Bohari - Ricardo Feller, Christopher Mies (ADAC GT MASTERS)

Zone B - Singida

Al Hazar Secondary School-BWT w+m DE / the Specialty Coffee Association/WBC Finalist 2023 - Jack Simpson, AUS

Bama - Lance Stroll

DP Mahembe Relini

DP Muhawa

DP St Bernard

Jitulize - WIESHEU & Atollspeed

Karakana-BWT Pharma USA

Kibaoni - WIESHEU & Atollspeed

Kibaoni Msikitini - Specialty Coffee Association

Kindai - BWT France

Kititimo Mnadani-Rhein Neckar Löwen

Kititimo Shule Ya Msingi- w+m /WBC Finalist 2023 - Dawn Chan, HK

Kititimo-LASK

Mahembe - WIESHEU & Atollspeed

Majengo - Lance Stroll

Mangua - Ath

Mkombozi Mkwajuni-Halvor Egner Granerud

Mkwajuni Sokoni - WIESHEU & Atollspeed

Namfua - ADAC GT MASTERS

Ng'ongoajibu - WIESHEU & Atollspeed

Posta 1-LASK

Railway - ADAC GT MASTERS

Salma - WIESHEU & Atollspeed

Salmin - One Nature

Shule ya msingi Kibaoni - Sebastian Vettel

Shule ya msingi Kindai - ADAC GT MASTERS

Shule ya msingi Mahembe - BWT France

Shule ya msingi Nyerere - Sebastian Vettel

Shule ya msingi Sumaye - ADAC GT MASTERS

Shule ya sekondari Kindai - Sebastian Vettel

Sokoni-LASK

Stand mpya - WIESHEU & Atollspeed

Standa ya zamani - Sergio Perez

Utamaduni

Yugo- w+m /WBC Finalist 2023 - Daniel Ricci, ITA

Bohari - Ricardo Feller, Christopher Mies (ADAC GT MASTERS)

Smart tap overview

LIVE

Total litres dispensed

An estimation of the total number of litres of all water dispensed. This is derived from transaction records collected from dispensers in the date range provided, for tags registered to relevant water systems, organisations and countries. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The total number of litres is a sum of values calculated by assets based on measured flow rate and flow time.

5,300,848

Total people served

People served is an estimated total derived from all transaction records collected from dispensers in the date range provided, for tags registered to relevant water systems, organisations and countries. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The number of unique tags that performed a transaction in this time is counted and multiplied by the average number of households registered to a tag, and them multiplied by the average household size. The average household size is obtained from the latest UN Database on Household Size and Composition

1,087

People registered

The total number of people within the total number of households that are registered to this dispenser. Deleted households are ignored. Individual household quantities are self reported and are cleaned to assume a minimum quantity of one and a maximum quantity of 20 people per household. The time window for calculating universal averages for Bohari - Ricardo Feller, Christopher Mies (ADAC GT MASTERS) begins from the commercial reporting start setting for Bohari - Ricardo Feller, Christopher Mies (ADAC GT MASTERS), which is currently set to midnight 10/08/2021 (UTC time)

1010

Avg. household size

Average number of people per household. The average household size is obtained from the latest UN Database on Household Size and Composition.

4.9

Households registered

The total number of households that are registered to this dispenser. Deleted households are ignored. The time window for calculating universal averages for Bohari - Ricardo Feller, Christopher Mies (ADAC GT MASTERS) begins from the commercial reporting start setting for Bohari - Ricardo Feller, Christopher Mies (ADAC GT MASTERS), which is currently set to midnight 10/08/2021 (UTC time)

225

UTC Local (+3)

Total litres dispensed

Water value dispensed

The value of water dispensed is an estimation of the financial value of all water dispensed. This is derived from transaction records collected from dispensers in the date range provided. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The total number of credits reported is multipled by the most recent exchange rate of0.0015

Smart taps working

Of the dispensers in service, this is the percentage not experiencing downtime. Downtime does not include connectivity or communication problems, but relates to faults with the asset and its hardware. The specific faults that apply to this number are as follows: Power failure, low battery, valve fault, valve jam.

Water supply availability

Of the dispensers in service, this is the percentage not experiencing issues due to a lack of water flow or pressure. Downtime does not include connectivity or communication problems, but relates to faults with the water supply to the tap. The specific faults that apply to this number are as follows: low flow.

Average litres dispensed per day

Litres dispensed per day is an estimated total volume of water dispensed within the given time period. Data is derived from all transaction records collected from dispensers in the date range provided, for tags registered to relevant water systems, organisations and countries. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The total number of litres dispensed within a 24 hour period (UTC midnight to midnight) are aggreated and divded by the total number of days covered by the given date range.

Average water value per day

Estimated average of the GBP value of all water dispensed per day. This is derived from transaction records collected from dispensers in the date range provided. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The total credit value of water dispensed for a given day (UTC midnight to midnight) reported is multipled by the most recent exchange rate of

Hours of smart tap downtime

For all dispensers or assets perceived to be in service for relevant water systems, organisations or countries, this is the total number of hours for which downtime was reported by the asset within the date range provided. Downtime does not include water supply or communication problems, but relates to faults with the asset and its hardware. The specific faults that apply to this number are as follows: Power failure, low battery, valve fault, valve jam.

Hours of low flow

For all dispensers or assets perceived to be in service for relevant water systems, organisations or countries, this is the total number of hours for which low flow downtime was reported by the asset within the date range provided. Downtime does not include connectivity or communication problems, but relates to faults with the water supply. The specific faults that apply to this number are as follows: Low flow.

Litres dispensed per

Water value dispensed per

Water value dispensed per day is an estimated average GBP value of water dispensed within the given time period for each day. Data is derived from all transaction records collected from dispensers in the date range provided, for tags registered to relevant water systems, organisations and countries. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The total number of litres dispensed within each 24 hour period (UTC midnight to midnight).

Average litres dispensed per hour of day

The average number of litres dispensed per hour from the given dispenser. Total literage is aggregated and divided by the total number of days in the date range provided. Data is derived from all transaction records collected from dispensers in the date range provided, for tags registered to relevant water systems, organisations and countries. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation.

Peak usage time

Smart taps working per

For each dispenser or asset perceived to be in service for relevant water systems, organisations or countries, this is the percentage of hours within the 24 hours of each day (UTC midnight to midnight) for which downtime was reported by the asset. Downtime does not include water supply or communication problems, but relates to faults with the asset and its hardware. The specific faults that apply to this number are as follows: Power failure, low battery, valve fault, valve jam. For each day, the total number of downtime hours is divided by the total number of potential hours (24 multiplied by the number of assets).

Supply failure: low flow

For each dispenser or asset perceived to be in service for relevant water systems, organisations or countries, this is the percentage of hours within the 24 hours of each day (UTC midnight to midnight) for which low flow downtime was reported by the asset. Downtime does not include connectivity or dispenser hardware problems, but relates to faults with the water supply. The specific faults that apply to this number are as follows: Low flow. For each day, the total number of downtime hours is divided by the total number of potential hours (24 multiplied by the number of assets).

Unique people served per

Unique people served per day is an estimated total number of unique people served per day, derived from all transaction records collected from dispensers in the date range provided, for tags registered to relevant water systems, organisations and countries. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The number of unique tags that performed a transaction in this time is counted and multiplied by the average number of households registered to a tag, and them multiplied by the average household size. The average household size is obtained from the latest UN Database on Household Size and Composition

Unique households served per

Unique households served per day is an estimated total number of unique households served per day, derived from all transaction records collected from dispensers in the date range provided, for tags registered to relevant water systems, organisations and countries. These transactions are filtered to remove outliers (negative transaction amounts or transaction amounts greater than one billion, and transactions where literage was reported as negative or in excess of 200 litres). Transactions for tags that are not registered to a household are also not included in the calculation. The number of people in each unique household served by these transactions is counted. Any household that performs a transaction is only ever counted once for any given day, regardless of usage frequency or volume within that day.