ITC MAURYA , A Luxury Collection Hotel

Presentation by – Chief Engineer –

Rahul Prabhakar

PROPERTY DETAILS

Total Plot Area 261360 sqft( 6acre)

Built up area 592488.68sqft (55044sqmtr)

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

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

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

ARCHITECTURAL DETAILS OF ITC MAURYA WITH RESPECT TO ENERGY EFFICIENCY

Low window to wall ratio (WWR).It reduce the building cooling load.As per ECBC 2007,WWR should not exceed 60% and preferred in between 40% to 60%.A building with higher WWR will transfer more heat than a building with lesser WWR

FIRST OF ITS KIND PROJECTS IN HOSPITALITY

Indoor Air Quality improvement with Live

monitoring at Main lobby

Biogas plant on 1 ton capacity with remote

monitoring

Power Optimiser for reduction of kVAR

First LEED Platinum building under existing building

ISO 14001 First In Asia Pacific hotels in 1999

Heat Pump for Hot water generation

Effluent Gas Boiler withNatural Gas Genset for power backup

Sunya Aqua an initiative to reduce plastic bottles in hotels

First MBR based STP

First Organic Waste converter in Delhi Hotels

Largest Onsite Solar Concentrators

Evergreen Chillers having ikw/Tr <0.3

20172016

2014

2010

2006

2008

2012

Year

Electricity Consumption in Lakh units

Total area(sqmtr)-2

Room Nights F&B covers SEC I -Kwh/Sqmtr

SEC -2 (kwh/Room nights)

SEC -3(kwh/F&B covers)

2015-16 113.04 55044 112526 749499 205.36 100.5 15.082016-17 115.7 55044 112804 809220 210.20 102.6 14.302017-18 112.89 55044 112323 837821 205.09 100.5 13.47

202

204

206

208

210

212

2015-16 2016-17 2017-18

205.36

210.2

205.09

SEC-1 Kwh/Sq Mtr

12.5

13

13.5

14

14.5

15

15.5

2015-16 2016-17 2017-18

15.0814.3

13.47

SEC-3-Kwh/F&B Covers

SEC-1 There is a reduction of 2% compared to previous year SEC-II Almost constant with respect to room nights SEC-III Reduction of 10% since 2015-16

SPECIFIC ENERGY PERFORMANCE in Last 3 Years for Electrical Energy

99

99.5

100

100.5

101

101.5

102

102.5

103

2015-16 2016-17 2017-18

100.5

102.6

100.5

SEC-2 Kwh/Room Nights

SPECIFIC ENERGY PERFORMANCE for Thermal Energy

81

82

83

84

85

2015-16 2016-17 2017-18

84.1

84.7

82.8

SEC-I Kwh per Sq Mtr

Year PNG in SCM PNG in Kwh

Total area(sqmtr) Room Nights F&B coversSEC I SEC 2 SEC 3

Kwh/Sqmtr Kwh/Room Nights(Kwh/F&B covers)

2015-16 469125.4 4630268 55044 112526 749499 84.1 41.15 6.18

2016-17 472191.6 4660531 55044 112804 809220 84.7 41.32 5.76

2017-18 461554.96 4555547 55044 112323 837821 82.8 40.56 5.44

40

40.5

41

41.5

2015-16 2016-17 2017-18

41.1541.32

40.56

SEC-2 Kwh per Room Nights

5

5.5

6

6.5

2015-16 2016-17 2017-18

6.18 5.76

5.44

SEC-3 Kwh per F&B Covers

SEC-3 with respect to the banquet covers there is a reduction of 12% in specific Energy consumption in last three years

inspite of additional equipment's in each year

SPECIFIC Total ENERGY CONSUMPTION for Last 3 Years

Year

Total Energy consumption in lakhs units

Total area(sqmtr)

Room Nights F&B covers SEC I -Kwh/Sqmtr

SEC 2 SEC 3

(kwh/Room nights)

(kwh/F&B covers)

2015-16 159.34 55044 112526 749499 289.48 141.61 21.26

2016-17 159.65 55044 112804 809220 290.03 141.52 19.73

2017-18 158.60 55044 112323 837821 288.12 141.20 18.93

The F&B covers got increased by 3% compared to last year. This F& B covers resulted in additional electricity of 87000units in banquet as well in PNG consumption Due to the kitchen up-gradation work, the installation of new equipment's has resulted in additional electrical load of

1.33 lakh units Even after all the above factors unit reduced the Kcal from 674.42 kcal/sqmtr/day to 669 kcal/sqmtr/day

287

287.5

288

288.5

289

289.5

290

290.5

2015-16 2016-17 2017-18

289.48

290.03

288.12

Sec-1 Kwh/Sq Mtr

17

18

19

20

21

22

2015-16 2016-17 2017-18

21.26 19.73

18.93

SEC-III-Kwh/F&B Covers

140.9

141

141.1

141.2

141.3

141.4

141.5

141.6

141.7

2015-16 2016-17 2017-18

141.61141.52

141.2

Sec-2 Kwh/Room Nights

ITC MAURYA ENERGY PERFORMANCE Vs Global , National & Competition Benchmark

Sl. NoITC MauryaKwh/sqmtr

Competition Benchmark

BEE National Benchmark Global

Benchmark

1 288.12 364.43 290 434

Global benchmarking defined by US EPA Energy STAR Portfolio Manager is 434 kWh/m2

Specific Energy consumption of ITC Maurya is 288 kwh/m2 which is 32 % below the global bench marking

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

Specific Energy consumption of ITC Maurya is 288 kwh/m2

ELECTRICAL LOAD DISTRIBUTION(%)

Area 2016-17 2017-18 Remarks

HVAC high side 33 33.5 Additional camcleaner’s and filters resulted in the increase of 1.5%HVAC low side 16 17

Plumbing 8.5 8Load remain same, contribution decreased due to the addition

of other loads

Lighting 20 18Slight reduction due to the LED replacement and rest due to the

addition of other loads

Plug Load 22.5 23.5 Increased by 1% due to the new equipment’s

33%

16%8%20%

23%

HVAC High Side HVAC Low side PlumbingLighting Plug load

33%

17%8%18%

24%

HVAC High Side HVAC Low side PlumbingLighting Plug load

2016-17 2017-18

Energy Saving projects implemented in FY 2015-16

Sl. No Projects Benefits Unit Payback

1 Banquet hall in LED70% reduction in lighting load. Reduction of lighting load from 72 KW to 28kw 12000 6 month

2 Installation of new exhaust for main kitchen 600 unit saving per day 219000 6 month

3 Hydropheumatic system with Horticulture Saving of 25000 units annually 25000 60 month

Sl. No Projects Benefits Unit Payback

1 Nanofluid 17% improvement in COP of system 96000 Kwh 18 months

2 Agnisumukh Ranges 10% saving in overall PNG Saving of Kitchen 14400 SCM 24 months

3 Power Optimizer Reduction in kVAR 250000 Kwh 12 months

4 Automatic Cleaning System Improvement in chiller performance 90000 Kwh 24 months

5Replacement of old single skin AHU with double skin AHU and energy efficient motor 460 units saving from existing 15000 Kwh 60 months

6 Hydropath in Laundry calender machine 4% reduction in PNG 8000 Kwh 34 month

7 Replacement of old VFD’s with FC 102 Saving of 3% from the existing 6000 Kwh 42 month

Energy Saving projects implemented in FY 2016-17

Energy Saving projects implemented in FY 2017-18

Increase in Electrical Consumption Energy Saving Projects

Sl No: DescriptionUnits in

lacs Sl No DescriptionUnits in lacs Payback

AElectrical consumption in 2016-17 114.64 1

Nanofluid(for six months) 0.48 18 months

BElectrical consumption in 2017-18 112.89 2

Power Optimizer (9 months) 1.90 12 months

C Unit Saved in Bills 1.75 3BLDC Motor(10 months) 0.32 11 month

D Additional 4Air compressor (6month) 0.21 20 months

1

Additional Consumption in Banquet due to increased number of functions 0.87 5

Cooling tower Motors(8 months) 0.14 24 month

2Additional load of new CapexEquipments 1.33 6

Air curtains with PM Motors (10 months) 0.95 9 months

Net Units Saved from Energy saving Activities (C+D) 3.95 Total 3.9 18 Months

Energy Saving projects implemented in FY 2017-18

Energy Saving projects implemented in FY 2017-18

Increase In Fuel Consumption Fuel Saving Initiatives

Sl No: Description SCM Sl No: Description SCM Payback

AFuel Consumption in

2016-17 472192 1Agnisumukh

burner(june -16) 10637 24 month

BFuel Consumption in

2017-18 461555

C Difference 10637

D Justification

Increase in F&B covers(Nos) 28601

ENCON SAVING PROJECT-1Variomatic Compressed Air System in Laundry

Unit has replaced all the air compressors in the laundry with single variomatic screw air compressor GA 7-15 VSD+

It has a Specific Energy

Requirement (SER) 20%

lower than other models

Permanent Magnetic

Motors of IE4 efficiency

class having efficiency of

94.5%

Delivery of 12% more

FAD(Free Air Delivery)

Low noise ;less than 62dB

Compact size

New compressor Old compressor

Sl No Description Details

1 Capacity of old air compressors 20 HP

2 Capacity of new air compressor 15 HP

3Average load on new air compressor 60.0%

4Reduction in motor load by the new model 11HP

5

Average oeprational Hour in line with the comparison of old air compressor running hrs 7 HRS

6 Saving per day 57 unit

7 Annual Saving 20951 units

8 Cost saving Rs 2.15lacs

9 Payback 20 months

ENERGY SAVING PROJECT-2Application of BLDC motors in Guest Rooms FCU

Sl No Description Details

1 No of motor replaced 175 Nos

2 (Avg)Power consumption of old motor 72 W

3 (Avg)Power consumption of new motor51 W

4 Saving per Motor 21 W

5 Operating Hrs 24 Hrs

6 Saving Per day 88.2 units

7 Annual Saving 32193 units

8 Cost per unit Rs 10.3

9 Annual Cost Saving Rs 3.3 lacs

Benefits:-

Reduction of motor load :- 30% Long Life Reduction in room noise level by 2dB and enhance guest

experience Ease of maintenance No rewinding and rewinding losses Soft Start- Eliminating Starting noise in the System Efficiency levels almost same thorough out the operating rpm

range Std Motor can be used in Different load units by changing the

RPM setting on site resulting minimum inventory of service motors.

ENCON SAVING PROJECT-3Energy efficient Air Curtain

Wing Air curtains are designed in such a manner to create the air flow with minimum resistance

It is operated through the EC motor inside

Low noise compared to normal air curtains. Minimum noise level up to 46dB

Energy efficient operation

Range upto 4 meter

CASE STUDY

S.No Description Air Curtain with EC motor Conventional Motor1 Model No. Wing C 100 Wing C150 X Y2 Quantity 4 6 4 63 Rate per unit 29316 36308 14432 196404 Amount (excluding taxes & freight) 117264 217848 57728 117840

5 Dimension (width x length x Height) In mm (1066x465x210) (1538x465x210) (900x230x212) (1500x230x 212)

Dimension (width x length x Height) In ft (3.5 x 1.5 x 0.68) (4.9 x 1.5 x 0.68)(2.9 x .75 x 0.69) (4.9 x .75 x 0.69)

6 Air Flow (In CFM) 1147.77 1883.52 825 13807 Power Rating (EC/AC) in Watts EC motor EC motor AC motor AC motor

15 18 410 7008 Taking one year & running 24 Hrs(In Kw) 131.4 157.68 3591.6 61329 Taking Elec. Unit Rs 10.15 per unit 1333.71 1600.452 36454.74 62239.8

10 Multiply by no. of Units 5334.84 9602.712 145818.96 373438.811 Total Running Cost in a Year 14937.552 519257.7612 Saving with comparsion to highest (Rs) 504320.208 0

13Total Running Cost (1yr) with Captial Investment In Rs 122598.84 227450.712 203546.96 491278.8

14 Cost Saving in 1 year (Rs) 344776

ENCON SAVING PROJECT-4Conversion of conventional cooling tower to

Energy Efficient Cooling tower

The elimination of Gearbox and 90 Degree Power Transmission gives Guaranteed Minimum Energy savings of 10%.

Additional saving by centrifugal affinity flow Reduction of dB by 10%.(Re-commanded for hotel buildings). IP6 6 Specialty motor with PM Motor.- Once a year greasing and no oil changes and toppings needed .-No Long shaft and Energy losses due to wobullation .-No Bearings failures in motor, gearbox, long shaft breakagesand no breakdown costs.

-No Oil contamination improving cooling efficiency.

-Lower Dozing Chemicals due to no contamination Lower Spares Inventory due to increased reliability Anti windmilling Feature- This becomes very useful on coastal areas having high wind velocity which can damage the

CTD Trickle current charging Feature

CASE STUDY

CUSTOMER NAME ITC MAURYA LOCATION NEW DELHI

FAN BKW FAN BKW KW 9.3

FAN SPEED FAN RPM RPM 570

RATE ENERGY RATE RS/KWH 10.13

ANNUAL TIME USAGE TIME HRS 8760

LOADING FACTOR ACTUAL V/S NAME PLATE CUREENT 0.91

ENERGY SAVINGS

EXISTNG MOTOR EFFICIENCY % 77.0

BALDOR MOTOR EFF % 90ENERGY CONSUMPTION EXISTING MOTOR KWH 96184ENERGY CONSUMPTION BALDOR MOTOR KWH 82291

ENERGY COST NOW RS 974346

ENERGY COST AFTER RS 833607

ENERGY SAVING PER MOTOR RS 140739

ENERGY SAVINGS % 14

TOTAL MOTORS Nos 6

TOTAL SAVING PER YEAR Rs 844433

PAY BACK MONTHS 24

INNOVATIVE PROJECT-1Lubrication Enhancement System

“Oil fouling of heat transfer surfaces of air conditioning and refrigeration systems will cause a loss of 7% efficiency the first 7year, 5 % the second year and 2%per year the following years”:- Ashraechapter 2.9

Frigitech is a lubrication enhancement system which is compatible with all types of refrigerants and all types of compressors

Frigi-Tech will create an insulating layer of oil to return the refrigerant to the compressor where it belongs and no longer builds up on heat transfer surfaces

Frigi-tech improves the compressors mechanical efficiency and reduces friction, the resultant results in lower power consumption

Operating Principle

Frigi-techs polarized molecules bond to the metal inside the system, preventing the build-up of oil which occurs over time due to oil fouling

Summary of Benefits:- Increases system Performance Increases cooling efficiency Environment friendly Energy saving Payback is 6 month Annual 10% unit saving in 2 ton Split AC is 839.5

Kwh

Frigitech is one time treatment. It needs to be re-done only when the compressor get replaced

INNOVATIVE PROJECT-2Improvement in Indore Air Quality without compromising

Energy Efficiency

FIRST OF ITS KIND PROJECT IN INDIAN HOSPITALITY

Due to the Air Pollution issues at Delhi, ITC Maurya executed this project to arrest the PM2.5 issues

Apart from achieving the results, Unit put LIVE DISPLAY of the PM 2.5 levels at the Main lobby to create awareness among the guest

Selection and designing of the equipment's are as per the EN 13779, the best world class

All the products are EUROVENT CERTIFIED under EN 779:2012 , the best in energy efficiency class world wide

Live display of PM 2.5 at ITC Maurya Main lobby

PRINCIPLES OF AIR FILTRATION

Electrostatic V/s Mechanical Filtration

Efficiency levels drop over the usage unlike mechanical filters where efficiency increases on usage

Maintenance of ESP’s is a cumbersome process unlike mechanical filters which are use and recycled by Camfil program

European standard EN 13779 is aimed at achieving a comfortable healthy indoor environment in all seasons with acceptable installation and running cost.

EN 13779 has now been adopted as a national standard in all countries.

It specifies the required filter performance in a system to achieve good IAQ taking into consideration contamination in the outdoor air

UNIQUENESS OF THE PROJECT

Unit haven’t carried out any modification in air distribution system

neither any changes in the ducts

No standalone filters like portable air purifiers in any of the guest

area

For the guest awareness unit has created a dynamic plaque in the

main lobby

Latest technology with LIVE MONITORING from any part of the

world

Online tracking and analysis of the variation

Guest SAFETY AND HEALTH

without compromising Luxury

Eurovent certification is on the standard on Particulate air filters for general ventilation-determination of filtration performance. The highest on air filtration

All the Tested by independent laboratories and certified under EN779:2012

Financial Chronicle, DelhiTue, 02 Jan 2018, Page 14Width: 33.46 cms, Height: 18.17 cms, a3r, Ref: 17.2018-01-02.72

Press Coverage

Innovative Project No -3 Improving Cold Room Operational Efficiency

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

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

Tried and tested in HVAC system. Unit has kept some stoke of the nanofluid as emergency inventory

Unit carried out detailed analysis on the use of the same in cold room

Existing network of the cold room as shown Unit has replaced the same with nano-fluid Results were same as of the HVAC system. 17% improvement in ikw/TR observed

ITC Maurya - FUTURE ROAD MAP for next 3 years

Sl No Projects Benefits Unit Saving

1Energy efficient Axial fans with inbuilt magnetic motors for AHU's- First of its Kind Project 22% Saving in AHU 87000

2 Energy efficiency chiller (Ongoing Project) Reduction of HVAC load by 5% 292000

3Cooling tower replacement with Direct driven Energy efficient motors 10 % reduction in cooling tower motor load 60000

4 Replacement of HVAC pumps 22% Saving in the motor load 155000

5 Brushless DC motor for FCU _PHASE IIReduction of noise,Improvement in motor efficiency by 4.5% 25000

6 Vaccum Degasser for chiller (ongoing Project) 2 % Improvement in HVAC consumption 116800

7Energy Efficient Refrigeration Equipments for kitchen To add the hygiene and safety 58000

TOTAL ESTIMATED SAVINGS 793800

Utilisation of renewable energy sources-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 enthalpy 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 144953 kg

8 Equalent Power generation 110859 kwh

9 Energy Production 0.40 TJ

PERFORMANCE ANALYSIS OF LAST THREE YEARS

Utilisation of renewable energy sources- Bio Urja Plant

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 two years 31434 m3

7 Equivalent LPG gas produced 16282 kg

8 Equivalent industrial LPG cylinder 856 Nos

9 Energy Produced from Biogas 0.77 TJ(terra joule)

The Biogas plant at ITC Maurya is operational since September 2016. With Remote monitoring facility, First of it’s kind in an urban establishment

11607

19826

0

5000

10000

15000

20000

25000

2016-17 2017-18

Biogas Production

Biogas Production

856 Nos Industrial Cylinders saved

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).

Utilisation of waste material as fuel –Wealth out of Waste

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).

Unit has on Effluent Gas Boiler which is One of It’s Kind Boiler, which boils the water and produce steam from the effluent gas temperature of PNG Genset. The boiler operates as when the Gas Genset used

Gas Production from the food waste of Nearby Communities:-

Steam Production from Effluent Gas Boiler

Sl No Description Detail

1Steam Produced in 2017-18 34294 kg

2Equivalent PNG Saved 3429.4 SCM

The Avacayam program (meaning- flowers) , a platform for persons with disability , is an income generating platform for persons with disability and a movement of environment conservation. The program collects used flowers from bulk users like ITC Maurya and converts it to consumer products that are deeply embedded in our culture like Holi color, Rangoliand Agarbattis, employing people with disability along the entire supply chain.

Wealth out of Waste

AVACAYAM

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.

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

S No Type of wasteUnit of

measurement

Quantum generated

Quantum recycled/responsibly

disposed offStrategies for waste

reduction/management/recycling %

ContributionFY

2017-18FY

2017-18

1 Wet Waste tonne 313.52Recycled-210.82/ Composting 102.70

Food waste recycled in in house Biogas Plant and composted in in house Organic Waste Convertor

42.99

2Construction Waste tonne 137.395 137.395

Handed over to authorized recycler

18.84

3 Dry Waste tonne 135.7 135.7 Handed over to authorized recycler 18.61

Paper tonne 62.10 Handed over to authorized recycler 8.51

Glass tonne 50.91 Handed over to authorized recycler 6.98

Metal tonne 9.66 Handed over to authorized recycler 1.32

Plastic tonne 8.17 Handed over to authorized recycler 1.12

Clothes &others tonne 4.86 Handed over to authorized recycler 0.67

4 E Waste tonne 5.34 5.34 Handed over to authorized recycler 0.73

5 Kitchen Used Oil tonne 1.104 1.104 Handed over to authorized recycler 0.15

6 Lead Acid Batteries tonne 0.484 0.484 Handed over to authorized recycler 0.07

7 Used Oil tonne 0.0975 0.0975 Handed over to authorized recycler 0.01

8 Biomedical waste tonne 0.0186 0.0186 Handed over to authorized recycler 0.003

Totaltonne

729.3405 100

Total Waste Generation

729.3405

313.52

415.8205

TOTAL WASTE GENERATION 2017-18

Total Waste Generation Recycled Inhouse Responsibly disposed off

57.01 %

42.99 %Out of total waste generation, 42.99% is recycled in house and rest of the waste disposed/recycled responsibly

Beat Plastic Pollution - Action is in Progress

Eco friendly garbage bag approved by CPCB and confirms to EN 13432 and ASTM D 6400

Bio degradable food packing boxes

Wooden Cutlery Tools

Paper Straws

Bio degradable packing materials

GHG EMISSION & MITIGATION

MITIGATION THROUGH RENEWABLE ENERGYSl No. Description Metric Ton CO2e

1 Biogas Plant 1572 Parabolloid Dishes 1523 Scheffler Dishes 244 Photovoltaic cells 22

Total 317

t CO2e2015/2016 2016/2017 2017/2018

Scope 1 1691.16 1694.27 1730.60

Scope 2 10,988.12 11,005.13 10,612.16

Scope 3 122.72 122.72 122.72

TOTAL GHG EMISSION 12802.00 12822.11 12465.48

Occupancy rate (guest room nights) [unit] 112,526 112,804 112,323

12802 12822.11

12465.48

12200

12300

12400

12500

12600

12700

12800

12900

2015-16 2016-17 2017-18

GHG

Landscaping at DhaulaKuan – 15 Acre approx.The landscape at prestigious Dhaula KuanCircle is maintained by ITC Maurya

Hydrophonic Vertical gardenThis vertical garden is completely soil less and requires very less water. It consist of coco peat with nutrients

Refrigerant recovery and charging device

The Refrigerant Recovery is

an Innovative unit enables

safe and comfortable

operation on the refrigeration

charging and recharging

4 functions are automatically controlled are:-

Evacuation

Charging

Leakage Test

Control of the Recovery process

IOT based Robots for the cleaning

These are intelligent robots that detect the location and clean the area without manual intervention and waterWhen it get completely discharged, it will automatically sense the charging station for self charging

GHG MITIGATION MEASURES

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 & Energy Auditor

(BEE CERTIFIED)

Collection of suggestions from

Employees. Welcomachievers points are

awarded for best suggestions.

ENERGY MONITORING AND REPORTING

Online Energy Meter Monitoring

Integrated Building Management System

Online monitoring of Boiler Performance

ONLINE MONITORING OF BIOGAS PLANT

CHILLER AUTOMATION SYSTEM

POWER OPTIMSER ANALYSER

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

Energy Efficient Air filters for Air Purification

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

‘ŚūnyAqua’ (pronounced Shunya (Zero) Aqua), apath-breaking initiative under the

‘Responsible Luxury’ umbrella includes water, infused with indigenous ‘good for you’ herbs. ŚūnyAqua tends to enhance the wellness quotientof drinking water at ITC’s hotels whilst ensuringa planet positive experience; with the sourcing and

bottling taking place within the premises of eachITC luxury hotel.

GREENING OF SUPPLY CHAIN-COMMUNICATION TO GUEST

Awareness on Solar view roomsEarlier Guest who were staying in Rooms facingSolar Dish used to complain regarding bad view from the guest RoomUnit 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 terraceUnit hasn’t received any single guest complaint since then

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

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

A “Big Hearted” Bag Placed In Guest Rooms to help Guest’s to contributetowards Responsible Luxury

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 maintained vehicle award given to taxi

driver by hotel guest

AWARDS RECEIVED IN YEAR 2017-18

ITC Maurya has been awarded the “Smartest 5 Star Hotel Building in

India” for second year in a row by Network 18 & Honeywell Smart Building Awards 2017

ITC Maurya received the

National Tourism Award

for the “ Best Eco Friendly Hotel

2015-16” on Sept 2017

ITC Maurya received the “Excellent Energy Efficient Unit "Award

in the 18th National Award for Excellence in Energy Management 2017 by CII

ITC Maurya received the Award for “Solid Waste Management Best

Practices “ by New Delhi Municipal

Council on World Environment Day

5th June 2017