Presentation for - CIIGBCgreenbusinesscentre.com/energyaward2017presentations/General... · Founder...
Transcript of Presentation for - CIIGBCgreenbusinesscentre.com/energyaward2017presentations/General... · Founder...
CONTENTS
Introduction
Company and Site Overview
Energy Management
Energy management policy
Certification and benchmarking
Monitoring and Reporting Systems
Energy management plan
Energy Management Structure
Achievements
Savings in last 3 years
Major Energy Saving Projects
Energy Index Trends
Rewards & Recognition
Environmental Projects
Future Path© Reliance Industries Ltd., 2017
Dhirubhai H. AmbaniFounder Chairman Reliance Group
• 1966- Establishes Textile mill in Naroda
• 1977- Public share offering Raised money from
public offerings oversubscribed 7X
• 1982- Builds fiber/filament plant in Patalganga
• 1995- Builds Polyolefin plants at Hazira
• 1997- Builds multi-feed cracker at Hazira
• 1999- Builds Jamnagar refinery
• 2002- Acquired IPCL a state run company
• 2008- Builds JERP refinery at Jamnagar
• 2009- Begins KG D6 gas production
• 2013- Builds PBR/SBR plants at Hazira
• 2014- Builds PTA plant at Dahej
• 2014- Builds PET plant at Dahej
• 2016: Builds Ethane Tank, CCPP, JIO
RIL - BRIEF INTRODUCTION
© Reliance Industries Ltd., 2017
SUCCESSFUL BACKWARD INTEGRATION FOR FEEDSTOCK SECURITY IN PET & POLYESTER PRODUCTION
© Reliance Industries Ltd., 2017
DMD Vision, Mission & Values
VisionThrough sustainable measures, create value for the nation, enhance
quality of life across the entire socio-economic spectrum and helpspearhead India as a global leader in the
domains where we operate.
Mission Values
Create value for all stakeholdersGrow through innovationLead in good governance practicesUse sustainability to drive productdevelopment and enhanceoperational efficienciesEnsure energy security of thenationFoster rural prosperity
Customer value
Ownership mindset
Respect
Integrity
One team
Excellence
product-wise breakup of the production figures
© Reliance Industries Ltd., 2017
DMD Integrated Operation
Salt
Ethylene from VMD
Semi-Rich
Gas from
GAIL-
Gandhar
& Hazira
Gas Cracker
Plant
REON
EO
Raw Material
C2C3
EPRU
Cl2
VCM Plant
PVC Plant
Chlor-Alkali
Plant
C2H4
HDPE Plant
RELENE
MEG
CAUSTIC SODA
LYE
PROPYLENE
Plants
Imported
Propane &
Ethane
Lean
Gas to GAIL
Products
PET PRODUCT
EO-EG Plant
MEG
Para xylene
Acetic Acid
PTA
CPP
PTA
PLANT
PET Plant
BY-PRODUCTS
© Reliance Industries Ltd., 2017
© Reliance Industries Ltd., 2017
Certification & Benchmarking
IMS Standards (since 2006)
Certification valid up to System
ISO 9001 – 2008 22, May, 2018 Quality Management System
ISO 14001 – 2004 22, May, 2018 Environmental Management System
OHSAS 18001 - 2007 22, May, 2018 Occupational Health and Safety Management System
ISO50001: 2011 Under Progress Energy Management System
Plant Year Benchmarking done by Level
GCU 2015 Solomon, USA Global
CPP & Utilities 2015 Internal Internal
HDPE 2015 Phillip Townsend Associates Global
PVC 2015 PDC Netherlands Global
Monitoring & Reporting SystemH
OU
RL
Y MIIS Energy Dashboard-Real time values of Energy KPIs
On-line monitoring tool IP-21 (Aspen Plus) for power, steam and fuel consumption
DA
ILY
Daily Site Energy Report highlighting the energy consumption pattern
Daily EIV report: Energy Influencing Variables that directly have an impact on the key performance indicators
MO
NT
HL
Y Site Monthly energy report to bring out salient points related to energy consumption and conservation
EPN VC: Energy Professionals Network involving Inter-site Energy cell members and Corporate energy cell
© Reliance Industries Ltd., 2017
© Reliance Industries Ltd., 2017
Energy Management Plan
• Review Results• Verify
Effectiveness• Examine
Opportunities• For Continual
Improvement
• Correct Deficiencies
• Review Objectives & targets
• Review Energy Program
• Update Action Plan• Set New Targets
• Implement Project• Monitor Progress• Lock In The Gains• Communicate
results
• Obtain Insight• Nominate
Energy Champion
• Develop Programs
• Set Targets & Measures
• Develop Action Plan
PLAN DO
CHECKACT
Employees Involvement
Major Function :
Set Targets
Provide direction
Benchmarking & External Audits
Review Utilityconsumption trend
Review status of ENCON schemes and PAT
Major Function :
Evaluation ofsuggestion scheme
Monitoring SpecificUtility Consumption
Conceive new and implement schemes
Optimize utilities Consumption
Major Function :
Identification ofscheme
Brainstorming
Suggestion Scheme
Employee & Vendor Involvement
AwarenessProgrammes
© Reliance Industries Ltd., 2017
Quiz
Spot the energy losses,
Leaflet distribution
&
Drawing competitions for
children
Awareness sessions
Slogan and poster
competitions
ENCON Fortnight celebration . . .
Energy
related
Sessions by
eminent
scholar
Best ENCON Project
© Reliance Industries Ltd., 2017
Year No of projects
No of Projects
with Zero Investment
Approx. Investment made
(Rs. Cr)
Savings achieved Approx.
(Rs. Cr)
Payback Approx.
(Months)
2014-15 8 5 6 403 0.2
2015-16 9 5 6 29 3
2016-17 5 1 6 9 8
Total 22 9 18 441 5
Savings In Last Three Years
CO2 emission reduction achieved through various schemes in last
year is approx. 8461 MT
Eleven Schemes were with zero investment with savings
of approx. Rs. 42 Cr
© Reliance Industries Ltd., 2017
In GCU plant, Condensate stripper, C-1 is used for removal of C2’s and lighters condensing in C.G. 4th stage suction drum, V-5
Overhead stream goes to C.G suction drum, V-3. Remaining heavy components are sent to Gasoline Fractionator column from C-1 bottom
Due to high feed as compared to design flow, column operation is difficult and ineffective in stripping lighters
Column bottoms are flashed in V-6 for recovery of C4’s back to CG 1st stage suction. During flashing, C5+ also gets recycled resulting in higher CGC power
Incomplete separation results in C4 loss in gasoline product (RARFS).
1. Revamp of condensate stripper
© Reliance Industries Ltd., 2017
1. Revamp of condensate stripper
Analysis and Development of Solution:
Increase in column stripping section diameter for higher feed flow rate
Stripping section converted to packed bed from old ripple trays
Reboilers and Column Bottom pumps replaced with high capacity ones
Reboiler condensate pumps replaced due to frequent maintenance issue and high
capacity
Effective stripping enhanced as the stripper overhead diverted to V-1, thereby
decreasing column operating pressure from 6.5-7 to 1.7 kg/cm2g.
XV provided at column top to avoid pressure increase beyond 2.5kg/cm2g
The column is diverted directly to G.F. column instead of first flashing into G.F.
feed K.O. drum via G.F feed heater and then going to G.F. column© Reliance Industries Ltd., 2017
1. Revamp of condensate stripper
Effectiveness
Power saving in Cracked Gas Compressor: Around 0.3 MWh
VHP saving in Cracked Gas Compressor: Around 1 MT/hr
MP Steam saving from reduction in GF reboiler duty: Around 1 MT/hr
LP steam saving in Condensate stripper reboiler: Around 0.3 MT/hr
Total monetary savings: Around Rs 4 Crs/yr
Reduction in CO2 emissions due to project implementation: Around
0.5 TCO2e per hour
© Reliance Industries Ltd., 2017
2. Installation of Hydraulic Turbine
Problem Encountered:
Hydraulic energy loss from the solvent contactor to be recovered by using
hydraulic power recovery turbine
Existing pressure reducing valve can be eliminated
The energy saving is around 60 % of present energy consumed by the HT
motors of the amine circulation pumps
The required solvent flow & pressure differential in Rich solvent is enough to
provide the driving force for the Hydraulic Turbine
© Reliance Industries Ltd., 2017
2. Installation of Hydraulic Turbine
Analysis and Development of Solution:
New Hydraulic turbine installation in solvent circuit.
Existing motor to be replaced with double shaft extension motor so that hydraulic
turbine can be installed.
Piping modification to route the rich solvent through the hydraulic turbine to
solvent flash drum.
A secondary level control valve at the inlet of the HPRT will be installed with
minimum pressure drop.
The control loop will be modified, so that the second level control valve operates
on a split range basis and in parallel with the existing LCV.
© Reliance Industries Ltd., 2017
2. Installation of Hydraulic Turbine
Effectiveness
Based on Around 500 m3/hr amine flow 359 kWh savings was achieved.
Total monetary savings: Around Rs 15 lakhs/yr
Reduction in CO2 emissions due to project implementation: Around 0.02
TCO2e per hour.
© Reliance Industries Ltd., 2017
3. Interconnection of HP and LP air headers
Problem Encountered:
To reduce venting of air through UCV of both LP & HP air compressor.
Around 11500 NM3/hr. compressed air being vented.
Due to difference between minimum generation capacity & actual consumption
pattern of individual system.
© Reliance Industries Ltd., 2017
3. Interconnection of HP and LP air headers
Analysis and Development of Solution:
Minimize the difference between minimum generation capacity & consumption by
interconnecting LP & HP stream air system
Other solutions that were already implemented are:
Reduction of minimum ampere set value of LP air compressors - reduced
venting by around 915 Nm3/hr.
Optimization of operating pressure of LP compressor.
LP air charged into complex service air header at around 2500 Nm3/hr.
Reduction of minimum ampere set value of HP air compressors from -reduced
venting by around 500 Nm3/hr.
Supplying air for aeration in ETP @ around 1400 Nm3/hr.
© Reliance Industries Ltd., 2017
1. Interconnection of HP and LP air headers
K-1
K-3
K-2
K-4
V-2
V-1
V-1
V-2
PK-4
PK-3
PK-2
PK-1
8.2
kg/c
m2g
Inst. air
receiver
LP air
receiver
Inst. Air 6.75 kg/cm2g
Plant air 7.5 kg/cm2g
30
kg/c
m2
g
Complex air header
C--2A
V-002
V-5 V-3
To PTA
PET-3/ETP
03-A Air
drying
unit
03-B Air
drying
unit
7.6
kg/c
m2g
C-3A
35 kg/cm2g
Plant air to PET
6.6 kg/cm2g
LP air
C-1A
C-1B
C-1C 6.6
kg/c
m2
g
V-1
Inte
rcon
nec
tion
for
emer
gen
cyTO EXISTING
PLANTS
Existing
HP system
LP system
Existing Service air
Comp
© Reliance Industries Ltd., 2017
1. Interconnection of HP and LP air headers
Effectiveness
Interconnection of LP. & H.P air headers leading to stoppage of one LP air
compressor
Reduction in power consumption: Around 1 MWh/hr.
Total monetary savings: Around Rs. 3 Crs /yr.
Reduction in CO2 emissions due to project implementation: Around 0.5
TCO2e per hour
© Reliance Industries Ltd., 2017
0.00
0.50
1.00
1.50
2.00
2.50
3.00
2013-14 2014-15 2015-16 2016-17
2.782.99
1.95
1.85
Energy Index
Energy Index
Energy & Co2 Index Of Complex
0.00
0.20
0.40
0.60
0.80
1.00
2013-14 2014-15 2015-16 2016-17
0.810.91
0.51
0.54
Carbon Index
Carbon Index
© Reliance Industries Ltd., 2017
REWARDS & RECOGNITION
2007: Five Star Rating of BSC Audit
2003: ISO 9001:2000, ISO 14001:2004, OSHAS 18001:1900 Certification
2004: GAIL Award for Gas Conservation
2005: Three Star Rating of BSC Audit
2006: CII Award of Excellence in Energy Efficiency
2006: Certificate of merit by BEE
2008: CII Award of Excellence in Energy Management
2009: RBNQA Quality Award
2009: Greentech Safety Award
2009: Greentech Environment Excellence Award
2008: CII Award of Excellence in Water Management
2009: 4-star Rating in BSC Environment Audit
2010: CII Award of Excellence in Energy Management
2010: Greentech Training Excellence Gold Award
2010: National Award for Prevention of Pollution
2009: ASTD BEST Award
2010 National Energy Cons. Award from Min. of power, GOI
2011 Greentech Training Excellence GOLD Award
2011 Four QC Excl. awards nat. convention on Quality concepts
2011 Four QC Gold awards State convention on Quality concepts
2012 Greentech Environment Excellence Award
2014 Greentech Environment Excellence Award
2015 CII Excellent Energy Efficient Unit award
2015 5th Greentech CSR Award
2015 National Energy conservation Award-Second prize
2016 CII Excellent Energy Efficient Unit award
2016 National Energy conservation Award-Certificate of Merit
© Reliance Industries Ltd., 2017
Caustic chlorine plant of DMD is Notified as Designated Industry by Ministry of Power under PAT notification
In assessment year 2014-15 of PAT cycle-1, we have achieved SEC of 0.242 which was 16.84% reduction.
To receive and trade 8520 E-Certs from BEE, Ministry of Power
In PAT cycle-2, target given is 5.4% reduction of SEC
DMD, a cracker-based petrochemical site is one of the 4 RIL sites that is going to be included in the petrochemical sector of the PAT cycle-4
PAT
© Reliance Industries Ltd., 2017
With 3 wind farms (61 Windmills) having a total installed capacity of
11.575 MW, generated 20129 MWH from 2014 to 2017.
Bio gas plant with an installed capacity of 600 kg/day of canteen is
in its final implementation phase.
Bio gas generated from anaerobic treatment in New ETP plant is
utilized in PET plant vaporizers.
Bio gas generated from the ETP plant is also used in sludge drying
process which in turn is used as a fuel in the Coal based power plant
as a substitute to coal.
Use Of Renewable Energy
© Reliance Industries Ltd., 2017
RARFS vapour recovery unit in loading area to avoid emission of Benzene
that leading to Health hazard with an investment of 5 Crs.
Connectivity of Online Continuous Emission Monitoring system for stacks
with CPCB
Motor Operated Sluice Gates were successfully commissioned at both
MG-1 & MG-3 Storm water Mega channel.
New Bore Well for Ground Water Monitoring commissioned near Watch
Tower No. 4. Identification boards installed for all 8 Ground Water
Monitoring bore wells.
Environmental Projects
© Reliance Industries Ltd., 2017
CCA available valid till 2020
Total 7 Ambient Air Monitoring Stations and
1 Continuous Ambient Monitoring System (CAAQMS)
Monthly Stack Monitoring by GPCB approved agency
Publishing Corporate Sustainability Report since 2004-05as per GRI guidelines.
“State of Art” Effluent Treatment Plant with Tertiarytreatment with a recycling capacity of 60%
Treated effluent from ETP is discharged in the Gulf ofKhambhat at a location recommended by NIO after due-diligence at 2.9 km deep inside the sea
Environment Sub Committee constituted for tracking andimproving Environmental Performance
System of 1st, 2nd and 3rd party Audits in place
Environmental Excellence
© Reliance Industries Ltd., 2017
Use of Cooling tower blow down as a make up for fire water
Use of Gas Cracker off gas & EPRU flash gas as a fuel in captive power
plant boilers
Use of stripper off-gas as a fuel in Dow vaporizer in PET plant
Use of Hydrogen from Chlor Alkali plant as a fuel
Use of cooling tower blowdown for Horticulture resulted in annual
water savings
Resource Conservation
© Reliance Industries Ltd., 2017
Approach to EnCON
Systematic Approach :
Technically Steam, water management at site is in association with differentvendors
Daily reporting and monitoring by site engineer & CTS in charge
Monthly review meetings with Apex Committee & Corporate Energy cell
Brainstorming sessions through PFD reviews for continual growth
Rewards & recognition schemes to appreciate vendors performance during Energyfortnight celebration
Open forums for putting up innovative ideas with respect to ENCON likeMISSION KURUKSHETRA
Schemes Evolved:
Roll out of MIIS Dashboard
Application of aerogel insulation on VHP steam line
Daily use of Utility optimizer
Refurbishment of Cooling water pumps
Thermodynamic efficiency evaluation of pumps© Reliance Industries Ltd., 2017
Energy Savings Via IMS
There were no observations related to Energy in IMS audit conducted in 2016-17. Some observations pertaining to Environment are listed:
Observation Standard Corrective action
Requirement - Organization shall periodically test the procedures defined for responding to emergency situations which have impact on environment
ISO 14001:2004 Environmental impacts have been included in existing Mock drill format as control and mitigation points under "Containment", "Evacuation of spilled product" & "Cleanup & disposal of waste".
© Reliance Industries Ltd., 2017
Projects Underway 2017-18
S No PROJECTS1 CT 02 & CT 03 pump efficiency improvement
2 Recovery of steam condensate of secondary brine used for brine heating
3 Interchange heat between High temperature HP condensate and low temperature BFW
4 Energy saving potential by replacement of existing HPMV, HPSV & Flood Light fixtures by LED
5 Replacing the Chilled water pump by New Energy Efficient Pump
6 Replacing EOEG HP steam with site MP steam in MEG drying column reboiler.
7 Partially replacing EOEG MP Steam by introducing a new LP steam heat exchanger, and reduce MP steam consumption.
8 Close loop condensate system for VCM Plant
© Reliance Industries Ltd., 2017
Further Information please contactShreedatta albur–[email protected] S Das [email protected]
Shrutika Agrawal [email protected]© Reliance Industries Ltd., 2017