Maynilad’s Water and Wastewater Services
Summary
TLDRThis script delves into the critical role of water, highlighting that only 2% of the Earth's water is available for human consumption. It outlines Manila Water's responsibility to deliver this precious resource safely and sustainably to 9.5 million customers. The journey of water from dams like the La Mesa, through treatment processes involving coagulation, filtration, and disinfection, to distribution via a vast network of pipes and reservoirs is detailed. The script also emphasizes the company's commitment to wastewater treatment, ensuring a sustainable water cycle for future generations.
Takeaways
- 🌍 The Earth's surface is 70% water, and the human body is composed of 75% water, highlighting the essential nature of water to life.
- 🌊 97% of the planet's water is in the seas and oceans, with 2% frozen in ice caps, leaving only 1% as fresh water accessible for various uses.
- 💧 Of the accessible fresh water, 98% is utilized for agricultural and industrial purposes, leaving a mere 2% for human consumption.
- 🚰 Manila Water serves 9.5 million customers, emphasizing their critical role in delivering the 2% of fresh water sustainably and safely.
- 🏞️ The primary source of water for Manila Water is the Angat Dam and the La Mesa Dam, which are supplemented by the O'Meara River.
- 🛠️ The La Mesa Dam, originally built in the 1920s and rebuilt in 1984, is a crucial part of the water supply infrastructure for Metro Manila.
- 🌐 The water from the dams is channeled through a complex system of tunnels, aqueducts, and treatment facilities to ensure its distribution.
- 🏭 The La Mesa Water Treatment Plant undergoes several purification processes including coagulation, filtration, and disinfection before distribution.
- 🌱 The Butuan Water Treatment Plant is the first to tap into Laguna Lake, using advanced microfiltration and reverse osmosis to treat water.
- 🔬 Manila Water ensures water safety and quality through periodic testing by chemists and adherence to the Department of Health's drinking water standards.
- 🌱 The company also operates five major wastewater treatment plants, employing advanced technology to treat and safely return water to the environment.
Q & A
What percentage of the Earth's surface is covered by water?
-The Earth's surface is comprised of 70% water.
What percentage of the human body is made up of water?
-The human body is 75% water.
What proportion of the Earth's water is found in seas and oceans?
-97% of the water on the planet is in the seas and oceans.
How much of the Earth's water is frozen in ice caps?
-2% of the Earth's water is frozen in ice caps.
What percentage of the Earth's water is considered fresh water?
-Only 1% of the Earth's water is fresh water.
How much of the fresh water is available for human consumption?
-Only 2% of the fresh water is available for human consumption.
What is the primary source of Manila Water's water supply?
-Manila Water's primary source is the Angat River, supplemented by the Ipo Dam and the La Mesa Dam.
What is the role of the Angat Dam in Metro Manila's water supply?
-The Angat Dam provides the majority of the water in Metro Manila, supplying 98% of the raw water used by the metropolis.
How does Manila Water ensure the water from Laguna Lake meets drinking water standards?
-Manila Water uses a multi-stage process including salt air flotation, micro filtration, reverse osmosis, and chlorination at the Butuan Treatment Plant to ensure the water meets health standards.
What are the processes that raw water undergoes at the La Mesa Treatment Plant One?
-Raw water at the La Mesa Treatment Plant One undergoes pre-chlorination, coagulation, sedimentation, filtration, and disinfection before being distributed.
How does Manila Water maintain the quality and safety of the water it distributes?
-Manila Water periodically tests the processed water from each treatment plant to ensure it meets the Philippine National Standards for drinking water.
What is the role of the water network department in Manila Water's operations?
-The water network department ensures efficient water flow from reservoirs and pumping stations to customers by applying the right pressure to each water pipe.
How does Manila Water manage wastewater treatment?
-Manila Water manages wastewater treatment through five major wastewater treatment plants where water undergoes primary, secondary, and tertiary treatment processes.
Outlines
💧 Water: A Precious Resource
This paragraph emphasizes the critical role of water, highlighting that the Earth's surface is 70% water, and the human body consists of 75% water. It points out that 97% of the planet's water is in seas and oceans, with 2% frozen in ice caps, leaving only 1% as fresh water. Of this fresh water, 98% is used for agriculture and industry, leaving a mere 2% for human consumption. The paragraph introduces the Manila Water Company's responsibility to deliver this 2% safely and sustainably to its 9.5 million customers. It outlines the source of the water, which primarily comes from the Angat Water System, supplemented by the O'Meara River. The paragraph also describes the process of water distribution, from dams to reservoirs, and through aqueducts, emphasizing the importance of water treatment facilities like the La Mesa Dam and the novel Aegis portal, which allocate water to Manila and Manila Water.
🌱 Ensuring Water Safety and Sustainability
The second paragraph delves into the treatment processes of Manila Water to ensure the safety and quality of drinking water. It describes the steps at the La Mesa treatment plant, where raw water is filtered, chlorinated, coagulated, and then subjected to further filtration and disinfection. The paragraph also introduces the Botolan treatment plant, which uses advanced membrane-based processes like microfiltration and reverse osmosis to treat water from Laguna Lake. The water is tested to meet the Department of Health's standards for drinking water safety. The paragraph further explains the distribution network, including reservoirs, pumping stations, and boosters, managed by the water network department to maintain efficient water flow. It also touches on the maintenance and customer service aspects, including handling water shortages, billing, and preventing illegal connections. The paragraph concludes with a focus on wastewater treatment, detailing the three stages of treatment—primary, secondary, and tertiary—before the water is released back into the environment, ensuring sustainability for future generations.
Mindmap
Keywords
💡Water
💡Fresh Water
💡Agricultural and Industrial Use
💡Manila Water
💡Water Treatment
💡La Mesa Dam
💡Water Network
💡Wastewater Treatment
💡Sustainability
💡Microfiltration and Reverse Osmosis
💡Public Health
Highlights
The Earth's surface is 70% water, and the human body is 75% water.
97% of the planet's water is in the seas and oceans, with 2% frozen in ice caps.
Only 1% of the Earth's water is fresh, with 98% of that used for agriculture and industry.
Just 2% of fresh water is available for human consumption.
Manila Water serves 9.5 million customers with a critical role in delivering safe and sustainable water.
Angat Dam is the primary source of water for Metro Manila, supplying 98% of the raw water.
Ipo Dam, rebuilt in 1984, is a key structure in the water supply system.
Water from the dams flows through tunnels and aqueducts to treatment facilities.
La Mesa Water Treatment Plant undergoes several processes including filtration and chlorination.
La Mesa Treatment Plant Two uses advanced technology like microfiltration and reverse osmosis.
Water from Laguna Lake is treated to meet the Department of Health's drinking water standards.
Processed water is tested for safety and potability before distribution.
Manila Water's network includes reservoirs, pumping stations, and boosters for efficient water delivery.
The Central Revenue Water Division ensures constant water supply and reduces revenue losses from damaged pipes.
Manila Water's Business Area Offices handle water shortages, billing, and illegal connections.
Manila Water provides high-quality water solutions, including five major wastewater treatment plants.
Wastewater undergoes three stages of treatment: primary, secondary, and tertiary, including disinfection.
Manila Water uses advanced technology for wastewater treatment, ensuring high standards.
Treated wastewater is released back into bodies of water, promoting sustainability.
Manila Water's mission is to provide safe, affordable, and sustainable water solutions for healthier living.
Transcripts
how important is water a question we all
should ask the Earth's surface is
comprised of 70% water
the human body 75%
we know the water on the planet 97% is
in the seas and oceans and 2% is frozen
in ice caps the remaining 1% is fresh
water
98% of that fresh water will be for
agricultural and industrial use this
leaves us with 2% for human consumption
which is why for the 9.5 million
customers that we serve our role is an
important one
our job is to get that 2% safely and
sustainably from our hands into theirs
so where does our water come from
where does it go how does it get there
my Nets primary source is Ian got Ebola
meza water system these dams are
supplemented primarily by the O'Meara
River in Quezon Province located in
North Sagara Bullock ah the young god
dam is a multi-purpose dam that provides
majority of the water in Metro Manila
supplying 98% of the raw water used by
the metropolis as well as helping in the
irrigation of agricultural lands located
in Bulacan Pampanga from ungodly water
is released into another connected
Reservoir Dam which is also found in
Bulacan originally built in the 1920s
Ipoh dam was rebuilt in the year 1984
serving as a massive concrete gravity
dam used to divert water released from
uncuffed
from there water flows to three huge
tunnels to the big deep basins continues
to travel through six aqueducts
after the novel Aegis portal 60% of the
water that goes through the portal is
allocated to Manila while the remaining
40% goes to Manila water the water
eventually ends up in the water
treatment facilities vanessa dam the
water from the novel Aegis portal is
divided between the two my Neela
treatment plants located inside the LMS
a dam compound in here the water
undergoes several processes before being
released and distributed to our
consumers Commission in 1982 the La Mesa
treatment plant one is a conventional
type plant the raw water from the lama
sedan passes through our screens to
filter out foreign objects the water
then enters pre chlorination after which
a coagulant is added that reacts with
impurities making them easier to remove
the portion of the water that settles
with the impurities is then returned to
the recovery lagoon while the rest
continues to undergo filtration
the Lamesa
treatment plant tooth has a more compact
design that the treatment plant one and
therefore consumes less space like in
treatment plant one the wall water
passes through a bar screen to remove
large debris there is also a pre
pollination process followed by
coagulation after this a polymer is
added to the coagulated water which then
proceeds to the pulsator clarifier
basins in this stage impurity stick
together and become denser forming a
sludge blanket that will be suspended in
the middle of the basins after this
filtration takes place followed by
disinfection after coagulation a certain
portion of the water with sludge is
returned to the recovery Lagoon the
bouton treatment plan was also brought
up by my Neela to accommodate the
demands of consumers in the south this
is the first water treatment facility to
tap into Laguna Lake the largest lake in
the country and a third largest
freshwater lake in Southeast Asia it is
currently the largest membrane-based
water treatment plant in the Philippines
and is the first of its kind in the
country to use large-scale micro
filtration and reverse osmosis
this state-of-the-art treatment plan
uses a multi-stage process of the salt
air flotation micro filtration
reverse osmosis and chlorination to
ensure that the water from Laguna Lake
passes the Department of Health issued
philippi national standards for drinking
water the processed water from each
treatment plant is periodically tested
by my Nealon chemists to examine its
safety and portability after passing my
nail at standards it comes out as
portable water which is now safe for
drinking but the service of Manila does
not stop there from each treatment plant
the water travels for secure water pipes
throughout our network of facilities
which include a number of reservoirs
pumping stations and many boosters this
transition is handled by the water
network department by studying and
applying the right pressure to each
water pipe they ensure that the water
from Manila reservoirs and pumping
stations flows efficiently to our
customers
alongside them is a central one revenue
water division responsible for the
perfection maintenance of my Neelam's
pipes the division ensures that our
customers receive a constant supply of
water as well as reduce my needs revenue
losses from damaged pipes to make sure
that we deliver excellent customer
service my needed business area offices
across Metro Manila ensured a safe
delivery of water to our customers
faucets they are in charge of handling
water shortages and billing for our
customers as well as ensuring that our
water pipes have no illegal connections
and are fit for supplying potable water
my Ella takes its service a step further
by providing our customers with the
highest quality water solutions
available this comes in the form of five
major wastewater treatment plants water
from each household where they're
connected to my Neela sewage pipes are
stored in septic tanks is collected for
treatment in line with our sanitation
services my Neyland also provides septic
tank cleaning operations also known as
dislodging the wastewater undergoes
three stages during treatment
in the primary treatment solid
contaminants are removed
this is followed by the secondary
treatment where biological matter are
eliminated by a separation process and
finally during the tertiary treatment
the processed water is disinfected my
knee let's waste water treatment is
backed by the latest technology
available making use of sequencing batch
reactors moving bed biofilm reactors STM
aerators and conventional activated
sludge as means of ensuring high quality
wastewater treatment and after clearing
my knee let's high standards the water
is then released back to the different
bodies of water surrounding Metro Manila
this ensures that the service we provide
is sustainable and can carry on for
future generations providing safe
affordable and sustainable water
solutions to our consumers so that they
can lead healthier and more comfortable
lives that is the sole mission of Manila
a company with a legacy serving and at
the same time leading the nation towards
excellence
so baby though he might gather
on keep our
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