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Water and Sewer Rate Increase

Your water district, Harris County Utility District #14, has incurred significant cost increases over the past four years. Therefore, your water and sewer rates will be increasing. The reasons for the increases are as follows:

  • The District jointly owns the waste treatment plant, which is operated by a partner district. The District’s waste treatment cost has significantly increased over the past four years from $13.88 to $32.04 per residential connection.
  • The current residential sewer bill of $35.41 is for sewer and garbage. The garbage rate is $21.53 per house, which is adjusted annually for inflation. The new combined sewer and garbage fee for residential homes will be $53.57 per month.
  • The state is requiring the District to covert from ground water (well) to surface water (lake/river) in order to reduce ground subsidence, as it causes issues with flooding. The District cost for this conversion will be well over a million dollars.

The water and sewer usage fees for residential and commercial will remain the same. The base rate for residential water will increase to $14.32 per connection.

The water and sewer rates have not been increased in eleven years. The new rates will go into effect on the April bill.

If you have any questions, you can attend the next board meeting on April 7th at 1 PM at 10906 Bammel-North-Houston, Houston TX.

 

Su distrito de agua, el Distrito de Servicios Públicos Nro. 14 del Condado de Harris, ha incurrido en aumentos significativos de costos durante los últimos cuatro años. Por lo tanto, sus tarifas de agua y alcantarillado aumentarán.  Las razones de los incrementos son las siguientes:

  • El Distrito es copropietario de la planta de tratamiento de residuos, la cual es operada por un distrito asociado. El costo del tratamiento de residuos del Distrito ha aumentado significativamente en los últimos cuatro años, pasando de $13.88 a $32.04 por conexión residencial.
  • La factura residencial actual de alcantarillado de $35.41 es para alcantarillado y basura. La tarifa de basura es de $21.53 por casa, la cual se ajusta anualmente por inflación. La nueva tarifa combinada de alcantarillado y basura para viviendas residenciales será de $53.57 al mes.
  • El estado exige al Distrito convertir el suministro de agua subterránea (pozo) a agua superficial (lago/río) para reducir el hundimiento del terreno, ya que este provoca problemas de inundación. El costo para el Distrito de esta conversión superará ampliamente el millón de dólares.

Las tarifas por consumo de agua y alcantarillado para clientes residenciales y comerciales permanecerán sin cambios. La tarifa base de agua para uso residencial aumentará a $14.32 por conexión.

Las tarifas de agua y alcantarillado no se han incrementado en once años. Las nuevas tarifas entrarán en vigencia en la factura de abril.

Si tiene alguna pregunta, puede asistir a la próxima asamblea de la junta el 7 de abril a la 1 p.m. en 10906 Bammel-North-Houston, Houston, TX.

By |2026-03-02T09:23:45-06:00March 2nd, 2026|HCUD 14|
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Arctic Weather Alert- HCMUD 358

Wind has a major impact on whether exposed pipes freeze, even when the air temperature alone might seem marginal. Here’s how it works in practical terms:

1. Wind accelerates heat loss (wind chill effect)

  • Wind strips away the thin layer of warmer air that naturally surrounds a pipe.
  • This increases convective heat transfer, causing the pipe to lose heat much faster.
  • Even though wind chills don’t lower the actual air temperature, it lowers the effective temperature of the pipe surface, making freezing more likely.

Example: At 28°F (−2°C) with strong wind, an exposed pipe can cool as fast as it would in much colder, calm conditions.

2. Pipes freeze faster in windy conditions

  • In still air, pipes may retain some heat from:
  • Residual warm water inside
  • Heat leaking from nearby buildings or the ground
  • Wind removes that heat continuously, allowing the pipe temperature to drop below 32°F (0°C) more quickly.

This is why pipes often freeze:

  • On north-facing or windward sides of buildings
  • In crawlspaces, attics, or under homes with air infiltration
  • On bridges or elevated structures

3. Wind defeats insulation if it’s not sealed

  • Insulation works by trapping air.
  • Wind penetrating gaps or poorly sealed insulation nullifies its effectiveness.
  • Even insulated pipes can freeze if wind is allowed to blow through or behind the insulation.

Key point: Insulation must be continuous, sealed, and wind-blocked to be effective.

4. Evaporative cooling can worsen freezing

  • If moisture is present (rain, melting snow, condensation), wind speeds up evaporation.
  • Evaporation pulls additional heat from the pipe, lowering its temperature further.
  • This is especially dangerous around outdoor faucets and irrigation lines.

5. Why moving water helps—but wind can still win

  • Flowing water resists freezing because it brings in heat from upstream.
  • However, in strong wind and prolonged cold:
  • Slow trickles may not provide enough heat
  • Small-diameter pipes can still freeze

Practical mitigation strategies

To reduce wind-related freezing risk:

  • Block wind exposure (plywood shields, skirting, or wind barriers)
  • Seal insulation with tape or vapor barrier
  • Use heat tape rated for outdoor use
  • Enclose pipes where possible

Bottom line
Wind dramatically increases the freezing risk of exposed pipes by accelerating heat loss. In freezing weather, a windy 28°F night can be far more dangerous to pipes than a calm 20°F night.

There are several effective methods to keep your exposed pipes from freezing. Here are some of the most common ones:
1. Insulation:

  • Use foam pipe insulation, heat tape, or heat cable to wrap pipes.
  • Make sure to cover all joints and bends thoroughly.

2. Enclosures and Barriers: Build insulated boxes or enclosures around vulnerable pipes.

  • Use plywood or other wind barriers to block strong gusts.

3. Sealing Gaps:

  • Seal any cracks, gaps, or openings in walls, floors, and foundations where cold air can seep in.

4. Heating Solutions:

  • Install a small space heater or heat lamp in areas with exposed pipes.
  • Use heat tape or cables that are thermostatically controlled to maintain a safe temperature.

5. Keeping Indoor Temperatures Consistent:

  • Maintain consistent heat in areas where pipes are exposed, such as attics, basements, or crawl spaces.

6. Disconnecting and Draining:

  • For outdoor hoses and sprinkler systems, disconnect and drain them before freezing weather sets in.

7. Using Outdoor Faucet Covers:

  • Install insulated covers over outdoor faucets to help protect them from the cold.

By combining several of these methods, you can significantly reduce the risk of frozen pipes. If you need more details on any of them, just let me know!

As a reminder from Winter Storm Uri, Senate Bill 3 was passed in 2021 which prevents penalties and water service terminations during an “extreme weather emergency.” This is defined as a period when the previous day’s highest temperature and the predicted temperature for the next 24 hours are both no higher than 28 degrees Fahrenheit.

If you have any issues, please contact Inframark at 832-467-1599

By |2026-01-22T17:29:24-06:00January 21st, 2026|HCMUD 358 Archive|
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Arctic Weather Alert

Wind has a major impact on whether exposed pipes freeze, even when the air temperature alone might seem marginal. Here’s how it works in practical terms:

1. Wind accelerates heat loss (wind chill effect)

  • Wind strips away the thin layer of warmer air that naturally surrounds a pipe.
  • This increases convective heat transfer, causing the pipe to lose heat much faster.
  • Even though wind chills don’t lower the actual air temperature, it lowers the effective temperature of the pipe surface, making freezing more likely.

Example: At 28°F (−2°C) with strong wind, an exposed pipe can cool as fast as it would in much colder, calm conditions.

2. Pipes freeze faster in windy conditions

  • In still air, pipes may retain some heat from:
  • Residual warm water inside
  • Heat leaking from nearby buildings or the ground
  • Wind removes that heat continuously, allowing the pipe temperature to drop below 32°F (0°C) more quickly.

This is why pipes often freeze:

  • On north-facing or windward sides of buildings
  • In crawlspaces, attics, or under homes with air infiltration
  • On bridges or elevated structures

3. Wind defeats insulation if it’s not sealed

  • Insulation works by trapping air.
  • Wind penetrating gaps or poorly sealed insulation nullifies its effectiveness.
  • Even insulated pipes can freeze if wind is allowed to blow through or behind the insulation.

Key point: Insulation must be continuous, sealed, and wind-blocked to be effective.

4. Evaporative cooling can worsen freezing

  • If moisture is present (rain, melting snow, condensation), wind speeds up evaporation.
  • Evaporation pulls additional heat from the pipe, lowering its temperature further.
  • This is especially dangerous around outdoor faucets and irrigation lines.

5. Why moving water helps—but wind can still win

  • Flowing water resists freezing because it brings in heat from upstream.
  • However, in strong wind and prolonged cold:
  • Slow trickles may not provide enough heat
  • Small-diameter pipes can still freeze

Practical mitigation strategies

To reduce wind-related freezing risk:

  • Block wind exposure (plywood shields, skirting, or wind barriers)
  • Seal insulation with tape or vapor barrier
  • Use heat tape rated for outdoor use
  • Enclose pipes where possible

Bottom line
Wind dramatically increases the freezing risk of exposed pipes by accelerating heat loss. In freezing weather, a windy 28°F night can be far more dangerous to pipes than a calm 20°F night.

There are several effective methods to keep your exposed pipes from freezing. Here are some of the most common ones:
1. Insulation:

  • Use foam pipe insulation, heat tape, or heat cable to wrap pipes.
  • Make sure to cover all joints and bends thoroughly.

2. Enclosures and Barriers: Build insulated boxes or enclosures around vulnerable pipes.

  • Use plywood or other wind barriers to block strong gusts.

3. Sealing Gaps:

  • Seal any cracks, gaps, or openings in walls, floors, and foundations where cold air can seep in.

4. Heating Solutions:

  • Install a small space heater or heat lamp in areas with exposed pipes.
  • Use heat tape or cables that are thermostatically controlled to maintain a safe temperature.

5. Keeping Indoor Temperatures Consistent:

  • Maintain consistent heat in areas where pipes are exposed, such as attics, basements, or crawl spaces.

6. Disconnecting and Draining:

  • For outdoor hoses and sprinkler systems, disconnect and drain them before freezing weather sets in.

7. Using Outdoor Faucet Covers:

  • Install insulated covers over outdoor faucets to help protect them from the cold.

By combining several of these methods, you can significantly reduce the risk of frozen pipes. If you need more details on any of them, just let me know!

As a reminder from Winter Storm Uri, Senate Bill 3 was passed in 2021 which prevents penalties and water service terminations during an “extreme weather emergency.” This is defined as a period when the previous day’s highest temperature and the predicted temperature for the next 24 hours are both no higher than 28 degrees Fahrenheit.

If you have any issues, please contact Inframark at 832-467-1599

By |2026-01-22T17:29:08-06:00January 21st, 2026|Malcomson Road UD Archive|
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Important Notice About Your Water

Important Notice About Your Water
June 18,2025

Your water company, Harris County Utility District No. 14, will be changing the disinfectant that we use to treat the water from chlorine to chloramine in 2026. This change is necessary because of state requirements.

The change to chloramines can cause problems to persons dependent on dialysis machines. A condition known as hemolytic anemia can occur if the disinfectant is not completely removed from the water that is used for the dialysate. Consequently, the pretreatment scheme used for the dialysis units must include some means, such as a charcoal filter, for removing the chloramine. Medical facilities should also determine if additional precautions are required for other medical equipment.

In addition, chloraminated water may be toxic to fish. If you have a fish tank, please make sure that the chemicals and filters that you are using are designed for use in water that has been treated with chloramines.

We will notify you at least 14 days before changing the disinfectant. If you have any questions, please contact the engineer for Harris County Utility District No. 14, Mr. Eric Johnson with IDS Engineering Group, at 832-590-7224.

 

Aviso importante sobre su agua
18 de junio de 2025

Su compañía de agua, el Distrito de Servicios Públicos Nro. 14 del Condado de Harris, cambiará el desinfectante que utiliza para tratar el agua, pasando de cloro a cloramina en el año 2026. Este cambio es necesario debido a los requisitos estatales.

El cambio a cloraminas puede causar problemas a las personas que dependen de máquinas de diálisis. Una condición conocida como anemia hemolítica puede ocurrir si el desinfectante no se elimina completamente del agua que se utiliza para el dializado. En consecuencia, el esquema de tratamiento previo utilizado para las unidades de diálisis debe incluir algún medio, como un filtro de carbón activado, para eliminar la cloramina. Las instalaciones médicas también deben determinar si se requieren precauciones adicionales para otros equipos médicos.

Además, el agua con cloraminas puede ser tóxica para los peces. Si tiene un acuario, asegúrese de que los productos químicos y los filtros que utiliza estén diseñados para usarse en agua tratada con cloraminas.

Le notificaremos al menos 14 días antes de realizar el cambio de desinfectante. Si tiene alguna pregunta, comuníquese con el ingeniero del Distrito de Servicios Públicos Nro. 14 del Condado de Harris, el Sr. Eric Johnson, de IDS Engineering Group, llamando al 832-590-7224.

By |2025-06-16T12:47:10-05:00June 16th, 2025|HCUD 14|
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Debris Dumping

With the wind storms and Hurricane Beryl that recently impacted our area, residents are dealing with storm debris.  MRUD has had to remove debris on the District’s Right-of-Way due to residents dumping trimmings and trash behind their fences, and in many cases close to the exercise trails.   Dumping on District property is trespassing and prohibited.  You may not be aware that MRUD has to pay to remove this debris to keep facilities safe, usable, and looking good.  All the residents in MRUD should not have to pay for the cost of the removal of debris from a few bad players that are acting irresponsibly.

Any debris which has been discarded on District property must be removed immediately (by September 9, 2024) to avoid charges to the resident. These charges will include all efforts to remove and haul off the debris and any cost to restore the area. We hope those that take advantage of our facilities will help us monitor for violations. If you see any debris on district right-of-way, please contact the operator at 832-467-1599. Thank you for your support and cooperation.

By |2025-05-05T12:51:27-05:00August 28th, 2024|Malcomson Road UD Archive|
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