Loading...
Community presentation
Absolutely. **Leak Detection should not be treated as a standalone technology slide buried near CCTV.** It should be positioned as part of the **field sensing → communication → …
Create your own version
Use this visual direction as inspiration for a new Presenton deck.
Use this designCreator prompt
Absolutely. **Leak Detection should not be treated as a standalone technology slide buried near CCTV.** It should be positioned as part of the **field sensing → communication → GIS → control-centre monitoring** story. The strongest approach is to integrate it at three points: 1. **Operational Philosophy** — explain that field conditions are sensed and converted into actionable information. 2. **ELV Systems / Field Systems** — introduce sensor-based leak detection and GIS. 3. **Control Centre / Integrated Architecture** — show how the leak event travels from sensor to operator and is displayed geographically. I would revise your 25-slide structure as follows. --- # Revised 25-Slide ELV Presentation ## Slide 1 — Cover # ELV Systems Implementation ### MEW Project No. 6263 **Doha Water Distribution Complex** --- ## Slide 2 — Agenda 1. Project Overview 2. ELV Scope of Works 3. Design Philosophy 4. Operational Philosophy 5. Engineering & Execution Strategy 6. Fiber Optic Backbone 7. Site Communication Infrastructure 8. Network & Cybersecurity 9. Field Monitoring & Leak Detection 10. CCTV & Integrated Security 11. Control Centres & GIS Monitoring 12. Integrated ELV Architecture 13. Project Execution & Commissioning 14. Project Timeline 15. Conclusion --- # SECTION 1 — PROJECT ## Slide 3 — Project Overview Introduce: * MEW Project 6263 * Doha WDC * Pumping facilities * New reservoirs * Solar PV * Pipeline network * Chlorine Dioxide facilities * Communication infrastructure * Control and monitoring infrastructure Use the **Google Earth/site aerial image** as the primary visual. --- ## Slide 4 — Project Description Make this an engineering flow rather than paragraphs: **Water Source / Infrastructure** ↓ **Pumping Station** ↓ **Reservoirs** ↓ **Distribution Pipeline** ↓ **Field Instrumentation & Sensors** ↓ **ELV Communication Network** ↓ **LCC / CNCC** ↓ **NRCC** ↓ **NCC – Shuwaikh** The key message: > **The ELV infrastructure provides the communication and monitoring layer connecting critical field assets with operational control centres.** --- # SECTION 2 — ELV SCOPE ## Slide 5 — ELV Scope of Works Show the complete ELV ecosystem: * Structured Cabling * Data Network * Telephone * Fiber Optic Backbone * Industrial Network * CCTV * Access Control * IPTV * Public Address * Audio Visual * Video Walls * **Leak Detection** * **Field Sensors** * **GIS-Based Monitoring** * Cybersecurity * Firewalls * Microwave Communication ### Important change Don't show Leak Detection as simply another icon. Group it visually as: **FIELD MONITORING** > Sensors → Communication → GIS → Control Centre That establishes its importance. --- # SECTION 3 — DESIGN PHILOSOPHY ## Slide 6 — Design Philosophy Six principles: **Reliability** **Availability** **Redundancy** **Scalability** **Maintainability** **Cybersecurity** Add a seventh: ### Situational Awareness Because leak detection is fundamentally about **knowing what is happening in the field and where it is happening.** --- ## Slide 7 — Operational Philosophy This is where leak detection first becomes part of the operational story. Show: **Field** Sensors / Flow / Pressure / Leak Detection ↓ **Communication** Industrial Ethernet / Fiber ↓ **Processing** Servers / Applications ↓ **GIS** Geographical Location + Asset Information ↓ **Control Centre** LCC / CNCC / NRCC / NCC ↓ **Operator** Alarm → Location → Assessment → Response ### Core message > **Field conditions are detected at source, transmitted through the resilient ELV communication infrastructure, geographically identified through GIS, and presented to operators for timely response.** This is much stronger than simply saying "Leak Detection System." --- # SECTION 4 — ENGINEERING & EXECUTION ## Slide 8 — Phase 1: Engineering & Design Workflow: **Site Survey** ↓ **Route Survey** ↓ **System Engineering** ↓ **Network Architecture** ↓ **GIS / Sensor Mapping** ↓ **Shop Drawings** ↓ **Engineering Calculations** ↓ **Material Approval** ↓ **Method Statements** --- ## Slide 9 — Phase 2: Procurement & Manufacturing **Approved Design** ↓ **Material Procurement** ↓ **Factory Inspection** ↓ **FAT** ↓ **Delivery** Include: * Fiber cables * Network switches * Servers * Sensors * CCTV * GIS/monitoring equipment * Racks * Firewalls --- ## Slide 10 — Phase 3: Civil Infrastructure Show the underground infrastructure cross-section: ```text ROAD / GROUND LEVEL ──────────────────────────────── Warning Tape ──────────────────────────────── HDPE Duct ┌──────────────┐ │ Fiber / ELV │ └──────────────┘ Sand Bedding ──────────────────────────────── Compacted Backfill ``` Include: * Excavation * HDPE ducts * Draw pits * Road crossings * Warning tape * Cable protection * Backfilling This establishes the **physical foundation** before moving into communications. --- # SECTION 5 — COMMUNICATION BACKBONE ## Slide 11 — Fiber Optic Backbone Show: ### 32-Core SM Fiber Backbone **Doha** ↔ **Northern Region Sites** ↔ **NRCC** ↔ **NCC** Include: * 32-core SM fiber * Redundant routing * ODFs * Splicing * Termination * HDPE duct infrastructure * Approx. 77 km, subject to final approved route/design Use your actual route map rather than a generic fiber image. --- ## Slide 12 — Site Communication Network Now zoom into Doha. ### Outdoor Field Sensors CCTV Instrumentation Remote Devices ↓ **Industrial Ethernet Switches** ↓ **4-Core SM Fiber** ↓ **Communication Room** ↓ **Core / Distribution Network** ↓ **Servers / Control Systems** This is where the audience understands **how the field devices actually communicate**. --- # SECTION 6 — NETWORK & CYBERSECURITY ## Slide 13 — Network Infrastructure Show the hierarchy: **Core** ↓ **Distribution** ↓ **Industrial Switches** ↓ **PoE / Field Connectivity** ↓ **CCTV / Sensors / ELV Devices** Keep the technical specifications in a small side panel rather than dominating the slide. --- ## Slide 14 — Cybersecurity Architecture Show logical separation: ```text CORPORATE NETWORK │ FIREWALL │ DMZ │ OPERATIONS NETWORK / | \ DCS ELV CCTV | Field Devices ``` Include: * Network segmentation * Firewall * DMZ * Access control * Secure remote access * Redundant network infrastructure * Monitoring/logging --- # SECTION 7 — LEAK DETECTION ## Slide 15 — Sensor-Based Leak Detection This should now become a **major slide**. ### Concept Show a pipeline with multiple sensing points. ```text SENSOR SENSOR SENSOR │ │ │ ▼ ▼ ▼ ───●────────────●─────────────●──────── PIPELINE ↓ Abnormal Condition ↓ Leak Detection ``` The system monitors relevant field parameters such as: * Flow * Pressure * Differential behaviour * Sensor status * Alarm conditions The important point is: > **Leak detection is based on field sensor information rather than relying only on visual inspection.** --- ## Slide 16 — GIS-Based Leak Detection & Localization This is the slide I would use to make the presentation stand out. Don't show a generic GIS screenshot. Create a **simplified water network map**. For example: ```text RESERVOIR │ │ ●──────●──────● │ │ │ │ │ │ SENSOR SENSOR SENSOR │ │ │ └──────┴──────┘ │ PIPELINE │ [LEAK] 🔴 ``` Then show the GIS interface beside it: ### GIS Operator View **Asset:** Pipeline P-XXX **Location:** Chainage / GPS **Sensor:** LD-XXX **Status:** ALARM **Condition:** Suspected Leak **Time:** HH:MM:SS The concept becomes: ### **Detect → Locate → Visualize → Respond** --- ## Slide 17 — Leak Detection Operational Workflow Make this an animation-style process. ### 1. Detect Sensor identifies abnormal condition. ↓ ### 2. Communicate Alarm/data transmitted through industrial network. ↓ ### 3. Analyse Application evaluates the sensor information. ↓ ### 4. Locate GIS identifies the affected pipeline/asset/location. ↓ ### 5. Alarm Operator receives visual/audio alarm. ↓ ### 6. Respond Operations team investigates and takes corrective action. This slide is critical because it explains **what the system actually does**, not merely what equipment is supplied. --- # SECTION 8 — CCTV & SECURITY ## Slide 18 — CCTV System Now CCTV follows naturally. Show: **Perimeter** ↓ **PTZ / Fixed Cameras** ↓ **ANPR** ↓ **Industrial Network** ↓ **Fiber Backbone** ↓ **NVR / VMS** ↓ **Control Centre** For the Chlorine Dioxide Building, highlight the environmental requirements for suitable camera selection. --- ## Slide 19 — Integrated Security Network Combine: **CCTV** **Access Control** **ANPR** **Alarm Systems** ↓ **ELV Network** ↓ **Security Servers** ↓ **Control Centre** ↓ **Operator** This demonstrates that CCTV is part of a larger security ecosystem. --- # SECTION 9 — CONTROL CENTRES & GIS ## Slide 20 — Control Centre Architecture Show the hierarchy: ### Field Sensors CCTV Instrumentation ↓ ### LCC Local Monitoring ↓ ### CNCC Chemical/Facility Monitoring ↓ ### NRCC Northern Region Monitoring ↓ ### NCC – Shuwaikh Centralized Monitoring --- ## Slide 21 — GIS & Video Wall Monitoring This should be one of the strongest slides. Show a **5 × 2, 70-inch DLP video wall** conceptually displaying: | Screen Area | Information | | ----------- | ----------------- | | 1 | GIS Water Network | | 2 | Leak Detection | | 3 | CCTV | | 4 | Process / SCADA | | 5 | Alarms | | 6 | Pipeline Status | | 7 | Site Overview | | 8 | Camera Feeds | | 9 | Event Information | | 10 | System Status | The key concept: ### **One Operational Picture** Instead of operators looking at separate systems, the control centre provides a consolidated operational view. --- # SECTION 10 — REGIONAL COMMUNICATION ## Slide 22 — Communication Beyond Doha Zoom back out. Show: **Doha WDC** ↓ **32-Core Fiber Network** ↓ **Northern Region Sites** ↓ **NRCC** ↓ **NCC – Shuwaikh** Then show: **Microwave / Wireless Backup** as the secondary communication path where applicable. This connects the local ELV infrastructure to the wider MEW operational environment. --- # SECTION 11 — INTEGRATED ARCHITECTURE ## Slide 23 — Integrated ELV Architecture This is your **"WOW" slide**. Everything comes together: ```text ┌──────────────────┐ │ NCC │ │ Shuwaikh │ └────────▲─────────┘ │ Fiber / Backup │ ┌────────▲─────────┐ │ NRCC │ └────────▲─────────┘ │ Fiber Backbone │ ┌────────────▲────────────┐ │ │ CONTROL CENTRE NETWORK CORE │ │ ┌──────┼──────┐ ┌─────┴─────┐ │ │ │ │ │ GIS CCTV DCS ELV Security │ │ │ │ │ └──────┼──────┘ │ │ │ │ │ FIELD NETWORK────────────┘ │ ┌───────┼────────┬───────────┐ │ │ │ │ Sensors CCTV Access Other ELV │ ▼ Leak Detection │ ▼ GIS │ ▼ Operator ``` The central visual message: > **Field → Communication → Intelligence → GIS → Control → Response** --- # SECTION 12 — SOLAR ## Slide 24 — Solar Reservoir Integration Show the two reservoirs with their solar-covered roofs. Keep this carefully within the ELV scope. Explain: * Solar PV is part of the overall facility infrastructure. * ELV provides communication and monitoring pathways where required by the approved system architecture. * Associated monitoring information can be presented through the relevant control/monitoring infrastructure. **Do not imply that ELV is responsible for the solar electrical design unless it is actually in your contract scope.** --- # SECTION 13 — DELIVERY ## Slide 25 — Project Execution & Handover Combine the final delivery activities into one strong lifecycle: **Engineering** ↓ **Approval** ↓ **Procurement** ↓ **Civil Infrastructure** ↓ **Installation** ↓ **Configuration** ↓ **FAT** ↓ **SAT** ↓ **Integration Testing** ↓ **Performance Testing** ↓ **Training** ↓ **Handover** --- # Optional Final Slide — Conclusion If you want to stay at **26 slides**, I would add: ## Delivering the Digital Infrastructure for Doha WDC > **A resilient, secure and future-ready ELV infrastructure connecting field assets, sensor-based monitoring, leak detection, GIS, security systems and regional control centres through a redundant communication architecture.** Then show the complete architecture as the background. --- # The Key Change I Recommend The leak detection story should **not** be: > "We have a Leak Detection System." It should be: ### **Sensor → Network → Intelligence → GIS → Alarm → Operator → Response** That distinction is important when presenting to Ministry engineers. The Ministry already understands what a sensor is. What they need to see is **how the sensor becomes operational information**. So the overall story becomes: **Physical Infrastructure** ↓ **Field Devices & Sensors** ↓ **Fiber / Industrial Network** ↓ **Data & Cybersecurity Infrastructure** ↓ **Leak Detection / CCTV / Other ELV Applications** ↓ **GIS & Visualization** ↓ **LCC / CNCC / NRCC / NCC** ↓ **Operator Decision & Response** That gives you a much more credible **engineering and operational narrative** than a conventional "CCTV slide, fiber slide, telephone slide, access control slide..." presentation. And importantly, it makes **leak detection a functional outcome of the ELV architecture**, rather than just another item in the BOQ.
Presentation overview
This community presentation was shared by Jobin M as a complete 28-slide example. Absolutely. **Leak Detection should not be treated as a standalone technology slide buried near CCTV.** It should be positioned as part of the **field sensing → communication → … The preview lets you review the full sequence in order, rather than judging the design from a single cover image.
Use it as a reference for planning your own deck: notice how the amount of information changes from slide to slide, where visual emphasis appears, and how repeated design choices help the presentation feel connected. Community examples are inspiration, not locked templates, so you can keep the ideas that fit your audience and replace anything that does not.
Learn from the example
Look at the job each slide performs. Identify where the deck introduces its subject, develops the main points, adds evidence or examples, and moves toward a conclusion.
Notice which element attracts attention first and how headings, supporting text, images, and data are separated. Strong hierarchy makes the intended reading order obvious.
Compare spacing, typography, color, and repeated components across the slides. Consistent rules help varied content feel like one presentation instead of unrelated screens.
Make it your own
Begin with your audience and the decision, lesson, or action the presentation should support. Replace the topic, examples, evidence, and visuals with material you can verify, then edit every slide for one clear takeaway. You can borrow the visual direction without copying the creator's wording or message. Presenton will use this community deck as a design reference while you develop content for your own purpose.
