IoT and Sustainability Impact

Transcription

1 IoT and Sustainability Impact Bled, Slovenia 19 June 2017 ETI Dynamics

2 How We Do It ETI Dynamics operates as a big impacts lab to create numerous high impact solutions. These solutions manifest in multiple formats ranging from projects, companies, ventures, new IP, investment funds and financial instruments. The company holds and manages a portfolio of these multiple high impact solutions. Output Formats Big Impacts Lab Ideation Incubation Innovation PROJECTS TECHNOLOGY FINANCE High Impact Platforms Marquee Projects Project Development Companies Project Lifecycle Asset Managers Intellectual Property New Technology Ventures Technology Licensing Venture/PE Funds Trading Platforms and Exchanges Financial Instruments and Facilities 2

3 Applied Areas Core Focus Areas Expertise & Focus Areas Water Energy Waste Green ICT Drinking Water Wastewater Treatment Sanitation River Basin Management Solar Wind Biomass Energy Efficiency Waste Heat Recovery Waste Management Waste to Energy Waste to Fertiliser Waste to Fuel Waste to Biogas Internet of Things (IoT) Sensors Remote Sensing Machine to Machine Transport Electric Vehicles Charging Station Infrastructure Electric/Solar Hybrids Food and Agriculture Precision and Controlled Irrigation Enhancing Crop Yields Food Storage Sustainable Farming Smart Habitats Buildings Communities Villages Islands Cities Green Manufacturing Green Industrial Clusters Efficient Manufacturing Lean Manufacturing 3

4 Global Presence Founded in 2008 London Main offices in UK, India and additional locations in Singapore, Ghana and New Zealand New Delhi Strong and experienced management team with proven track record Corporate Office Representative Office Ghana Singapore Auckland In-depth understanding of the focus sectors Strong network of investors, banks and professionals across the globe Global affiliations and strategic partnerships Hands on experience of working in most active global financial markets including New York, London and Singapore as well as emerging markets 4

5 M O D E L 3X Problem Deconstruction Solution & Reconstruction P r o b l e m D e c o n s t r u c t i o n S o l u t i o n & R e c o n s t r u c t i o n Identify Global Issues Partner with host country Government Identify model projects Break problem down to modules (Policy & Regulatory, Technology & Operations, Finance) Invite technology innovators & solution providers from around the world Invite partners to jointly develop the model projects Integrate the economics, technology & financial solutions to not only reconstruct but also invest into & finance the model solution Back Venturing teams that can scale up & multiply, Entrepreneur in Residence Establish a local skills & innovation ecosystem ETI Dynamics

6 MESO Level Innovation Connects to larger macro strategy, which delivers impact and addresses global problems. MACRO LEVEL INSTITUTIONS (Government, World Bank, EU, etc.) (MACRO LAYER) MESO Layer Aggregates projects at ground level (MICRO LAYER) Technology Energy Water Health ETI Dynamics

7 Case Studies 1. Water Security High Impact Initiatives 2. Waste and Energy 3. Drinking Water 4. Energy and Environment Monitoring ETI Dynamics

8 1. Water Security Ganga Basin River Ganga c 2500 kms Basin: 907,000 sq. km Population coverage is 45% of India c600mn Transboundary river Needs USD 100bn capital spend 20 year plan Coverage is 11 States in India All major climate and environment issues related to water floods, contamination, water scarcity, water misuse, dams, draughts River Ramganga c 600 kms Ramganga Runs through state of Uttarakhand and Uttar Pradesh Source: CGanga ETI Dynamics

9 Riverhealth A. Data Sources B. Data Storage & Modelling C. Analytics Satellite Hydro power Potential of hydropower generation, sites, conflicts, trade-offs Drones In-situ sensors Agri & Water Irrigation demand/supply, tracking over-extraction Handheld Sensors and devices Lead Organisation and Partners Water Supply Flood Warning Core water supply systems / management and rights Flood/Landslides/Disaster Management and Warning Systems Source: CGanga and University of Southampton ETI Dynamics

10 12 Priority Areas Defined Decentralised Wastewater Treatment Developing small, compact and energy efficient solutions that can be deployed upon numerous drains to improve the quality of water flowing into the river. Centralised Wastewater Treatment Implementing solutions that are fit-for-purpose and energy efficient considering the large requirement within the Ganga River Basin. Appropriate solutions are needed not just for new-builds but to also retrofit existing plants. Industrial Effluents Treatment Zero liquid discharge solutions for the most prevalent industrial effluent streams with in the Ganga River Basin including tanneries, textiles, pulp & paper, distillery and chemicals & pharmaceuticals. River Basin Mapping and Modelling Developing high resolution maps and models for Hydrology, Ecology, Geomorphology, Demography, Socio-Economic and other pertinent areas. The modelling shall lead to the development of an advanced Ecosystem services model. Hydro-Metro-Ecological Measurements Including Sub-surface water hydrology and Aquifer mapping Urban River Management Planning To develop hydrological masterplans for rivers passing through urban areas. Source: CGanga Remote Sensing To develop remote sensing techniques using satellite imaging, advanced imaging cameras mounted on low-altitude UAVs/drones, in-situ sensors and hand-held devices. Advanced Sensor Development To develop low power/low-cost sensors for data collection Big Data and Deep Learning To establish a real-time big data and analytics platform with cognitive and deep learning techniques. Development of APIs and data sharing protocols for a wide range of stakeholders to tap into the big data platforms. Rural Community based models To develop innovative rural community based solutions that bring better sustainability and water management best practices. Innovative Financing Models To develop a range of financial instruments for long term financing of water related infrastructure. Water Rights and Governance Models To establish best practices around governance of water in the context of large River basins. 10 ETI Dynamics

11 Case Studies 1. Water Security High Impact Initiatives 2. Waste and Energy 3. Drinking Water 4. Energy and Environment Monitoring ETI Dynamics

12 2. Waste and Energy Waste Generators Farm Waste Animal Dung Household and food waste Sludge and Industry Waste 2. Spot payment made Decentralised Storage City Gas Supply 1. Notification of deposit of waste at local centre Processing (Biogas) Rural gas supply Trading Platform 3. Immediate Liquidity (Spot and Futures) 4. Long term offtake agreements Commodity Traders and Investors Commodity Traders and Investors 5. Energy, Commodity and Financial Markets Data and Indices PILOTS Scotland India Malawi New Zealand or Slovenia 12 ETI Dynamics

13 Case Studies 1. Water Security High Impact Initiatives 2. Waste and Energy 3. Drinking Water 4. Energy and Environment Monitoring ETI Dynamics

14 Drinking Water Atmospheric Water Generator Capacitive Deionisation IoT Enabled point of sales allows a viable business model 14 ETI Dynamics

15 Case Studies 1. Water Security High Impact Initiatives 2. Waste and Energy 3. Drinking Water 4. Energy and Environment Monitoring ETI Dynamics

16 About Logic Ladder LogicLadder provides The Sustainability Cloud TM delivering energy and environment management in an enterprise SaaS model. Energy Platform Renewable Energy Management Environment Platform Remote Effluent Monitoring Energy Management Remote Emission & Air Quality Monitoring Fuel & Generator Management Water Management 16

17 Business Model Per facility subscription $400 - $800 per cloud connector $50 to $1000 per month 17

18 I nvitation to Slovenia to join Big Impact Global Sustainability I nitiatives Sanmit Ahuja s a n m i t. a h u j e t i d y n a m i c s. c o m ETI Dynamics