Welcome to T.S.M University
The vision of this institute is to impart quality medical services to the all sections of the society and further improve the health scenario of the State. The college maintains high standards of medical education conforming to the guidelines laid down by the Medical Council of India to ensure that we bridge the treatment gap for medical care in the community. Quality education leads to quality living. Life, nourished with knowledge of the highest order, not just stirs up your potential; it also takes you beyond your capabilities. Obsessed with the idea to transform education from being a cluster of well-understood subject to becoming well-adapted aspects and principles of life we have conceptualized T.S. Misra Medical College and Hospital (TSM) as a "Centre of Excellence" in medical education, medicare, training and research. The college is affiliated to Dr. Shakuntala Misra National Rehabilitation University, Lucknow. TSM is offering comprehensive patient care with a humane touch on charitable basis for the benefit of the poor and needy.
T.S.M. Lucknow Medical College & Hospital brings to the semi-urban and rural population in and around Lucknow the best medical facilities in the state at subsidized rates. The charity work done by the hospital benefits the poorest of the poor. Free admission, free medicine and free meals are provided to patients from underprivileged sections of society.
Introduction of Project: Project of T.S. Misra Medical College and Hospital, Amausi, Lucknow, (A Unit of Vedic and Futuristic Edutech). Campus spread in 90.00 acre with 15.20 lakh sq. ft. Construction area. This is a completely commercial and residential buildings like Hospital (B+G+6), Medical college (G+4), Nursing & Paramedical college (G+3), MBBS student boys & girls hostel (G+9), Nursing student boys & girls Hostel (G+4), Jr. & Sr. Resident male & female hostel (G+2), MBBS student cafeteria boys & girls (G+2), Faculty & Doctors residence 3BHK (G+7), 2BHK (G+7) 1BHK (G+8), Service yard (B+G), STP (800 KLD), WTP, Solar energy plant and Electrical sub stations etc.
Before Rainwater Harvesting
After Rainwater Harvesting
Sustainable Development
Keeping in view the natural resource utilization by our institution, the TSM Medical college and hospital management is committed for preservation of natural resources using state of the art technologies to achieve the sustainable development of the institution in particular and society in general.
Since the inception of the institution we have planned for optimal utilization of natural resources and set the goal for zero discharge of effluents in our institution.
In order to attain aforementioned goals, we have undertaken following projects
- Rain Water harvesting.
- Waste water treatment and recycling
- Promotion of Non-Conventional energy.
- Energy auditing.
Rain Water Harvesting
Groundwater has gradually become the main source of water in Indian cities putting tremendous pressure on their aquifers. In Lucknow, River Gomti has been the main source for drinking water, however, the dependence of municipal water supplies on groundwater has increased significantly, making it a predominant source for city’s water supplies.
During summer season most of the surface water bodies do not have sufficient water and also surface water is not available locally and needs to be transported. On the contrary, groundwater is easily accessible throughout the year and can be extracted easily through tube wells. This is leading to excessive exploitation of groundwater and rapidly declining water table.
At present, groundwater exploitation in the Lucknow city during pre-monsoon is about 17 times more than the combined recharge from rainfall and Gomti River in to the groundwater system. In Lucknow city, 71% households are supplied with water by Jal Sansthan and 72% households use groundwater, indicating that almost 43% households use both the sources. Maximum coverage of supply water is in west and north Lucknow and least in south and east Lucknow. Survey among different water users indicate that 91% multi-storey group housing societies and almost 70% of Lucknow’s commercial users - Hotels and Restaurants, Hospitals, Offices, Malls and Schools, are dependent on ground water.
At least 25% of commercial users also reported that since the drilling, they have increased the depth of their bore wells by almost 100 m, due to lowering of water table in their area.
Our Hospital Constructed 29 no’s of Rain Water Harvesting Chamber to Recharge the Ground water.
Year |
Catchment Area ( Acre ) |
Catchment Area ( Sqm.)= Acre*4046.86 |
Amount of collected water ( m3 )= Catchment area *Precipitation of rainwater ( avg. 57.1” 2021)*0.623 |
2019
|
90
|
364217.4
|
333258.9 @915 mm precipitation
|
2020
|
90
|
364217.4
|
328524.0 @ 902 mm precipitation
|
2021
|
90
|
364217.4
|
364217.4 @ 1002 mm
|
2022
|
90
|
364217.4
|
411201.4 @ 1002 mm Precipitation
|
Total(M3)
|
1437201.7
|
Year |
Raw Water Taken ( M3 ) |
1% Wastage in Treatment Process ( M3 ) |
Total Use of Treated Water ( M3 ) |
2018
|
174002
|
1740
|
172262
|
2019
|
186571
|
1865
|
184706
|
2020
|
213087
|
2131
|
210956
|
2021
|
215166
|
2152
|
213014
|
Total ( M3 )
|
788826
|
7888
|
780938
|
Year |
Amount of collected rain water ( M3) Table A |
STP Water ( M3 ) Table E |
Total Recharge of Water Under Ground ( M3 ) |
2018
|
3134454
|
140506
|
3274960
|
2019
|
3175161
|
150656
|
3325817
|
2020
|
3195515
|
194563
|
3390078
|
2021
|
3541526
|
199244
|
3740770
|
Total ( M3 )
|
13046656
|
684969
|
13731625
|
S.No. |
Year |
Pre monsoon (Avg. Rft) |
Post monsoon (Avg. Rft.) |
Difference (Avg. Rft) |
1
|
2018
|
66.00 to 68.00 Below from NGL
|
53.00 to 55.00 Below from NGL
|
(+)13.00
|
2
|
2019
|
60.00 to 65.00 Below from NGL
|
52.00 to 53.00 Below from NGL
|
(+)10.00
|
3
|
2020
|
61.50 to 64.00 Below from NGL
|
53.50.00 to 55.00 Below from NGL
|
(+)8.50
|
4
|
2021
|
58.25 to 60.25 Below from NGL
|
50.00 to 50.50 Below from NGL
|
(+)8.25
|
5
|
2022
|
53.16 TO 56.08 Below from NGL
|
49.69 to 46.41 Below from NGL
|
(+)6.56
|
Sewage Treatment Plant (STP)
In India the effluent and sewage discharged from industries and urban settlements are the major source of pollution of surface water bodies like rivers, lakes, wetlands etc. resulting their environmental degradations. Therefore, proper collection, treatment and disposal of industrial wastes and domestic sewage is an essential pre-requisite for conservation of aforesaid natural water bodies in order to maintain their environmental sustainability which is also related to the general health of the public and the improvement of quality of life in our Hospital Campus there is 800 KLD STP plant to recycle the waste water We use the Recycled water in Flushing and Gardening.
Sewage Treatment Plant (STP)
TSM Hospital STP Plant
Recycled Waste Water Consumption Data Table (E)
Year |
Waste Water Taken( Liters ) 85% of Ground Water |
5% Wastage in Treatment Process ( Liters ) |
Total Use of Recycle Water ( Liters ) |
2018
|
147902
|
7395
|
140507
|
2019
|
158585
|
7929
|
150656
|
2020
|
204804
|
10240
|
194564
|
2021
|
209731
|
10486
|
199245
|
Total ( M3 )
|
721022
|
36050
|
684972
|
Environment Saving with Horticulture
- Total No of Tree & Shrubs in Tsm Campus 47000
- Total grass Area 295000 Sqft
Non-Conventional Energy
Energy is the prime mover of economic growth and is vital to sustenance of a modern economy. Energy is the key input to drive and improve the life cycle. Primarily it is the gift of the nature to the mankind in various forms. The consumption of energy is directly proportional to the progress of mankind. With ever growing population, improvement in living standard of the humanity, industrialization of developing countries, the global demand of energy is expected to increase rather significantly in the near future. India rank fifth in the world in total energy consumption and needs to accelerate the development of the sector to meet its growth aspiration. India has one of the fastest and largest growing economies in the world, as well as an expensive populace of above 1.25 billion people.
There is a very high demand for energy, which is currently satisfied mainly by coal, foreign oil, and petroleum, which apart from being a non – renewable, and therefore non – permanent solution to the energy crisis; it is also detrimental to the environment. Thus, it is essential to tackle the energy crisis through judicious utilization of abundant renewable energy resources, such as biomass energy, solar energy, wind energy, geothermal, etc. Our management also want to give something to the society, we have also installed 650 KW Photovoltaics system on our hospital and college roof top and 20000-liter Solar thermal on hostel roof top , we are also using the bio gas in our hostel mess for cooking purpose by kitchen-waste.
Solar Photovoltaics at TSM
Solar Photovoltaic Saving Data Table
S.no |
Year |
Total Unit Generated |
1
|
2017
|
65145
|
2
|
2018
|
707926
|
3
|
2019
|
741806
|
4
|
2020
|
805970
|
5
|
2021
|
817324
|
6
|
Jul-22
|
505394
|
Total
|
3643565
|
- Financial Saving = 36435650 @ 10 Rs/ unit
- CO2 Emission reduction using solar 2175 Ton @0.597 CO2/KWh
Solar Thermal Saving Data Table
Solar Thermal Saving Data Table
S.no |
Year |
Running Floor |
Total No Geyser |
Per Unit Consumption |
Total No of Running Hour |
Monthly Consumption (KWh) |
Total Yearly consumption @ 5 month (KWh) |
1
|
2018
|
10
|
120
|
2
|
3
|
21600
|
108000
|
2
|
2019
|
12
|
144
|
2
|
3
|
25920
|
129600
|
3
|
2020
|
16
|
192
|
2
|
3
|
34560
|
172800
|
4
|
2021
|
18
|
216
|
2
|
3
|
38880
|
194400
|
Total Unit Consumption
|
604800
|
- Total Financial Saving = 6048000 Rs @ 10Rs
- CO2 Emission reduction using solar thermal 364 Ton @.597 Co2/KWh
Bio Gas
Biogas has emerged as a promising renewable technology to convert agricultural, animal, industrial and municipal wastes into energy .Anaerobic digestion of biodegradable organic wastes, besides providing energy and manure, offers several social and environmental benefits. Biogas contributes in reducing negative externalities associated with organic wastes such as groundwater and soil contamination, emission of local air pollutants like dioxins and furans as well as methane, a potent greenhouse gas.
Replacement of fossil fuels and untreated traditional solid biomass by clean fuel like biogas for cooking, lighting and electricity generation would also help in curtailing GHG emissions as well as indoor air pollution .we have also installed 15M3 Bio Gas Plant in our hostel Campus for cooking purpose.
Bio Gas Data Table month August
S.no |
Date |
Generation(m3) |
Avg. |
1
|
Aug 2022(04-08-2022 to 31-12-2022)
|
2083
|
416 m3/month
|
2
|
Jan 2023 to Dec 2023
|
7169
|
597 m3/month
|
3
|
Jan 2024
|
788
|
788 m3/month
|
Energy Audit
Energy audit of a building is a systematic procedure which aims to evaluate the building’s existing energy consumption, to identify the potential energy savings and to report the findings. It is an important tool which can be used to implement energy efficiency measures and achieve energy conservation in the building sector together with extension of the electromechanical equipment life span.
TSM hospital has been Regularly conducting Energy Audit Since 2017.
Energy Audit Data Table
S.no |
Equipment/system |
Initial Status |
Implementation |
Saving Achieved |
1
|
Chillers
|
The set temperature was 7oC at chillers in the first Audit
|
The set temperature is dropped to 8.5oC after 14 Sep 2018.
|
Rs. 3,02,400
(30,240 kWh)
|
2
|
Cooling towers
|
In the first visit it is observed that only one chiller is running for 3 hrs. in morning 6 to 9 am. However, in subsequent visit it found the cooling tower fans are continuously running even when chiller load is low.
|
Temperature indicator with thermostat has been installed (2 sets) in CT fan after cleaning of chillers and also, acid cleaning of cooling tower is done in last week of December 2018 together by Nimbus and projects team
|
Rs. 1,38,000
(13,800 kWh)
|
3
|
Pumps
|
It is observed the condenser pumps are operated continuously on full load.
|
The VFD is installed started working on the basis of return temperature.
|
Rs. 7,77,600
(77,760 kWh)
|
4
|
Split ACs
|
The split ACs condenser units are in the direct sunlight at many places.
|
1) Split ACs are removed at many places and condensing units of many ACs are moved in shade or under solar panel.
|
50% of ACs energy consumption gone down
|
5
|
Lighting
|
1) Segregation of lights are not done and which leads to high use of lights.
2) The high lighting is used where the human movement is very less.
Awareness of switching of lights and fans is very low among the employees.
|
1) The engineering team changed the lighting system less no’s of light on one switch (alternates), almost 40% of lighting load is decreased.
2) Occupancy sensors are not yet fitted
3) The awareness is spread among the workers/employees working in respective area.
|
Rs. 24,70,923
(2,47,093 kWh)
|
6
|
Condenser
|
1.During inspection of Cooling Tower Scale at cooling tower fill Media Observed.
2. Condenser approach temperature (CAT) has reduced from 5.95° C
|
1. Effective Chemical Treatment of cooling Tower water done
2.condenser approach temperature (CAT) has reduced from 5.95° C to 2.75° C indicating increase in efficiency of chiller.
|
Rs. 838866
(83886.6 kWh)
|
7
|
STP Blower
|
During Inspection of STP Plant it is notices that aeration rate is high
|
We controlled the Speed of Blower by VFD
|
Rs. 50000/month
|