James Saundres, Managing Director of Commercial Ventures Quintain discusses multi utility initiatives, vacuum waste disposal and fibre initiatives at NextGen 09 in Leeds on 16 and 17 November 2009
Innovation with Water @ Shire of Augusta Margaret RiverWayne Prangnell
Â
An overview of water innitiatives at the Shire of Augusta Margaret River including stormwater treatment, water recycling and alternative water servicing.
The document discusses water usage and efficiency. It notes that 80% of the Earth's surface is water but production of common items like beer and oranges requires significant water. Experts warn that water supply per person will drop by a third and millions may die without access to safe water. Water efficiency means saving resources through technologies and activities. Everyone must work together from individuals to governments to address growing water shortages. Solutions proposed include using low-flow shower heads, fixing leaks, collecting rainwater, and installing greywater recycling systems.
This presentation shows different innovations in the water sector. It shows examples of business model innovations for household water treatment devices, water treatment plants, or sanitation services. It continues the discussion on business strategies for poverty alleviation within the context of water and sanitation.
Water & Wastewater: Innovation for Resilience and Adoption to Climate ChangePurite
Â
As an expanding world and climate change places increasing pressure on the amount of fresh water available.
There is a growing recognition and understanding across the developed world that a scarcity of fresh water is no longer just an issue for those sun scorched countries where drought and famine has long been a common strand of the socio-economic infrastructure.
While in the UK and many regions of Europe there has been a great deal of attention paid to electricity being the resource in shortest supply, the focus is adjusting to that of water. And not before time.
Water treatment describes processes used to make water acceptable for various uses like drinking, industrial processes, and medical uses. The goal is to remove or reduce contaminants to fit the intended use. Processes can include physical separation methods like settling and filtration, chemical processes like disinfection and coagulation, and biological processes for wastewater. Factors in selecting treatment processes include the raw water quality, intended use, desired water quality, system size and cost. Common water treatment processes are pretreatment, coagulation, rapid mixing, flocculation, sedimentation, filtration, disinfection, and softening.
1) Water treatment involves ensuring a safe and clean drinking water supply. It requires identifying a water source and protecting it from contamination through appropriate treatment and distribution.
2) Conventional drinking water treatment typically includes aeration, coagulation/flocculation, sedimentation, filtration and disinfection. It aims to remove microbes, particles, dissolved solids and other pollutants.
3) The key processes involve adding coagulants to neutralize particle charges, forming flocs for removal via sedimentation and filtration. Chlorine is commonly used for disinfection but produces disinfection byproducts, so alternatives like chloramines and ozone are also used.
The document summarizes various stages of wastewater treatment processes. It discusses preliminary treatment which removes solids, grit, and grease. Primary treatment uses sedimentation to remove 60% of suspended solids. Secondary treatment uses biological processes like activated sludge and oxidation ditches to remove organic matter. Tertiary treatment further removes nutrients and particles through processes like filtration and disinfection. The document provides details on the treatment units and processes involved at each stage of wastewater treatment.
James Saundres, Managing Director of Commercial Ventures Quintain discusses multi utility initiatives, vacuum waste disposal and fibre initiatives at NextGen 09 in Leeds on 16 and 17 November 2009
Innovation with Water @ Shire of Augusta Margaret RiverWayne Prangnell
Â
An overview of water innitiatives at the Shire of Augusta Margaret River including stormwater treatment, water recycling and alternative water servicing.
The document discusses water usage and efficiency. It notes that 80% of the Earth's surface is water but production of common items like beer and oranges requires significant water. Experts warn that water supply per person will drop by a third and millions may die without access to safe water. Water efficiency means saving resources through technologies and activities. Everyone must work together from individuals to governments to address growing water shortages. Solutions proposed include using low-flow shower heads, fixing leaks, collecting rainwater, and installing greywater recycling systems.
This presentation shows different innovations in the water sector. It shows examples of business model innovations for household water treatment devices, water treatment plants, or sanitation services. It continues the discussion on business strategies for poverty alleviation within the context of water and sanitation.
Water & Wastewater: Innovation for Resilience and Adoption to Climate ChangePurite
Â
As an expanding world and climate change places increasing pressure on the amount of fresh water available.
There is a growing recognition and understanding across the developed world that a scarcity of fresh water is no longer just an issue for those sun scorched countries where drought and famine has long been a common strand of the socio-economic infrastructure.
While in the UK and many regions of Europe there has been a great deal of attention paid to electricity being the resource in shortest supply, the focus is adjusting to that of water. And not before time.
Water treatment describes processes used to make water acceptable for various uses like drinking, industrial processes, and medical uses. The goal is to remove or reduce contaminants to fit the intended use. Processes can include physical separation methods like settling and filtration, chemical processes like disinfection and coagulation, and biological processes for wastewater. Factors in selecting treatment processes include the raw water quality, intended use, desired water quality, system size and cost. Common water treatment processes are pretreatment, coagulation, rapid mixing, flocculation, sedimentation, filtration, disinfection, and softening.
1) Water treatment involves ensuring a safe and clean drinking water supply. It requires identifying a water source and protecting it from contamination through appropriate treatment and distribution.
2) Conventional drinking water treatment typically includes aeration, coagulation/flocculation, sedimentation, filtration and disinfection. It aims to remove microbes, particles, dissolved solids and other pollutants.
3) The key processes involve adding coagulants to neutralize particle charges, forming flocs for removal via sedimentation and filtration. Chlorine is commonly used for disinfection but produces disinfection byproducts, so alternatives like chloramines and ozone are also used.
The document summarizes various stages of wastewater treatment processes. It discusses preliminary treatment which removes solids, grit, and grease. Primary treatment uses sedimentation to remove 60% of suspended solids. Secondary treatment uses biological processes like activated sludge and oxidation ditches to remove organic matter. Tertiary treatment further removes nutrients and particles through processes like filtration and disinfection. The document provides details on the treatment units and processes involved at each stage of wastewater treatment.
This document summarizes the views of a utility manager on integrating renewable energy resources like wind and solar power. The manager expresses concerns that (1) adding more intermittent renewables could exacerbate technical grid issues before they are fully resolved, (2) the high costs of renewables may not create enough permanent jobs to justify the rate increases borne by customers, and (3) public policy priorities should not ignore technical grid constraints or total cost impacts to customers.
This presentation by New Zealand Electricity Authority was made during the “Radical innovation in the electricity sector” held at the 63rd meeting of the OECD Working Party No. 2 on Competition and Regulation on 19 June 2017. More papers and presentations on the topic can be found out at oe.cd/1ZW.
At the 2021 North Carolina Electric Meter School, Tom Lawton gave the Opening Keynote on smart meters and the increasingly important role the meter is playing in the smart grid.
PacNOG 25: Keeping local traffic local by doing local peering APNIC
Â
APNIC Infrastructure and Development Director Che-Hoo Cheng presented on 'Keeping Local Traffic Local by Doing Local Peering'. about the concepts of peering, the benefits of peering, and the roles of Internet exchange Points (IXPs) to facilitate easier local peering. Che-Hoo also shared his experience in operating an IXP.
Syrinix The Value Of Data In The Water SectorJames Dunning
Â
This document discusses how the water sector is undergoing a data-driven transformation globally. Key points include:
1) Data is driving changes in how water companies operate and how the sector is invested in.
2) Water is becoming an increasingly precious resource, with a projected 40% supply deficit by 2030 according to McKinsey.
3) Using real-time sensor data, water utilities can improve leak detection, reduce costs, and gain benefits from data-driven decision making.
Small Commercial Solar: Grow Your Business With This Untapped Sectorallearthrenewables
Â
Utility-scale solar is booming, and residential solar is on the rise, but the small-commercial solar market is still largely unrealized, despite wide open potential for growth. In this presentation, learn how to grow your business by taking advantage of this untapped sector, which some are calling the next goldmine of the solar industry.
We'll give you an overview of small commercial solar development, taking you through financing opportunities and challenges, diving into how to make small commercial solar more economical through project design and standardization, and giving you tips on how to eliminate hidden project costs and maximize your sales and installation efficiency and capability.
APPLYING DIGITAL METERING & REMOTE SENSORS TO DELIVER OPERATIONAL EFFICIENCYiQHub
Â
GWMWater implemented a digital water metering network using low power wide area radio technology. They first piloted technologies in 2009 and fully deployed meters across their rural network between 2013-2016. This network provides hourly water usage readings and allows GWMWater to identify leaks, support customers, and monitor their water system more effectively. GWMWater is now expanding this technology to urban areas and other assets like sewer monitoring to further improve operations.
This document summarizes principles developed by Canadian nuclear utilities to guide modifications for beyond design basis events and accidents. The principles focus on stopping event progression, maintaining multiple barriers, early fuel cooling, containment integrity, filtered venting, ensuring equipment integrity for rare hazards, spent fuel cooling, readily deployable emergency equipment, a common philosophy, and sustainability. Specific modification examples are provided for several principles, such as connections for portable pumps, batteries, and air supplies to operate valves.
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...APNIC
Â
Che-Hoo Cheng, Senior Director, Development at APNIC presents on the "Benefits of doing Internet peering and running an Internet Exchange (IX)" at the Communications Regulatory Commission of Mongolia's IPv6, IXP, Datacenter - Policy and Regulation International Trends Forum in Ulaanbaatar, Mongolia on 7 March 2024
[10/6/15, 9:34:23 AM] Amy Sesol: Check out the NEDAS Toronto presentations from September 29th at 2nd Floor events. These presentations discuss the trends, challenges and development of in-building wireless solutions. Some key presentations include: Cellular Capacity in Crisis! The Evolution of Airport Communications and the Demand for Technology and Bandwidth, Business Model Trends, Stepping through and In-Building Project Lifecycle, and more!
[10/6/15, 9:38:03 AM] Amy Sesol: NEDAS photo presentations: In case you missed it, check out the photo highlight form the NEDAS Toronto Workshops & Social event on September 29th at 2nd Floor Events. The event had well attended discussions which provided specific insight into the in-building wireless community, followed by a cocktail reception to network, interact and grow with the over 125+ attendees.
Wave Hub is a world-leading test site for wave energy technology located off the coast of Cornwall. It includes an onshore substation and underwater cables capable of hosting devices with a total capacity of 48MW. Several wave and tidal device developers have deployed technologies at Wave Hub to test performance and grid integration. The site operator aims to support the growth of the marine renewable energy industry and help realize the significant economic potential for jobs and investment in the UK. Lessons learned from developing Wave Hub demonstrate the importance of strong governance, allowing sufficient time, managing risks, working with partners, and maintaining an integrated long-term vision.
APNIC Infrastructure and Development Director Che-Hoo Cheng presents on IXP development in the region at SANOG 33 in Thimpu, Bhutan from 9 to 16 January 2019.
We noticed there are enough pipelines in Alberta to circumvent the earth ten times and over 35 years there has been 12,000 leaks which is a leak a day.
We’re in the business of making Alberta a better place to work and play. We’ve proven we can eliminate leaks and save money.
We do this differently. We’ve looked at the 12,000 failures and their unique characteristics and we looked at the others and then classify into those which fail and those which don’t. It’s binary; either your pipes will fail or they won't.
This document discusses the benefits of FOUNDATION fieldbus technology across the entire plant lifecycle from engineering to operations. It highlights cost savings from reduced engineering costs, faster commissioning, improved maintenance through predictive diagnostics, and the ability to modernize aging automation infrastructure. Fieldbus provides interoperability, standardized diagnostics, and a scalable architecture to integrate new and legacy devices for improved productivity.
The document summarizes a report from the National Association of Regulatory Utility Commissioners (NARUC) on compensating distributed energy resources (DERs). It discusses the increased deployment of DERs, issues they create for utilities around compensation and system planning, and NARUC's response through a manual identifying options for jurisdictions. The manual examines methodologies like net energy metering, demand charges, and valuation approaches to help regulators address DER compensation questions.
This document provides information from a Technology & Maintenance Council meeting on remote trailer diagnostics. It discusses the need for remote trailer diagnostics to optimize uptime, prevent unscheduled maintenance, and allow for predictive maintenance given a shortage of technicians and an aging trailer fleet. Regulations are also driving technology adoption in refrigerated trailers. Panelists from Ryder, Publix, and J&M Tank Lines then discuss topics like the role of connectivity in driving trailer uptime and utilization, and advancements in trailer diagnostics and predictive maintenance.
TWNOG 3.0: Stories of IXP development and the way forwardAPNIC
Â
APNIC Infrastructure & Development Director Che-Hoo Cheng gives some examples of regional IXP development and what the future holds at TWNOG 3.0 in Taipei from 20 to 21 June 2019.
More Related Content
Similar to Innovation as a Necessity in the UK Water Sector
This document summarizes the views of a utility manager on integrating renewable energy resources like wind and solar power. The manager expresses concerns that (1) adding more intermittent renewables could exacerbate technical grid issues before they are fully resolved, (2) the high costs of renewables may not create enough permanent jobs to justify the rate increases borne by customers, and (3) public policy priorities should not ignore technical grid constraints or total cost impacts to customers.
This presentation by New Zealand Electricity Authority was made during the “Radical innovation in the electricity sector” held at the 63rd meeting of the OECD Working Party No. 2 on Competition and Regulation on 19 June 2017. More papers and presentations on the topic can be found out at oe.cd/1ZW.
At the 2021 North Carolina Electric Meter School, Tom Lawton gave the Opening Keynote on smart meters and the increasingly important role the meter is playing in the smart grid.
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Syrinix The Value Of Data In The Water SectorJames Dunning
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This document discusses how the water sector is undergoing a data-driven transformation globally. Key points include:
1) Data is driving changes in how water companies operate and how the sector is invested in.
2) Water is becoming an increasingly precious resource, with a projected 40% supply deficit by 2030 according to McKinsey.
3) Using real-time sensor data, water utilities can improve leak detection, reduce costs, and gain benefits from data-driven decision making.
Small Commercial Solar: Grow Your Business With This Untapped Sectorallearthrenewables
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Utility-scale solar is booming, and residential solar is on the rise, but the small-commercial solar market is still largely unrealized, despite wide open potential for growth. In this presentation, learn how to grow your business by taking advantage of this untapped sector, which some are calling the next goldmine of the solar industry.
We'll give you an overview of small commercial solar development, taking you through financing opportunities and challenges, diving into how to make small commercial solar more economical through project design and standardization, and giving you tips on how to eliminate hidden project costs and maximize your sales and installation efficiency and capability.
APPLYING DIGITAL METERING & REMOTE SENSORS TO DELIVER OPERATIONAL EFFICIENCYiQHub
Â
GWMWater implemented a digital water metering network using low power wide area radio technology. They first piloted technologies in 2009 and fully deployed meters across their rural network between 2013-2016. This network provides hourly water usage readings and allows GWMWater to identify leaks, support customers, and monitor their water system more effectively. GWMWater is now expanding this technology to urban areas and other assets like sewer monitoring to further improve operations.
This document summarizes principles developed by Canadian nuclear utilities to guide modifications for beyond design basis events and accidents. The principles focus on stopping event progression, maintaining multiple barriers, early fuel cooling, containment integrity, filtered venting, ensuring equipment integrity for rare hazards, spent fuel cooling, readily deployable emergency equipment, a common philosophy, and sustainability. Specific modification examples are provided for several principles, such as connections for portable pumps, batteries, and air supplies to operate valves.
Benefits of doing Internet peering and running an Internet Exchange (IX) pres...APNIC
Â
Che-Hoo Cheng, Senior Director, Development at APNIC presents on the "Benefits of doing Internet peering and running an Internet Exchange (IX)" at the Communications Regulatory Commission of Mongolia's IPv6, IXP, Datacenter - Policy and Regulation International Trends Forum in Ulaanbaatar, Mongolia on 7 March 2024
[10/6/15, 9:34:23 AM] Amy Sesol: Check out the NEDAS Toronto presentations from September 29th at 2nd Floor events. These presentations discuss the trends, challenges and development of in-building wireless solutions. Some key presentations include: Cellular Capacity in Crisis! The Evolution of Airport Communications and the Demand for Technology and Bandwidth, Business Model Trends, Stepping through and In-Building Project Lifecycle, and more!
[10/6/15, 9:38:03 AM] Amy Sesol: NEDAS photo presentations: In case you missed it, check out the photo highlight form the NEDAS Toronto Workshops & Social event on September 29th at 2nd Floor Events. The event had well attended discussions which provided specific insight into the in-building wireless community, followed by a cocktail reception to network, interact and grow with the over 125+ attendees.
Wave Hub is a world-leading test site for wave energy technology located off the coast of Cornwall. It includes an onshore substation and underwater cables capable of hosting devices with a total capacity of 48MW. Several wave and tidal device developers have deployed technologies at Wave Hub to test performance and grid integration. The site operator aims to support the growth of the marine renewable energy industry and help realize the significant economic potential for jobs and investment in the UK. Lessons learned from developing Wave Hub demonstrate the importance of strong governance, allowing sufficient time, managing risks, working with partners, and maintaining an integrated long-term vision.
APNIC Infrastructure and Development Director Che-Hoo Cheng presents on IXP development in the region at SANOG 33 in Thimpu, Bhutan from 9 to 16 January 2019.
We noticed there are enough pipelines in Alberta to circumvent the earth ten times and over 35 years there has been 12,000 leaks which is a leak a day.
We’re in the business of making Alberta a better place to work and play. We’ve proven we can eliminate leaks and save money.
We do this differently. We’ve looked at the 12,000 failures and their unique characteristics and we looked at the others and then classify into those which fail and those which don’t. It’s binary; either your pipes will fail or they won't.
This document discusses the benefits of FOUNDATION fieldbus technology across the entire plant lifecycle from engineering to operations. It highlights cost savings from reduced engineering costs, faster commissioning, improved maintenance through predictive diagnostics, and the ability to modernize aging automation infrastructure. Fieldbus provides interoperability, standardized diagnostics, and a scalable architecture to integrate new and legacy devices for improved productivity.
The document summarizes a report from the National Association of Regulatory Utility Commissioners (NARUC) on compensating distributed energy resources (DERs). It discusses the increased deployment of DERs, issues they create for utilities around compensation and system planning, and NARUC's response through a manual identifying options for jurisdictions. The manual examines methodologies like net energy metering, demand charges, and valuation approaches to help regulators address DER compensation questions.
This document provides information from a Technology & Maintenance Council meeting on remote trailer diagnostics. It discusses the need for remote trailer diagnostics to optimize uptime, prevent unscheduled maintenance, and allow for predictive maintenance given a shortage of technicians and an aging trailer fleet. Regulations are also driving technology adoption in refrigerated trailers. Panelists from Ryder, Publix, and J&M Tank Lines then discuss topics like the role of connectivity in driving trailer uptime and utilization, and advancements in trailer diagnostics and predictive maintenance.
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Innovation as a Necessity in the UK Water Sector
1. Innovation as a
Necessity
An Introduction to TrunkMinder
“Service Delivery” Open Innovation
Event
11th October, 2012
2. • Northumbrian Water Group
undoubtedly takes its
performance seriously
• NW does so
• not just as regards OFWAT
• but as part of its broader community
pursuing best practice internally and
externally
3. • It is also important to
acknowledge the “headaches”
of operating a water system
simply on a day to day basis
• the bursts
• the OFWAT queries and consultations
• the local press and radio asking for
comments when things have gone awry
• But a broader picture that will
potentially transform the
operation of utilities in the UK
and with innovation at its core
4. • The audience is already
familiar with how the water
sector currently works
• OFWAT has itself acknowledged
the current CapEx bias
• Detailed OFWAT targets have
also undoubtedly dominated
much of utility activity to date
• and all against a background,
until recently, of economic
growth and debt-financed capital
structuring
5. • But the context is changing and
potentially significantly
• Whilst important in the long-term
the change is not just about
smart network management and
data-led automisation which is
some way down the road
• Instead the change is more
immediate
• TotEx in place of CapEx
• broader outcomes in place of detailed
outputs
• outperformers keeping the benefits
• Unfortunately this is against a
backdrop of economic frailty not
just in the short term but at least
the medium term too
6. • The current backdrop is also
one
• where OFWAT has been
criticised earlier in the year over
leakage, criticism that is likely to
get passed on to you in the
course of the AMP6 process
• where those who hope to
respond simply with a “well we’ll
replace all the pipes then” are
likely to get pretty short shrift
7. • As ever, the key issue will be
the financials
• but not in a “spend to improve
infrastructure” kind of way that
has applied before
• instead in a “you’ve got to do
more with less…you’ve got to
be smarter” kind of way
8. Option 1 – Business as Usual
• As a result, water utilities have a choice
• They can carry on as they are, continuing with
• current pain points
• having only limited knowledge of what is going on on their trunk
main network
• paying compensation for bursts and having their brand undermined
• having employees and contractors out in the roads running manual
inspections and repairing and replacing cheap kit with all the health
and safety risks that go with that
• with making the same old submissions to OFWAT, and have them
rejected as not reflecting the new realities
10. Option 2 – Outperforming
• Or utilities can position themselves for the future as outperformers
• working on credible regulatory plans that reflect the diminishing scope for
CapEx
• lessening the disruption and costs of bursts by repairing leaks before they
become bursts
• applying automation to know real time what is happening on their critical
mains
• having a single supplier providing four points of critical information rather than
four suppliers each providing one each
• using resilient technology
• to reduce health and safety exposure
• that allows reports and data to be gathered and viewed not in a Day-Glo jacket in the
middle of the road but when
• it is needed
• before customers know about it
• from wherever the utility operator happens to be
12. TrunkMinder
• Because that is what Syrinix’s TrunkMinder
provides
• 150 being deployed across London
• Providing real time information
• Allowing leaks to be located on trunk mains within 1 metre and
repaired before bursts occur
• Automatically monitoring utility strategic networks every second of
every day
• Guarding critical pipes with a web-based configurable interface
• Guarding critical brands
• With a sub-3 year payback
13. • Whilst swimming in a river, the
overall direction can seem
unclear
• But viewed from above, the
direction in which the UK water
sector is heading, with AMP6
preparations well underway, is
very clear indeed and that is
• towards spending less to do more
• towards acting on an informed basis
• towards innovation at the core of your
activities
• Syrinix’s aim with TrunkMinder
is to work very much with
water utilities as they adapt to
those trends and continue as
the leading company that they
are