THE PREFERRED RESIDENCE FOR GLOBAL LEADERS

EXCELLENCE IN ENERGY MANAGEMENT

ITC MAURYA

Acknowledged as the preferred residence of visiting heads of state and global

business leaders– ITC Maurya epitomizes the luxury hotel experience. The

Hotel has started its operation in the year 1977. ITC Maurya has 438 rooms, 6

F&B restaurants outlets and 3 banquet spaces

ITC MAURYA-UNIQUE FEATURES

ITC MAURYAPROPERTY DETAILS

Built Up Area 55044 sqmtr

No of Rooms 438

Banquet halls 3, (Kamal Mahal,Sakya,Chatya)

Resturants7 (Bukhara, Coffee shop, IRA, Dum Pukht,Golf bar,Tian, Ottimo)

Meeting Rooms 9

Kitchen 7

Incoming Electrical 2 Sources 11KVA

Generators 1500KVA *2, 1350 *1

Transformer 1000KVA*4 nos

Chiller Plant 400TR*2nos, 420TR *2nos

UPS120KVA *7 Nos, 40 *2Nos. (UPS are in parallel load with ATS)

Fuel PNG from IGL

NATURAL ENERGY USAGE FOR LIGHTING

E

N

S

W

Glass type Direction

Double Glaze Unit NE

Low- U DoubleGlaze Unit

SW

ECE Block

TOWER Block

MAURYA ONE BLOCK

ITC MAURYA ENERGY PERFORMANCE Vs

GLOBAL BENCHMARK

Sl. No Description Energy Type UnitUnit

consumption Eq. KWHArea in Sq.

mtr Kwh/sqmtr Global Benchmark

1 Electricity Electricity Kwh 11326900 11326900 55044 206

419(US EPA Energy star

Portfolio)

2 Fuel PNG SCM 470491 4648451 55044 84

Total 290

Global benchmarking defined by US EPA Energy STAR Portfolio Manager is 419 kWh/m2

Specific Energy consumption of ITC Maurya is 290 kwh/m2 which is 30.7 % below the global bench marking

ITC MAURYA ENERGY PERFORMANCE Vs

NATIONAL BENCHMARK

Sl. No Description Energy Type UnitUnit

consumption Eq. KWHArea in Sq

mtr Kwh/sqmtrNational

Benchmark

1 Electricity Electricity Kwh 11326900 11326900 55044 206290

(BEE Standard )2 Fuel PNG SCM 470491 4648451 55044 84

Total 290

National benchmark is defined by BEE for 5 Star Deluxe Hotel is 290 kWh/m2

Specific Energy consumption of ITC Maurya is 290 kwh/m2

ELECTRICAL DISTRIBUTION

Area Percentage

HVAC high side 33

HVAC low side 16

Plumbing 8.5

Lighting 20

Plug Load 22.5

HVAC High Side 33%

HVAC low Side 16%

Plumbing 8%

Lighting20%

Plug Load23%

HVAC High Side HVAC low Side Plumbing Lighting Plug Load

SPECIFIC ELECTRIC ENERGY PERFORMANCE

Year Electricity(lakh units)

Total area(sqmtr)-2

SEC-2Kwh/sq mtr

2016-17 114.6 55044 208.20

2015-16 112.1 55044 203.66

2014-15 113.04 55044 205.36

2013-14 115.7 55044 211

211 205.36 203.66208

195200205210215

2013-14 2014-15 2015-16 2016-17

SEC-3

SEC-3

Conclusion:-

REVENUE - There is 8 % Growth in Revenue i.e. Rs 19 Cr (Yr. 2016-17 Vs Yr. 2015-16 )

There is an increase of 3% in the total occupancy and 6.8 % in F&B Covers in 2016-17 as compared to 2014-15.

There is an increase in the air conditioned area post renovation of Kitchen and opening of new outlets with an addition of 700units per day .

New equipment’s are being added along with Renovation i.e approximately increase of 258 units per day.

There is high increase in banquet electrical load due to heavy banquet setups.

Even after increase in all the above factors , there is a saving of 1.5% as compared to the base year.

SPECIFIC ENERGY CONSUMPTION PERFORMANCE -FUEL

YEAR PNG F& B Covers SEC

2016-17 472191.6 766947 0.615

2015-16 469125.4 749499 0.625

2014-15 470156 717743 0.655

2013-14 485607 757664 0.64

0.64

0.655

0.6250.615

0.59

0.6

0.61

0.62

0.63

0.64

0.65

0.66

2013-14 2014-15 2015-16 2016-17

Specific Energy Consumption

Specific Energy Consumption

Conclusion:-

There is 8 % Growth in Revenue i.e. Rs 19 Cr (Yr. 2016-17 Vs Yr. 2015-16 )

There is an increase of 6.8 % in F&B Covers in 2016-17 as compared to 2014-15.

There is an increase in Kitchen consumption due to opening of new outlets.

Even after increase in all the above factors , there is a saving of 4% as compared to base year.

INNOVATIVE ECM PROJECTS – 01-1st Time in India

Compared to conventional heat transfer fluid like water, Nano fluids have higher thermal conductivity.

Nano fluids are new class of advanced heat transfer fluids engineered by dispersing nanoparticles

Nano particles have high surface area between particles and fluids

Nano fluid when used with water in the ratio of 50:50 enhances the capacity of water to transfer heat. Thus making it more efficient in terms of energy consumption

Water in the closed loop between heat pump and heat exchanger get replaced with Nano fluid solution which resulted in better IKW/Ton of heat pump

A P P L I C AT I O N O F N A N O F L U I D I N H E AT T R A N S F E R

Chiller circuit

Refrigerant circuit

Condenser circuit with nanofluid

Heat exchanger

Hot water

HEAT PUMP

Hot Water

Chander PrakashOmkar VermaShiv Kumar

DATA ANALYSIS BETWEEN WATER AND HYDROMX

WATERWith

HYDROMX

A RUN TIME 1870 2115

B POWER CONSUMPTION KW 172357 176055

C PER HR. POWER CONSUMPTION KW 92.17 83.24

D SUPPLY TEMP. ⁰C 56 55.56

E RETURN TEMP. ⁰C 52.4 51.36

F DELTA TEMP. ⁰C 3.6 4.2

G WATER CONSUMPTION 14653000 16437000

HHOT WATER GENERATION PER UNIT

CONSUMPTION85.02 93.36

I TRH 151470 199868

J IKW/TRH 1.14 0.88

K Heating KW 532569 702734

L COP 3.09 3.99

INNOVATIVE ECM PROJECTS - 01

INNOVATIVE ECM PROJECTS- 01

PERFORMANCE ANALYSISPower consumed KW/HR in water 92.17 kwPower consumed KW/HR in Hydromx 83.24 kw

IKW/TRH in water 1.14IKW/TRH in Hydromx 0.88

Power required to generate 75 TR heating in water

85.5 kw

Power required to generate 75 TR heating in Hydromx

66 kw

Reduction in power consumption for given load 22.81%

CONCLUSION:-

Reduction of power consumption by 22%

Improvement of COP by 29%

INNOVATIVE ECM PROJECTS- 02

POWER OPTIMISER

Working Principle:-

These modules develop a negative current from the adjacent phases(such as phase B-C and C-A into phase B)

This current is inserted into each phase by means of inducing currents through magnetic coupling of other phases

Coils inside the modules produce a negative current with a relatively large 120 cycle content

This results in a reduction of power consumption by 7-15% depending on circuit and load parameters

Anil SharmaSatya PrakashAnil Singh

Patented shut efficiency system is a Magnetic field induction technology that recycles the waste inductive energy resulting reduced KVAH demand, power factor, improvements and reduced capacity charges

INNOVATIVE ECM PROJECTS - 02

Sl No Description Value Unit

1 Monthly Power Consumption BEFORE 1230780 KVAH

2 Monthly Power Consumption AFTER 1110180 KVAH

3 Difference 120600 KVAH

4 Saving 9.80 %

5 Cost per unit 8.27 Rs

6 Cost Saving 997362 Rs

PERFORMANCE ANALYSIS

CONCLUSION :-

Up to 10% saving in power consumption

It acts as a surge suppresser and reduce theload of capacitor bank and harmonic filter

It improves the power factor reduces the losses

INNOVATIVE ECM PROJECTS- 03

AGNISUMUKH GAS BURNER

Uniform heat without burning while retaining the moisture of the food ensuring tastier and healthier food.

Convention cum radiant heat which has far infrared rays capable of penetrating the tiniest water molecules and passing heat through them

A radiation with this frequency of energy converts molecule into tiny atoms and cooks with minimum gas pressure compared to the conventional gas burners

Flameless, smokeless, noiseless, odorless radiant heat device

No emission of carbon soot

Shiv SinghShiv kumar ShuklaBaijnath

Flame and heat have a tendency to accumulate at the Center where as Agnisumukh produce uniform heat which results in very high thermal efficiency

INNOVATIVE ECM PROJECTS-03

Conclusion:-Thermal Energy saving:- 20%Reduction in exhaust load:- 7%

BEFORE AFTER

AGNISUMUKH GAS BURNER

MONO POLAR FUEL MAGNETISATION

ENCON PROJECTS- 4

Infrared image of normal combustion

Infrared image of combustion after magnetizer monopolartreatment

Increases BTU output

Increases thermal efficiency of the fuel by 5%

No external power required

Reduces Carbon buildup

Increases the combustion efficiency, reducing the

fuel consumption.

Reduces smack emission levels , leads to cleaner

environment

Unit has installed PNG magnetizer in boilers.

By applying a strong magnetic field hydrocarbons in

PNG gets broken and increases the surface area. This

results in the optimum use of PNG gas for boiler

operation

Maintaining 11-12 SCM/kg steam at boiler

ENCON PROJECTS-5

BIOLOGICAL DRAIN MANAGEMENT SYSTEM FOR EFFLUENT TREATMENT

BioAmp discharges active bacteria, the bacteria begin feeding and multiplying the instant they enter the waste water stream or drain system. BioAmp allows bacteria to become active during the growth cycle, enabling the bacteria to enter the waste water in an active state

Free-Flow bacteria will utilize the organic suspended solids as a food source and therefore reduce levels.

Free-Flow will decrease the total dissolved solids of the liquid effluent. The plant capacity and efficiency is improved.

SAVINGS

Energy Improvement 10%

Chemical Cost 100%

Labour 10%

Membrane life 35%

IMPROVEMENT IN WATER QUALITYSl No Parameters 2016-17 2015-16

1PH 7.5 7.32BOD(mg/l) 4.8 7.63COD(mg/l) 18.8 344TDS(mg/l) 384.8 753.25Oil and Grease <1 <1

There is saving of 2000 units per month in the Effluent plant operation due to the reduced load in compressor

Water quality (COD,BOD and TDS) has improved by 50%

ENCON PROJECTS-6

C H I L L E R T U B E C L E A N I N G SYS T E M

Automatic tube cleaning system continuously cleans the condenser tubes of the chiller plant.

This prevents the fouling inside the tubes and maintains constant heat transfer

This eventually results in constant condenser approach in the chiller operation and thereby improves the chiller energy performance

PERFORMANCE ANALYSIS

1 Improvement in chiller efficiency 12%2 Unit saved in 2016-17 95122 kwh3 Cost per unit 8.2 Rs4 Cost Saving 7.8 lacs5 Investment 18 lacs6 Payback 2.3 years

ENCON PROJECTS-7

A P P L I C AT I O N O F C C E M C I N H E AT P U M P O P E R AT I O N

Central Cooling and Circulation Energy Management Control System determines the building load through IBMS and various sensors

It calculate the building heat load and accordingly modulate the frequency of chiller plant VFD

Unlike a normal Centralized AC Plant, Heat Pump will simultaneously generate Hot Water along with Chilled Water. It utilizes the reject heat to generate the hot water.Saving Potential:-Heat Pump of 108TR will save up to Rs. 25 Lacs. per year through saving PNG which is used in boilers for hot water generation

The system helps to run the heat pump/chillers in optimum efficiency without any manual intervention.

It helps to maintain the minimum IKW/TR in chiller operation

This has further resulted in a saving of 2% in existing heat pump operation. Approx 3000 units

HYDROPATH

This is used in low-pressure steam line of laundry.

It protects the equipment's from limescale build-up and removes existing lime

scale.

It fits around pipes, is suitable for all types of pipe material and works

independent of flow rate.

Approx saving of 450SCM with improvement in machine performance

ENCON PROJECTS-8

ECM-Projects -9-LED LIGHT REPLACEMENT TRACKER

S.No. Description QTY New watt Old WattDifference

Yearly Saving (kWH) Payback

1 12W LED DOWN LIGHT W/WHITE 10 12 35 23 670 15 months

2 18W LED DOWN LIGHT W/WHITE 10 18 35 17 495 15 months

3 4 feet led tube 827k GE 600 18 36 18 31450 18 months

49W LED DOWN LIGHT W/WHITE

40 9 3526 3028 18 months

5candle bulb dimmablephilips /osr

130 3 4037 14007 15 months

6 down light fitting warm white PBM LIGHT 20 9 35 26 1514 18 months

7 Kamal Mahal Halolux Lamps 125 20 250 230 83720 10 months

8 led 6 watt down light 40 6 35 29 3378 12 months

9 LED 8watt halogen 110 8 35 27 8649 15 months

10 LED bulb candle B 22 Dimmable 300 3 25 22 19219 18 months

11LED bulb pin type B 22 philips for night lamp

800 0.5 1514.5 33779 10 months

LED LIGHT REPLACEMENT TRACKER

S.No. Description QTY New watt Old WattDifference

Yearly Saving (kWH) Payback

12 PIN TYPE LED 460 2 25 23 30809 12 months

13 led candle bulb e 14 Philips 145 3 25 22 27868 15 months

14LED Par 16w

30 16 120104 9085 18 months

15LED T Lamp 2 watt megamine for shaving mirror

300 2 1513 11357 18 months

17 led tube 4 feet 6500k GE Make 120 18 36 18 18870 10 months

18Led tube 4 feet 18w 2700k MakeGE

450 18 3618 23587 12 months

19 led tube 4 feet 6500k 520 18 36 18 81769 15 months

20 Metal Halide lights replaced with LED 75 50 150 100 21840 18 months

21Periphery Sodium lights replaced with LED

50 100 400300 43680 10 months

Total 4335 468774 (3yrs)

More than 4000 lights replaced in last three years with a reduction of 130 KW load in lighting

RENEWABLE ENERGY

SOLAR CONCENTRATORS

ITC MAURYA has installed the World’s First On-site Paraboloid Solar Concentrator to meet it’s thermal requirement of steam and hot water

Sl No Description Values Unit

1 Steam Pressure delivery 6 bar

2 Steam enthalphy at 6 bar(g) 658 kcal/kg

3 Make -up temperature 25 C

4 Make -up enthalphy at 25C 25 kcal/kg

5 Conversion factor from kcal to kWh 861

6 Conversion from kg steam to kwh 0.77 kg/kwh

7 Total steam production 227660 kg

8 Equalent Power generation 176183 kwh

9 Energy Production 0.634 TJ

PERFORMANCE ANALYSIS OF LAST THREE YEARS

RENEWABLE ENERGY

Scheffler DishesNo of dishes 8Nos

Aperture area 16m2/dishSteam Production @ 750 w/m2 global solar radiation 77 kg/hour

Steam Generation in Last three years 39564kg

Equivalent Power Generation:- 30464 kwhMitigation of CO2 28.213 ton

Paraboloid DishesNo of dishes 2 NosAperture area 169 m2/dishSteam Production @ 750 w/m2 global solar radiation 77 kg/hour

Steam Generation in Last three years 188096kg

Equivalent Power Generation:- 186215 kwhMitigation of CO2 172.45 ton

PERFORMANCE ANALYSIS OF LAST THREE YEARS

RENEWABLE ENERGY PROJECT- Project No 10

Digester Pressure Vessel

Scrubbers and automation panel

Scrubber

BIO-URJA PLANTENERGY FROM WASTE

ITC Maurya has installed and commissioned one BIO-URJA

Plant of 1 Ton capacity last year June’2016

ITC Maurya generates average 800 Kg of food waste daily.

Out of which approx. 600 Kg is being processed at Biogas

plant and 200 kg approx. is processed in Organic Waste

Converter.

With Remote monitoring facility, First of it’s kind in an

urban establishment

Capital investment of the Project is 45 lacs with a payback

of 4-5 years

RENEWABLE ENERGY PROJECTS

Sl No Description Values Unit

1 Calorific Value of methane 39.8 MJ/m3

2 Calorific Value of LPG 46.1 MJ/kg

3 In 1m3 of biogas 60-65 % of methane

4 Calorific Value 23.88 MJ/m3

5 Conversion 0.518 Kg/m3 LPG EQ

6 Total Gas Produced last year 11607.77m3

7 Equivalent LPG gas produced 6012.82 kg

8 Equivalent industrial LPG cylinder 316 Nos

9 Energy Produced from Biogas 0.284 TJ(terra joule)

ENERGY PERFORMANCE

Conclusion:-

Gas produced from bio-urja plantis equivalent to 316 industrial cylinders

NEW DELHI MUNICIPAL COUNCIL appreciates the efforts of ITC Maurya by awarding the BEST SOLID WASTE MANAGEMENT SITE -2017 Award

INITIATIVES WITH ZERO INVESTMENT

Unit collects the waste from nearby communities ,45-50 kg approx. waste is collected daily. From this waste Biogas equivalent to 67 industrial cylinders is produced per year (Approx. 1273kg).

ITC Maurya Received NDMC award for SOLID WASTE MANAGEMENT BEST PRACTICE

In Feb 2017,NGT team has inspected the site, appreciated the efforts and advised several urban industries and municipalities in Delhi to execute the same

WEALTH OUT OF WASTE-SOCIAL IMPACT

INITIATIVES WITH ZERO INVESTMENT

When the hot and cold mixer selecting knob is left in the middle position with both taps open. The cold water enters hot water line as the it is pumped at a higher pressure. This resulted in water getting mixed with hot water. Also causing the inconvenience to the guests and wastage of water and energy.

To rectify this , we modified the design of the diverter plunger by enlarging the hole on the spindle in shower mixer. Now though the knob is in the middle position the water still flow from the sprout and the user would necessarily have to close both hot and cold water traps

A total of 99 bathrooms have been retro engineered. This has resulted in a saving of 3% overall in hot water production and circulation pump load

Guest experience enhancement with Reduction in water and energy

Dry Cleaning machine:-

The Team has identified the Water Utilization process for Dry Cleaning Machine at Fabric are.

The Water is utilized in machine for Heat Exchanger cooling and Distillation process.It has been observed that the Water after utilization in cooling the machine heat exchanger and Distillation process is going to the drain and Dry-Cleaning Processthereafter to STP.

The Team has done the Brainstorming on this potential opportunity on Water Saving and decided to take the Input water to the machine by taking tapping from Chilled Water Line and Drain water pipe line is again connected back to the Chilled Water Line available at the Fabric are.

The impact on HVAC load was negligible Water Saving of 6.17 lacs litre It improves the machine performance by 7% Periodicity for oil replacement reduced to half

Unit has shared the modification with OEM and they has appreciated the efforts

INITIATIVES WITH ZERO INVESTMENT

Dry cleaning machine

Condenser

Oil separator

OTHER ENCON PROJECTS SUMMARY IN LAST THREE YEARS

Sl. No Projects Benefits Year Unit

1

Replacement of old single skin AHU with double skin AHU and energy efficient motor 460 units saving from existing 2016-17 15000

2Hydropath in Laundry calendermachine 4% reduction in PNG 2016-17 8000

3 Replacement of old VFD’s with FC 102 Saving of 3% from the existing 2016-17 6000

4 Banquet hall in LED

70% reduction in lighting load. Reduction of lighting load from 72

KW to 28kw 2015-16 12000

5Installation of new exhaust for main kitchen 600 unit saving per day 2014-15 219000

69Hydropheumatic system with Horticulture

Saving of 25000 units annually12% saving in Sewage pump load 2014-15 25000

7 1Ton PNG burner of BoilerImprovement in boiler operation by

5% 2014-15 9000(SCM)

8 Installation of heat pump of SPA Jacuzzi

Using the waste cool air at lockerrooms and air conditioning the area

approx. 150sqft without any cost 2014-15 2000

BRIEF OF LAST YEAR ELECTRICITY CONSUMPTION

Increase in Electrical Consumption Energy Saving Activity

Sl No: DescriptionUnits in

lacs Sl No DescriptionUnits in lacs

Project Cost Payback

AElectrical consumption in 2016-17 114.64 1

Nanofluid(from October -16) 0.48 12 18 months

BElectrical consumption in 2015-16 112.12 2

Power Optimizer (3 months) 3 110 12 months

C Difference 2.52 3Automatic tube cleaning system 0.9 18 27 months

D Justification 4 LED lights 1.9 27 18 months

1

Increase in revenue(8%) and heavy banquet functions(6% increase) 5.4 5 Miscellaneous 0.3 25

2Increase in air conditioning load and electrical equipments 3.5

8.8 6.5 192 18 Months

3785731

3564024

3450000

3500000

3550000

3600000

3650000

3700000

3750000

3800000

3850000

2016-17 2015-16

HVAC Kwh CONSUMPTION

HVAC CONSUMPTION

CHILLER PLANT CONSUMPTION

45136

43484

2016-17 2015-16

AIR CONDITIONED AREA(sq mtr)

AIR CONDITIONED AREA(sq mtr)

Increase In Fuel Consumption Fuel Saving Initiatives

Sl No: Description SCM Sl No: Description SCMProject

Cost Payback

AFuel Consumption in

2016-17 472192 1BIO-URJA

PLANT(june -16) 6000 45 4-5 years

BFuel Consumption in

2015-16 469125 2MAGNETISER(Sep

t-16) 1020 2 2 years

C Difference 3066 3Agnisumukh

burner(june -16) 910 1.5 1.5 year

D Justification 4 Total 7930

Increase in F&B covers(Nos) 17448

Increase in Fuel with respect to 0.625 SEC

(SEC of 2015-16) 10905

BRIEF OF LAST YEAR FUEL CONSUMPTION

FUTURE ROAD MAP SUMMARY

Sl No Projects Benefits Unit Saving1 Electrical operated dishwasher 56% reduction in Energy consumption 870002 Energy efficiency chiller Reduction of HVAC load by 5% 2920003 IE4 motors for cooling tower 12% reduction in cooling tower motor load 70000

4Energy efficient fans with inbuilt magnetic motors for AHU's 22% Saving in AHU 28000

5 Brushless DC motor for FCUReduction of noiseImprovement in motor efficiency by 4.5% 15000

6 Non Chemical cooling tower

Elimination of the use of chemicals60% reduction in blow down10% improvement in condenser load 78000

7Heat recovery from the waste sewage water 5% reduction in hotwater requirement 15000

8 Thermal recycling at laundry

Heat recovery and recycling at laundry dryers7% saving in laundry PNG 25000 (SCM)

9 Vaccum Degasser for chiller 2 % Improvement in HVAC consumption 11680010 Energy efficient DG sets Improvement in power generation 30000

Total 731800 Kwh

ITC Maurya has become the first Hotel in India for not only recycling its own food waste

but also helping the community to achieve a common sustainable goal of increasing

Renewable Energy Footprint and Environment Conservation

GHG MITIGATION

Wet waste ,if untreated and sent to landfills, releases methane which has a 20 times higher green house impact as compared to carbon dioxide. Efficient bio-methanation by the Bio-Urjaensures that almost all of the potential methane in the organic content of the wet waste is extracted and used as a fuel; either by the burners or the flaring unit instead of simply releasing it into the atmosphere , thus having a great positive carbon footprint impact

Sl No Description Values

1 Volume of wet waste handled annually 92.62 tons

2 Volume of last year biogas production 11607.7m3

3 Methane content per m3 of raw biogas 0.4kg/m3

4 Annual methane generation 4.6 tons

5 Annual GHG emission mitigation 92 tons of CO2 equivalent

GHG MITIGATION

ANNUAL GREENHOUSE GAS EMISSION

Year Metric Ton CO2e

2016-17 7161

2015-16 6863

2014-15 7015

MITIGATION THROUGH RENEWABLE ENERGYSl No. Description Metric Ton CO2e

1 Biogas Plant 922 Parabolloid Dishes 1723 Scheffler Dishes 284 Photovoltaic cells 25

Total 317

Landscaping at Dhaula Kuan – 15 Acre approx.

The landscape at prestigious Dhaula Kuan Circle is maintained by ITC Maurya

Sl No Description Benefit

1Reduction of transformers during winter 1% reduction in Electricity consumption

2 Putting room heaters in cooling mode post winter 0.5% reduction in electricity consumption

3Isolation of Floors and shutting down of HVAC units during lean occupancy

1% reduction in electricity consumption

4Steam and Sauna room Heating Coil Descaling 0.1% reduction in Electricity Consumption

5Constant Monitoring of Air Fuel Ratio for Boiler operation

1% Reduction in Fuel

6 Constant Monitoring of Chiller Efficiency 1% reduction in Electricity consumption

7 Constant Monitoring of Hot Water Temperature 0.5% reduction in Fuel

8 Constant Monitoring of Cooling tower performance 1% reduction in Electricity consumption

9Constant Monitoring of Building management system

0.5% reduction in Electricity consumption

OTHER INITIATIVES WITH ZERO INVESTMENT - SUMMARY

ENERGY MONITORING AND REPORTING

To reduce the energy consumption from 675 K cal/sqmtrs/day to 655 K cal/sqmtrs/day thru energy conservation efforts(Target- year end)

Unit sets the Target for Energy Consumption at the beginning of every year

OUTCOME

TARGET

ENERGY MONITORING AND REPORTING

ITC carries out sustainability audit and reporting at corporate level every year

Sustainability report is published every year which comprises performance of all ITC units

Energy report gets discussed in the Head of Department meeting everyday addressed by the General Manager of the Hotel

REPORTING

ENERGY

TARGET

MONITOR

ANALYSE

IMPROVE

ENERGY MONITORING AND REPORTING

Online Energy Meter Monitoring

Integrated Building Management System

Online monitoring of Boiler PerformanceOnline Monitoring of

Heat Pump

MONITORING

ENERGY MONITORING AND REPORTING

CHILLER AUTOMATION SYSTEM HVAC PERFORMANCE ANALYSER

POWER OPTIMSER ANALYSER

ONLINE MONITORING OF BIOGAS PLANT

ANALYSING

AWARENESS & TRAINING

Team Formation:- Energy Cell Area wise Target Monthly meeting and analysis

of achievement Review of Projects

Training:- Capability Building through

external agency Internal Discussion Evaluation of design efficiency Benchmarking

Competitions:- Suggestion Scheme Quality Improvement Team Environment Day National Energy conservation

Day

QUALITY IMPROVEMENT TEAM -MONTHLY PERFORMANCE

TRAINING OF EMPLOYESS

EARTH HOUR

ENERGY MANAGEMENT CELL & STRUCTURE

HVAC

ELECTRICAL

KITCHEN

GUEST AREA

PLUMBING

BOILER

Anil Sharma Satya PrakashAnil Singh

Chander PrakashOmkar VarmaShiv Kumar

Shiv SinghShiv kumar ShuklaBaijnath

Jitendar SharmaKV Singh

Sanjeev BakshiRamesh DograKrishan Dutt

Davender KumarAmrikSingh TandaRajesh Roy

ENERGY MANAGER(BEE CERTIFIED)

Collection of suggestions

from Employees

ENERGY AND ENVIRONMENT/GREEN CERTIFICATION PERFORMANCE

ITC MAURYA, world’s First and Largest LEED EB Building re certified under platinum with 94 score

Audits Status

ISO 14001 Complied with no observation

ISO 22000 Complied with no observation

ISO 50001 Complied in structure

LEED EB Certified

GREENING OF SUPPLY CHAIN-COMMUNICATION TO GUEST

Our Green chillers provide air conditioning comfort with lowest electrical energy

Carbon footprint calculator placed in the Guest rooms to create an awareness among guest on GHG emission

At ITC Maurya, the rooms systems(AC, light, bill view, TV) are configured through IPAD. Guest have a choice to opt the ecofriendly settings for lights which ensure minimum energy consumption

GREENING OF SUPPLY CHAIN-COMMUNICATION TO GUEST

Awareness on Solar view roomsEarlier Guest who were staying in Rooms facing Solar Dish used to complain regarding bad view from the guest Room

Unit has created a signage for all the windows of Solar Dish view rooms to create an awareness about the dishes that are installed on the terrace

Unit hasn’t received any single guest complaint since then

Responsible Luxury Walk for Guest 1) Solar Farm2) Bio Gas Plant3) Organic Waste Converter4) Sewage Treatment Plant5) Sunya Aqua Plant

Unit takes guest/bloggers to the above areas to showcase the green initiatives at ITC Maurya

GREENING OF SUPPLY CHAIN OF INTERNAL STAKEHOLDERS THROUGH REPLICATION

This modification has resulted in the saving of water and energy.

This modification has also been shared with the equipment manufacturer.

GREENING OF SUPPLY CHAIN OF EXTERNAL STAKEHOLDERS

A team of experts headed by Chief Engineer visits

vendor’s factory/site frequently to understand their

uses and consult them for energy and water

conservation & hygiene related issues

Special training classes by experts have also been

organized to encourage vendor’s on energy saving

initiatives.

Best Eco friendly award by UN Information centre for India & Bhutan

NDMC 2017- Solid Waste management Award

SMARTER,GREENER AND SAFER BUILDING OF THE YEAR 2016

AWARDS RECEIVED IN LAST 2 YEARS

National Award for Hotel Providing Best Facilities for the

Differently abled Guests

&National Tourism Award for Best Eco Friendly Hotel

Outstanding demonstration for Ecological Sustainability by INFHRA

AWARDS RECEIVED IN LAST 2 YEARS

CORPORATE SOCIAL RESPONSIBILITY

Food waste from nearby Battle Honours Army mess community is also collected and treated

As a regular practice every year on June 5th WorldEnvironment Day is celebrated and saplings are plantedand distributed among Guests and staff members.

The landscape at prestigious Dhaula Kuan Circleis maintained by ITC Maurya

Sardar Patel Marg Railway Station is cleaned andmaintained by ITC Maurya under this drive

Ongoing Contribution in skill impartment to the underprivileged and people with disabilities, both directly and thru Non-Governmental Organisations. 6 Nos. of PWD’s are working with us.

Handing over of Used soap Bar for Charity to Sealed Air

The donated soaps directly impactsupto 3500 beneficiaries. The beneficiariesincluded children, incoming patients at DFYhealth centers, TB patients and malnourishedchildren. The basic aim behind soap distributionis to promote healthy hand wash practices topromote better health practices.

CORPORATE SOCIAL RESPONSIBILITY

SûnyaAqua, supports the hotel’s endeavours towards minimising carbon footprint, bottling water at the premises, using proprietary filtration and RO technology that meets international standards

REPLICATION FROM THE BEST PRACTISESONE ENERGY FRONT

National Green Tribunal has advised various urban establishments in Delhi NCR to install onsite biogas plants

Advance technology after capacitor bank and harmonic filter. It can result in a saving of 7% in KVAR

Biological Drain cleaning machine which will improve water quality and save energy in compressor

Agnisumukh gas burners can be installed in any kitchen which will cook with less energy and smoke

Magnetiser can be installed in any industrial burners to optimize the fuel consumption

THANK YOU