Price of water bowser in Nairobi

Reach us on 0721155332 for a quote on Price of water bowser in Nairobi & Kiambu water supply using trucks of 10000, 7000 & 5000 liters truck.

The cost of water bowser supply services in Nairobi varies based on factors such as the volume of water required, delivery distance, and the supplier. Here are some options to consider:

Joe Clean Water Supply Services

Nairobi, Kenya

Offers clean water supply services with bowsers ranging from 5,000 to 10,000 liters. Prices depend on the type of water—purified, hard, or fresh county water. Contact: 0721 155332.

Clean Water Tanker Services

Westlands, Nairobi, Kenya

Provides clean water supply with tank capacities of 5,000 and 10,000 liters. Prices are competitive and depend on specific requirements.

Nairobi, Kenya

Supplies clean, soft water within Nairobi and its environs at affordable costs. Contact: 0721333034 or email kamjoe15@gmail.com.

Additionally, the Nairobi City Water and Sewerage Company offers bulk water supply services. As of the latest tariff structure, the cost for bulk water supply to other public utilities is KSh 800 per cubic meter (1,000 liters). For individual consumers, the tariff varies based on consumption levels.

Nairobi’s water shortage is a serious problem that impacts both urban and peri-urban residents. Natural, infrastructure, and governance issues all contribute to the scarcity. An outline of the main causes of the city’s water shortage is provided below:

1. Limited Water Supply Infrastructure

• Nairobi relies on water sourced from rivers and dams like Ndakaini, Sasumua, and Ruiru.
• The existing infrastructure can only supply about 526,000 cubic meters per day, while the demand exceeds 810,000 cubic meters per day.

2. Rapid Urbanization and Population Growth

• Nairobi’s population, estimated at over 4.4 million, continues to grow rapidly changing the Price of water bowser in Nairobi.
• Urban expansion outpaces the capacity of water supply systems, resulting in frequent shortages.

3. Inefficient Water Distribution

• A significant portion of the supplied water is lost through leaks, illegal connections, and vandalism.
• Non-Revenue Water (NRW)—water produced but not billed—accounts for approximately 45-50% of the total supply.

4. Climate Variability

• Irregular rainfall patterns and prolonged droughts, worsened by climate change, have reduced the reliability of water sources.
• Reduced water levels in key dams lead to periodic rationing.

5. Pollution of Water Sources

• Pollution of rivers like Nairobi River from industrial, domestic, and agricultural waste limits the availability of clean water.
• Treating polluted water increases the cost of supply.

6. Inadequate Investment and Governance

• Limited investment in upgrading and expanding water infrastructure has left many areas underserved.
• Governance issues, including corruption and inefficiencies in the Nairobi City Water and Sewerage Company, exacerbate supply problems.

Effects of Water Scarcity

• Health Risks: Increased reliance on contaminated water sources raises the risk of waterborne diseases like cholera and typhoid.
• Economic Impact: Industries and businesses incur additional costs to secure water, affecting productivity.
• Social Inequities: Informal settlements are disproportionately affected, with residents paying higher prices for water delivered by private vendors.

Attempts to Resolve Water Scarcity

1. Northern Collector Tunnel Project: This project aims to divert water from rivers in the Aberdare Range in order to increase Nairobi’s water supply and you can get the Price of water bowser in Nairobi.
2. Water Harvesting Initiatives: Promoting the installation of rainwater harvesting systems in homes and businesses.
3. Public-Private Partnerships: Efforts to lower NRW and improve water infrastructure.
4. Community Awareness Campaigns: Encouraging conservation and effective water use.

The hydrological cycle in Nairobi reflects the complex interplay of natural and human-driven factors that govern the movement and distribution of water in the region. Here is an overview of the hydrological cycle specific to Nairobi:

1. Key Components of the Hydrological Cycle

Precipitation

• Nairobi receives rainfall primarily during two rainy seasons:
  • Long rains (March to May)
  • Short rains (October to December)
• The city’s average annual rainfall is approximately 850–1,000 mm, varying across different areas due to altitude and proximity to the Aberdare Range.

Evaporation and Transpiration

• Due to its location near the equator and moderate altitude, Nairobi experiences significant evapotranspiration, which reduces the availability of surface and groundwater.
• Vegetation in the Nairobi National Park and surrounding areas plays a role in the transpiration process.

Surface Runoff: When it rains, urbanization and impermeable surfaces (like as highways and rooftops) increase surface runoff, which causes floods in regions with inadequate drainage. The runoff then feeds into rivers like the Nairobi, Ngong, and Mathare rivers.

Due to compacted soils and fewer green spaces, infiltration is restricted in metropolitan areas. In contrast, peri-urban and rural regions—particularly those close to the Aberdares—allow for better penetration into the soil, which replenishes groundwater.

Groundwater Flow: Overextraction of groundwater for residential and commercial use has lowered aquifer levels. Infiltration in the nearby highlands replenishes Nairobi’s aquifers.

Discharge: The Athi River system is a result of water from aquifers and rivers finally flowing into bigger basins.

2. Urbanization and Its Impact

Alteration of Natural Flow

• Urban sprawl has altered the natural flow of water, with construction and deforestation disrupting the balance of runoff, infiltration, and storage.
• Increased stormwater runoff contributes to erosion and sedimentation in rivers.

Pollution

• Surface water sources in Nairobi are heavily polluted by industrial waste, domestic sewage, and agricultural runoff, affecting the water quality.

Flooding

• Poorly planned drainage systems in urban areas exacerbate flooding during heavy rains, especially in low-lying areas like South B and Eastlands.

3. Climate Change Effects

• Increased Rainfall Variability: Unpredictable patterns lead to prolonged droughts or sudden, intense downpours.
• Higher Temperatures: Accelerated evapotranspiration reduces water availability for both surface and groundwater.

4. Conservation and Management Efforts

Rainwater Harvesting

• Encouraging the use of rainwater harvesting systems to reduce dependency on centralized water supply.

Reforestation

• Programs to plant trees in water catchment areas, such as the Aberdare Range, to improve infiltration and reduce runoff.

Urban Planning

• Incorporation of green infrastructure (e.g., permeable pavements, green roofs) to manage stormwater.

Pollution Control

• Strengthening regulations on industrial discharge and promoting wastewater treatment.