45
• Kalana J.A. (2010) Electrical and Electronic Waste Management Prractice by Households, International Journal of Environmental Sciences, 1(2), pp. 132-144
©M. S. Ramaiah University of Applied Sciences
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References
• Kassinis, G.I. and Soteriou, A.C. (2003) Greening the service profitchain: the impact of environmental management practices.Production and Operations Management, 12(3), 386–403
• Radha K.V., Kalaivanai K., Lavanya R. (2009) A Case Study of Bio-Medical Waste Management in Hospitals, Global Journal of HealthScience, 1(1), pp. 82-88
• Sivaramanan S. (2013) E-Waste Management, Disposal and ItsImpacts on the Environment, Universal Journal of EnvironmentalResearch and Technology, 3(5), pp. 531-537
• Stypka T. (2007) Integrated Solid Waste Management Model as aTool of Sustainable Development, Proceedings of Polish-Swedishseminars, 12, pp. 21-28
©M. S. Ramaiah University of Applied Sciences
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Any Other Issues Related to the Research Centre
• No Issues