INTRODUCTION I would like to take this opportunity to thank the Saudi Arabian Water Environment Association (SAWEA) and the Water Environment Federation (WEF) for co-organizing the 5th Water Arabia Conference & Exhibition that Reviews Sustaining Water Resources Through Innovative And Reliable Water And Wastewater Treatment Technologies 1
SWCC OVERVIEW Desalinated Water Power Generation Water Transmission Plants Storage 4.7 MCM/Day Total Installed Capacity 62% of Desalinated water in the Kingdom 7,305 MW Total Installed Capacity 12% of Production Capacity in the Kingdom 7,175 KM Total Length 21 Transmission Systems 56 Pumping Station 29 Plants 17 Different Locations 285 No. of Storage Tanks With Capacity 12.7 MCM/Day 12 Mixing Station 2
MAIN CHALLENGES FACING WATER SECTOR IN SAUDI ARABIA Limited natural water resources. Elevated per-capita consumption, Rapid increase in population and unsustainable growth in water demand. High costs of water coupled with low tariffs making the sector unsustainable. Limited private sector participation in the kingdom s water sector. Substantial investments required in the near future for new capacity to offset planned decommissioning of existing desalination plants. 3
CURRENT MUNICIPAL WATER MANAGEMENT Legislation and Policy MEWA Value Chain Water Production Transmission Distribution Sewage Collection Sewage Treatment TSE Distribution Regulator Desalinated Water Riyadh, Jeddah, Makkah, and Taif Operator IW(P)Ps Management contracts with operators MEWA Ground/ Surface Water SWCC Rest of the Kingdom MEWA The sector is committed to significantly enhancing the level of private sector engagement to help achieve Vision 2030 and NTP objectives. 4
5 WATER PRODUCTION BY RESOURCE (M3/DAY) 12,000,000 10,000,000 Water Capacity Production (m3/day) 10,000,074 8,000,000 6,000,000 6,464,293 2.0% 4,000,000 3,340,549 2,000,000 33.4% 0 Desalination Plants 195,232 Ground Water Surface Water Total Production 64.6% Desalination Plants Surface Water Ground Water Total Production Desalination Plants Ground Water Surface Water 5
DESALINATED WATER IN SAUDI ARABIA DESALINATED WATER IN KSA 28% 8 % 64 % 18% 43% SWCC Private Sector Other 6
VISION 2030- WATER SECTOR OBJECTIVES Key Objectives for the Water Sector Promoting sustainable water supply sources and improving service coverage. Reducing excessive water consumption. Achieving customer satisfaction by providing high quality service and reducing waste. Reduce the sector dependence on state funding by taking steps toward privatization. Improving financial and operational efficiency. Initiative Examples Increasing the capacity of strategic water storage. Increase the proportion of desalinated water produced by private operators. Reduce the waste of the water network. Expand the role of the water regulator. Attracting private sector participation across the water sector. Increase digital content to improve customer services. Reduce water service time 7
National Transformation Program (NTP) - Vision 2020 Initiatives National Transformation Program (NTP) - Vision 2020 Initiatives 1) Strengthen Desalination Water Resources. 2) Increase SWCC Local Content. 3) SWCC Privatization. Ensure sustained water resources to all KSA residents and visitors Elevate KSA s capabilities & entrepreneurship in local manufacturing Implement Privatization Strategy of SWCC & Enhance the Operating Model 4) Enhance SWCC Performance Effectiveness Ensure water safety & availability through enhancement of SWCC water production & cost reduction 8
SWCC currently has 17 desalination sites dispersed around the Kingdom with installed capacity of ~4.7 Mn m 3 /day SWCC currently has 17 desalination sites dispersed around the Kingdom with installed capacity of ~4.7 Mn m 3 /day Current Planned Haql Duba AlWajih 441 521 550 3050 575 473 Other 2) 106 11 72 678 785 491 Umluj Yanbu Rabigh Alazizia Makkah Jeddah Taif Shuaiba AL-Lith Albaha AL-Qunfutha K.Moshait Abha 97 108 Shuqaiq Farasan Al-Madina 1) Shown capacities include capacities planned up to 2020 2) Other includes Satellite, Khafji, Rabigh, and Al Akir plants Source: SWCC, Booz Allen Analysis Jazan Current and Planned 1) Desalination Plants (2017) Buraidah Hafr Albatin Alnoairya Riyadh Installed Water Capacity (1000 m 3 /day) Installed Power Capacity (MW) Khafji Al-Hafoof Ras Alkhair Jubail Khobar 1051 2650 1177 1589 503 1150 Desalination plant Co-generation plant Current Under Construction/Contract Key Insights SWCC currently has 4.7 Mn m 3 and 7,300 MW of installed water and electricity capacity respectively Production plant portfolio consists of several technologies: MSF: 3.6 Mn m 3 / day 78% RO: 0.9 Mn m 3 / day 20% MED: 0.1 Mn m 3 / day 2% The largest 5 plants make up ~90% of the existing water capacity Yanbu 3, Shuaiba 4 and five satellite plants are under construction or under contracting and will add ~1 Mn m 3 / day of installed water capacity 9
STRONG DEMAND GROWTH CONTINUES TO PLACE STRESS ON SWCC S PORTFOLIO OF ASSETS PRESENTING SIGNIFICANT PPP OPPORTUNITIES Water Production vs. Capacity (2013-2017, Mn. m 3 /day) Production Capacity +7% 4.6 4.6 3.8 3.6 3.6 3.5 3.1 2.9 4.7 4.5 Key Opportunities Significant investment needed to meet growing demand Demographic dividend with rising per capita incomes Positive fundamentals as the economy diversifies Pro-market reforms as part of the NTP and Vision 2030 Actively seeking long term strategic partnerships SWCC s Operational Excellence Program SWCC has embarked on an aggressive program to Operational Excellence Initiatives : Full environmental Compliances. Availability 2013 2014 2015 2016 89% 89% 88% 86% 2017 Planned 96% Improve Process Safety & Reliability. Reduce fuel & Energy consumption. Improve Desalination plants efficiency. Capacity Factor 82% 87% 76% 82% 95% Maximize the Production. Reduce the Cost SR/M3 *Recorded in April 2017 10
OPERATIONAL EXCELLENCE PROCESS & EMPLOYEE SAFETY ASSET EFFICENCY MAINTENANCE & RELIABILITY CAPEX & CONTRACTOR MGT CULTURE & PERF. MGT Workstream Objectives Diagnose existing process and employee Safety core practices maturity both at corporate level and within each of the four site within scope, by focusing on Adopt a risk-based approach focusing on key risks areas; in particular, selecting sample areas as well as selected critical elements of the SMS based on experience in similar facilities. Through a targeted review of core safety risks at both corporate and site level, help leadership team appreciate key risks areas and priorities to define a roadmap to develop mitigation plans and reduce overall operational risk Diagnose and define realistic asset efficiency target by focusing on Water pumps and transmission systems, Steam boilers, steam Turbine and MSF, RO and MED desalinization process optimization with the objective to Reduce the operational expenditure induced by those assets by 20%, covering such as energy and power consumption, operational and maintenance costs, chemical costs, fuel cost. Identify opportunities to Improve capacity factor of Desalination plant up to 93% and capacity factor of power Generation up to 90%, and plant availability up to 97% and reduce the energy consumption by 10% Identify opportunities to Optimize the overall expenditures related to fix and variable Maintenance activities to improve asset availability up to 97% from reducing core assets downtime, by focusing on the following Maintenance & Reliability Organization structure, staffing and supervisory skillsets, Work Management Process (Planning, Scheduling, Work order management), Material and spares management,reliability strategies, criticality ranking, preventive maintenance, task management, lubrication, problem elimination, Material Management, warehouse and inventory, kitting, Information management (CMMS, equipment data, parts data, technical documentation, Diagnose existing Capital Efficiency to corporate level and Yanbu Sample and contractor management core practices and define realistic improvement efficiency target, by focusing on the following core dimensions: Capital project / investment program effectiveness during business planning, front-end loading, design and construction, Contractor Management, namely contract performance, interface management, consumption patterns analysis and contractor performance evaluation Identify opportunities to Optimize overall contractor Spend, Optimize capital expenditure for minor Capex investments, and Optimize long term balance between capital expenditure and operational expenditure Evaluate the overall corporate culture on each of the different sites and within core corporate functions by focusing on selected leadership team members thorough profiling and coaching, leveraging established practices around felt leadership models. 11
Planned Desalination Projects IW(P)Ps (Up to 2025) PLANNED DESALINATION PROJECTS IW(P)PS (UP TO 2025) Yanbu (4) 450,000 Jubail 1,170,000 3,000 Rabigh (3) 600,000-1,200,000 Shuqaiq (3) 380,000 m 3 /day MW 12
Planned Water Transmission Projects IW(P)Ps (Up to 2025) PLANNED TRANSMISSION SYSTEMS (UP TO 2025) Rabigh Jeddah - Mecca - Taif 600,000 Yanbu (4) - Medina 900,000 Jubail (3) - Riaydh 1,000,000 Jeddah (4) - Briman 400,000 Jubail (3) Eastern Province 600,000 Taif Turba Ranyah - AlKhurma 80,000 Shuqaiq (3) 760,000 m 3 /day 13
14 SWCC R&D (Partners of Success) SWCC adopting R&D in these Innovative Desalination Technologies : 203 14 91 93 45 263 7 approved patents in the last ten years from different countries 1 Forward Osmosis. Mega-ton. Adsorption. Try-hybride (NF RO MED). Dia-hybride (NF RO). 14
15 Summary Desalination is a strategic industry for the kingdom of Saudi Arabia. Saudi Arabia represents a substantial percentage of the global desalination capacity. Having the largest global desalination capacity for a long time, SWCC has served over the years to pioneer and push the envelop of desalination technology, engineering, reliability and operation excellence. Accelerate the development and implementation of new desalination technologies. We aspire to achieve our strategic objectives by forming alliances with global desalination leaders. Opportunity for technology partnership in the Desalination industry. 15
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