Features
Matters COPE overlooked
Norochcholai coal-fired power plant probe:
By Dr Janaka Ratnasiri
The Chairman of the Committee on Public Enterprises (COPE) has said at a meeting of COPE, held on Tuesday, (24th) in Parliament, that the entire country is affected by the Norochcholai coal power plant (CPP). This was reported in several print media, including The Island of 26.11.2020. He has further said that the Central Environmental Authority (CEA) must also be involved in assessing its impacts as issues created by the power plant, for example air pollution, has an impact on the entire country, without leaving it in the hands of the Environmental Authority of the Provincial Council of the North Western Province (NWP) alone.
FLY ASH FROM COAL POWER PLANTS
The three CPPs at Norochcholai were burning a little over 2 Mt of coal, annually, during 2016 – 2019, as reported in the CEB Annual Statistical Digests. Assuming that the ash content, in coal, is 16%, which is the maximum permissible limit, the three CPPs generate about 300,000 t of ash, annually. Out of this, about 20% is collected at the bottom as bottom ash and the rest is directed into the stacks. After getting filtered in the stack, the balance is released into the atmosphere as fly ash. Therefore, over the life time of a CPP, they jointly will release over 8 Mt of fly ash.
The Chairman has said that about 6.58 Mt of fly-ash is already stored in the premises. He also said that LKR 26 million was spent annually to spray water on the fly-ash to prevent their dispersion. In response to many complaints received from the public of loss of livelihood among farmers and fishermen, due to deposition of ash on agriculture land and sea, the CEB is planning to construct a wind barrier 1,200 m long and 15 m high to prevent wind blowing away the fly ash into neighbouring areas, at a cost of Rs. 724 million, which was approved by the Cabinet on 19.01.2018. There have been complaints from the CEB staff, at the plant site itself, of increased respiratory ailments among them due to high levels of air pollution within the premises. A public-interest organization has, in fact, filed a law suit against the CEB, demanding measures to be taken to reduce pollution by the CPP.
Coal ash is said to contain many toxic heavy metals, such as mercury, arsenic, chromium, cobalt, zinc as well as radio-active material, according to overseas literature. With nearly a decade of existence, the CEB has not made any effort to get the coal and ash analyzed to find out the actual amounts of these toxic metals present in them and how they depend on the source of coal. Adequate analytical facilities are available in the country for this purpose. What is lacking is a drive.
MERCURY IN FLY ASH
In view of the heavy mercury pollution caused by an industry which had released mercury compounds into the Bay of Minamata in Japan many years ago, and the subsequent adverse impacts it caused on the health of people who consumed fish caught from the Bay, the Minamata Convention on Mercury was adopted in October 2013 and entered into force on the 16th August 2017, with a view to phase out Mercury emissions world-wide. It is interesting to note that it had taken over 10
years for the UN to take this preventive measure since first detection of neurological diseases among the affected people. Sri Lanka is a Party to this Convention and is therefore obliged to comply with it. The Parties agreed to collect data on the prevalence of Mercury in their countries and its impacts, to begin with.
In response, a local study was undertaken within the fishing community in Puttalam. The study revealed the presence of high levels of Mercury in women’s hair, attributed to regular consumption of fish containing high concentrations of Mercury (Sri Lanka J. Aquat. Sci. 23(2) (2018): 179-186) released by the CPP. Among the harmful effects that can be passed from the mother to the foetus include neurological impairment, IQ loss, and damage to the kidneys and cardiovascular system. At high levels of mercury exposure this can lead to brain damage, mental retardation, blindness, seizures and the inability to speak.
Another global study undertaken for the same purpose, found that in Puttalam, the Mercury content in the hair of women living near the lagoon was significantly elevated, with a mean of 2.74ppm ± 2.8ppm. Of great concern is that 50% of the women had a level that exceeded 2 ppm Hg and 13% exceeded 4 ppm Hg. “Of all women who participated in the sampling, 77% had a body burden of mercury exceeding the 1ppm reference level”. (https://ipen.org/sites/default/files/documents/ipen-mercury-sids-v1_5-en-web.pdf). Regrettably, the COPE members appeared to be unaware of this problem, even though it was given publicity in local media recently.
MANUFACTURE OF BRICKS FROM COAL ASH
The COPE has, however, shown concern about the accumulation of high volume of ash at the CPP. CEB officials have responded by saying that efforts are being made to use coal ash in the manufacture of bricks and the matter had ended there. What the CEB officials did not tell the COPE was that bricks are already being manufactured and used in construction work. For example, the headquarters building of the Sri Lanka Association for the Advancement of Science (SLAAS) was constructed recently using these bricks. See http://www.ft.lk/columns/Built-from-ash-A-building-that-houses-Sri-Lankan-science-speaks-silently/4-703849.
The question is how safe is coal fly ash for the manufacture of bricks used in the construction of dwellings. The reason is because fly ash contains high amounts of radioactive nuclides which can get distributed country-wide if bricks are made out of coal ash. In a study undertaken by the Nuclear Science Department of the Colombo University, coal and ash sampled from the Norochcholai plant were found to contain radionuclides of Uranium, Thorium and Potassium, according to a paper presented at the Annual Session of SLAAS in 2013. The radio-activity of these substances is given in the Table, according to which coal from South Africa was found to contain Uranium and Thorium levels significantly above the global averages.
It is desirable if the CEB, therefore, undertakes two studies before they start manufacturing these bricks on a large scale. One is to determine the concentrations of radio-active nuclides present in coal and coal ash, with samples originating from different countries. The second is to carry out a survey on the ambient radio activity in buildings constructed with bricks manufactured from fly ash. The CEB could outsource these studies to institutions generally undertaking such assignments. It is important that the findings of these studies are made public.
DISPERSION OF EMISSIONS FROM COAL POWER PLANTS
The COPE Chairman has said at the COPE meeting that air pollution from the Norochcholai CPP has an impact on the entire country. In a CPP, various gaseous emissions, such as Sulphur Dioxide (SO2), Nitrogen Dioxide (NO2), Particulate Matter (PM) and Carbon Dioxide (CO2) are generated during combustion of coal. These are first sent through filters to capture the excessive amounts of SO2 and PM and the balance released into air. The captured particulate matter is stored as fly ash. This filtering equipment fitted in the stacks include a Flue Gas Desulphurization (FGD) unit to reduce SO2 emissions and Electrostatic Precipitators (ESP) or Fabric Filters to reduce PM emissions. However, they can reduce only a certain fraction of emissions and their efficiency declines with time, particularly under coastal environments. It is also reported that these pieces of equipment sometimes breakdown resulting in the entire pollutants generated getting released into air.
The emissions released into the atmosphere get dispersed within the airshed covering the North Western and North Central Provinces, the extent and quantity depending on the wind pattern which varies hourly, daily and seasonally. During the SE monsoon period, prevailing winds blow interior and the possibility
of emissions reaching the Western and Eastern Provinces cannot be ruled out. These emissions, after getting transported over a certain distance depending on the wind regime, get deposited back on the ground adding to their concentration at ground level generally referred to as the Ambient Air Quality (AAQ).
EMISSION STANDARDS AND MONITORING
The CEA has published Regulations in the Gazette announcing stack emission standards (SES) for power plants and also on AAQ standards. In respect of stack emissions, the regulations say that “any person who fails to comply with the above regulations, shall be liable to an offence under the National Environmental Act, No. 47 of 1980”.
The Regulations on SES were published in the Gazette Notification dated 05.06.2019 specifying maximum permissible levels of SO2, NO2, PM and smoke. These values are given in the SES in units of mg/Nm3 (Normal cubic metres). Their conversion in to other useful forms such as parts per million (ppm) or mg/GJ or mg/kWh needs certain assumptions to be made on the fuel quality and plant efficiency. The CEB claims that they monitor the stack emissions on all pollutants regularly using remotely operated sensors but this information is not made public.
The Regulations on AAQ Standards were published in the Gazette Notification, dated 15.08.2008, specifying maximum permissible concentrations of several pollutants including Carbon Monoxide (CO), Ozone (O3), SO2, NO2, PM2.5 and PM10 present in ambient air. The last two refer to particulates with diameter 2.5 micro metres and 10 micro metres, respectively. The measurements are to be averaged over periods of 1 hour, 8 hours and 24 hours and carried out according to methods specified in the Regulations.
According to the Environment Impact Assessment (EIA) of the original CPP project, at least two permanent AAQ monitoring stations need to be installed in Puttalam area, and data displayed in public places. The writer believes this has not been done. The CEB has assigned a contract to the Industrial Technology Institute (ITI) in 2018 to monitor AAQ around Puttalam using ITI’s new mobile facility. ITI had done the AAQ measurements covering all seasons (Personal communication), but the data is not available in public domain, despite the condition laid down in the EIA. The COPE Chairman should have inquired as to whether the CPP complies with these two sets of standards, SES and AAQ and if not, the reasons.
AUTHORIY FOR PROJECT APPROVAL
The COPE Chairman also has directed the CEA to get involved in overseeing the operation of the Norochcholai CPP without leaving it in the hands of the Environment Authority of NWPC. This Authority has wide powers according to its statute, according to which all prescribed projects that are being undertaken in the NWP by any Government or private institution or an individual will be required to obtain approval under this Statute for such prescribed projects. It is noteworthy that out of all Provincial Councils, only the NW Provincial Council has established its own Environmental Authority.
In the event the Minister assigns a different project approving agency, such agency will have to grant approval for a project only with the concurrence of the Provincial Authority. Hence, it is a question whether NWP Environment Authority (EA) will listen to CEA, because it is not bound to do it according to its statute. The CEB Chairman has said at the COPE meeting that the EIA study for the new CPP would be done jointly by CEA and EA of NWP. Actually, there is no need to spend millions of Rupees on EIA studies when it is obvious that a CPP causes heavy pollution while clean alternative options are available.
What generally happens in an EIA is that various measures are pledged to minimize impacts on which the EIA is approved, but there is no guarantee the pledges are kept once the project is implemented. Sometimes, projects are given approval subject to certain conditions, but these conditions are not published, which tantamount to giving an open approval. What is important is to select projects that do not intrinsically generate pollution.
One would expect such a powerful body like EA of NCP to maintain a website giving information on projects being considered by the Authority, projects that have been granted approval. Also, in the case of Norochcholai CPP, the environment data being collected by the CPP should also need to be posted in the website for the information of the public. But the Writer found no such site when searched in the Google. The data are not even posted in the CEB website which posts all other data such as generation and sales data promptly in its website.
CEB’S FUTURE PLANS FOR POWER GENERATION
The Cabinet, on 22.01.2020, granted approval for the construction of two 300 MW CPPs as an extension to the existing CPP at Norochcholai, together with construction of two 300 MW combined cycle gas turbine (CCGT) power plants operating with natural gas, one jointly by CEB and India/Japan, and the other with funding from the Asian Development Bank (ADB). The CEB Chairman, however, confirmed only the construction of two CPPs at the COPE meeting and not the construction of two 300 MW gas power plants already approved by the Cabinet. He said that according to the long-term plan of the Norochcholai CPP, a 300 MW (coal) plant was to be added to the complex by 2023 and a further 300 MW (coal) plant by 2026. According to the CEB Draft Plan for 2020-39, two more 300 MW CPPs are to be built within this decade.
Though the Cabinet had granted approval for building CPPs in January, later the Cabinet granted approval again for including the first CPP as a project to be carried out urgently as a post-COVID activity. This means that the CPP could be selected and purchased without going through the normal procurement procedure, despite the fact that the cost of a 300 MW CPP could exceed LKR 80 billion. Naturally, everyone is eyeing to take control of this purchase because of the many benefits amounting to millions if not billions of Rupees that would get transacted. Building a CPP has no relation to COVID for it to be included as a post-COVID activity. It is only an unethical way of circumventing the tender procedure. It is surprising why the learned COPE members did not see through this unethical practice and question the CEB Chairman.
Gas power plants (GPP) are also included in the CEB’s latest long-term plan for 2020-39, meaning they are acceptable as low-cost options to be added to the grid. In addition to the two-gas fired 300 MW GPPs approved by the Cabinet at the January meeting, the Cabinet has earlier granted approval for building a 300 MW GPP on BOOT basis at Kerawalapitiya by Lakdhanavi for which proposals were called in 2016 November and the award finalized now.
According to media reports, however, the Attorney General’s Department is trying to hold it back citing some shortcomings in the tender documents issued 4 years ago, but the Minister of Power wants to pursue it despite AG’s objections. Had this tender evaluated within a year as indicated in the tender documents without CEB dragging it for 4 years, the country would have had the benefit of a 300 MW of clean energy supply by now. The COPE should have inquired about this long delay from the CEB.
PROBLEMS ASOCIATED WITH COAL POWER PLANTS
A CPP is more complex than a CCGT plant and requires several days of waiting for a plant to be energized after an unannounced shut down, whereas a CCGT Plant could be energized within a matter of a few hours. The CEB still depends on Chinese technicians to maintain and operate the Norochcholai CPP even after a decade of its operation. A CPP can function only as a base-load plant whereas a CCGT Plant can function both as a base-load and a peak-load plant. This is another matter that COPE members overlooked.
A CCGT Plant is more compatible for operation with renewable energy sources such as solar and wind power plants with fluctuating outputs than a CPP which cannot respond to such fluctuating supplies. Unlike a CPP, a GPP does not generate even a gram of ash, any SO2 and no particulates. Even the NO2 generated and warm water released from a GPP are much less that that from a CPP.
It is surprising therefore that none of the leaned members of COPE questioned the CEB Chairman, why CEB wants to pursue building more coal power plants when they cause so much pollution as described earlier and pose problems in operation and maintenance in preference to a natural gas power plant which does not cause any such pollution and easier to operate. Currently, there are three CCGT Plants being operated and maintained by Sri Lankans for decades. Obviously, the COPE members appeared to have not done their homework before coming to the meeting.
The other important aspect of a GPP is that CO2 emitted by a GPP is only about half that of CO2 emitted by a similar capacity CPP. Hence, shifting from coal power to gas power is an acceptable means of mitigating carbon emissions as quired under the Paris Agreement. In a paper the Writer submitted to the 2019 National Energy Symposium, he showed that by shifting from CEB’s coal power-based Base Case Plan for 2015-34 to a no-coal case given in the 2018-37 Plan, the amount of CO2 emitted during 2021 – 2030 period could be reduced by 25%, which is more than the reductions targeted from all sectors.
Further, shifting from coal power to gas power altogether will help in achieving the President’s target of meeting 70% of energy consumed in generating electricity from renewable sources by 2030, as announced at a meeting he had on 14.09.2020 with the Power Minister, Renewable Energy State Minister and officials of the two Ministries and institutions coming under them. This is because the fossil fuel share will get reduced significantly with GPPs compared to that with CPPs.
CONCLUSION
Though the COPE had a meeting specially for looking into the affairs of the Norochcholai CPP, members appeared to have probed into matters seen on the surface instead of looking deep into its affairs. In particular, COPE has overlooked the following aspects of the Norochcholai CPP.
1. Whether the stack emissions from the plant conform to the National Emission Standards for Power Plants, violation of which is a punishable offence, and why the data are not made public.
2. Whether the AAQ measurements made by the CPP conform to the National AAQ Standards, and why the data collected are not made public.
3. Whether the CEB is aware of loss of livelihood for many in Norochcholai caused by deposition of ash on agriculture land and sea, and whether any compensation was paid for them.
4. Whether the CEB is aware of high levels of Mercury found in hair of women living around Puttalam Lagoon and why no action has been taken in this regard.
5. Whether the CEB has got the coal and ash from the CPP analyzed for their toxic heavy metals and radio-nuclides present in them, and if not why.
6. Whether the CEB is aware of the presence of radio-nuclides in coal ash and hence their unsuitability to manufacture bricks for use in house construction.
7. Whether the CEB is aware of the fact that it is difficult to achieve the President’s targets for RE share in power generation (70%) by 2030 by building more coal power plants.
8. Whether the CEB is aware of the fact that by shifting from coal to gas for power generation, the country can easily meet its obligations towards the Paris Agreement on Climate Change.
9. What justification is there for planning to build more coal power plants causing heavy pollution when non-polluting power plants burning alternative clean fuels are available.
10. What justification is there for CEB to take four years to evaluate and make an award of a tender for building a 300 MW GPP operating with gas on BOOT basis.
11. What justification is there for the CEB to include building a coal power plant as a project to be executed urgently as a post-COVID activity which is nothing but an unethical measure to circumvent tendering.
The writer expects the COPE will probe into above matters at its next meeting with the CEB.
Features
A life in colour and song: Rajika Gamage’s new bird guide captures Sri Lanka’s avian soul
Sri Lanka wakes each morning to wings.
From the liquid whistle of a magpie robin in a garden hedge to the distant circling silhouette of an eagle above a forest canopy, birds define the rhythm of the island’s days.
Their colours ignite the imagination; their calls stir memory; their presence offers reassurance that nature still breathes alongside humanity. For conservation biologist Rajika Gamage, these winged lives are more than fleeting beauty—they are a lifelong calling.
Now, after years of patient observation, artistic collaboration, and scientific dedication, Gamage’s latest book, An Illustrated Field Guide to the Fauna of Sri Lanka – Birds, is set to reach readers when it hits the market on March 6.
The new edition promises to become one of the most comprehensive and visually rich bird guides ever produced for Sri Lanka.
Speaking to The Island, Gamage reflected on the inspiration behind his work and the enduring fascination birds hold for people across the country.
“Birds are an incredibly diverse group,” he said. “Their bright colours, distinct songs and calls, and showy displays contribute to their uniqueness, which is appreciated by all bird-loving individuals.”
Birds, he explained, occupy a special place in the natural world because they are among the most visible forms of wildlife. Unlike elusive mammals or secretive reptiles, birds share human spaces openly.
“Birds are widely distributed in all parts of the globe in large enough populations, making them the most common wildlife around human habitations,” Gamage said. “This offers a unique opportunity for observing and monitoring their diverse plumage and behaviours for conservation and recreational purposes.”
This accessibility has made birdwatching one of the most popular forms of wildlife observation in Sri Lanka, attracting everyone from seasoned scientists to curious schoolchildren.
A remarkable island of avian diversity
Despite its small size, Sri Lanka possesses extraordinary bird diversity.
According to Gamage, the country’s geographic position, varied climate, and diverse habitats—from coastal wetlands and rainforests to montane cloud forests and dry-zone scrublands—have created ideal conditions for birdlife.
“Sri Lanka is home to a rich diversity of birdlife, with a total of 522 bird species recorded in the country,” he said. “These species are spread across 23 orders, 89 families, and 267 genera.”
Of these, 478 species have been fully confirmed. Among them, 209 are breeding residents, meaning they live and reproduce on the island throughout the year.
Even more remarkable is Sri Lanka’s high level of endemism.
“Thirty-five of these breeding resident species are endemic to Sri Lanka,” Gamage noted. “They are confined entirely to the island, making them globally significant.”
These endemic species—from forest-dwelling flycatchers to vividly coloured barbets—represent evolutionary lineages shaped by Sri Lanka’s long geological isolation and ecological uniqueness.
In addition to resident birds, Sri Lanka also serves as a seasonal refuge for migratory species traveling thousands of kilometres.
“There are regular migrants that arrive annually, as well as irregular migrants that visit less predictably,” Gamage explained. “Vagrants, birds that appear outside their typical migratory routes, have also been spotted occasionally.”
Such unexpected visitors often generate excitement among birdwatchers and scientists alike, providing valuable insights into migration patterns and environmental change.

Rajika Gamage
A guide born from passion and necessity
The new field guide represents the culmination of years of research and builds upon Gamage’s earlier publication, which was released in 2017.
“The stimulus for this bird guide was due to the success of my first book,” he said. “This new edition aims to facilitate identification and provide an idea of what to look for in observed habitats or regions.”
The book is designed not merely as a scientific reference but as an accessible companion for anyone interested in birds. Its structure reflects this dual purpose.
“The first section is dedicated to the introduction, geography, and life history of Sri Lankan birds,” Gamage explained. “The second section is the main body of the guide, which illustrates 532 species of birds.”
Each illustration has been carefully crafted in colour to capture the distinctive plumage of each species.
“All illustrations are designed to show each bird’s significant and distinct plumage,” he said. “Where possible, the breeding, non-breeding, and juvenile plumages are provided.”
This attention to detail is especially important because many birds change appearance as they mature.
“Some groups, especially gulls, display many plumages between juveniles and adults,” Gamage noted. “Many take several years to develop full adult plumage and pass through semi-adult stages.”
By illustrating these stages, the guide helps birdwatchers avoid misidentification and deepen their understanding of avian development.
New discoveries and evolving science
One of the most exciting aspects of the new edition is its inclusion of newly recorded species and updated scientific classifications.
“Changes in the bird list of Sri Lanka, especially newly added endemic birds such as the Sri Lankan Shama, Sri Lanka Lesser Flameback, and Greater Flameback, are now included,” Gamage said.
Scientific names and classifications are not static; they evolve as researchers learn more about genetic relationships and species boundaries. The guide reflects these changes, ensuring it remains scientifically current.
The book also incorporates conservation status information based on the latest National Red Data Report and global assessments.
“The conservation status of Sri Lankan birds, as listed in the 2022 National Red Data Report and the global Red Data Report, are included,” Gamage said.
This information is vital for conservation planning and public awareness, highlighting which species face the greatest risk of extinction.
The guide also documents rare and accidental visitors, including species such as the Blue-and-white Flycatcher, Rufous-tailed Rock-thrush, and European Honey-buzzard.
“These represent accidental visitors and newly recorded vagrants,” Gamage said. “Altogether, the first edition offers some 25 additional species, all illustrated.”
Art and science in harmony
Unlike many field guides that rely heavily on photographs, Gamage’s book emphasises detailed illustrations. This choice reflects the unique advantages of scientific art.
Illustrations can emphasise diagnostic features, eliminate distracting backgrounds, and present birds in standardised poses, making identification easier.
“The principal birds on each page are painted to a standard scale,” Gamage explained. “Flight and behavioural sketches are shown at smaller scales.”
The guide also includes descriptions of habitats, distribution, nesting behaviour, and alternative names in English, Sinhala, and Tamil.
“The majority of birds have more than one English, Sinhala, and Tamil name,” he said. “All of these are included.”
This multilingual approach reflects Sri Lanka’s cultural diversity and ensures the guide is accessible to a wider audience.
A tool for conservation and connection

Beyond its scientific value, Gamage believes the book serves a deeper purpose: strengthening the bond between people and nature.
By helping readers identify birds and understand their lives, the guide fosters appreciation and responsibility.
“This field guide aims to facilitate identification and provide a general introduction to birds,” he said.
In an era of rapid environmental change, such knowledge is essential. Habitat loss, climate change, and human activity continue to threaten bird populations worldwide, including in Sri Lanka.
Yet birds also offer hope.
Their presence in gardens, wetlands, and forests reminds people of nature’s resilience—and their own role in protecting it.
Gamage hopes the guide will inspire both seasoned ornithologists and beginners alike.
“All these changes will make An Illustrated Field Guide to the Fauna of Sri Lanka – Birds one of the most comprehensive and accurate guides available within Sri Lanka,” he said.
A lifelong devotion takes flight
For Rajika Gamage, birds are not merely subjects of study—they are companions in a lifelong journey of discovery.
Each call heard at dawn, each silhouette glimpsed against the sky, each feathered visitor from distant lands reinforces the wonder that first drew him to ornithology.
With the release of his new book on March 6, that wonder will now be shared more widely than ever before.
In its pages, readers will find not only identification keys and scientific facts, but also something more enduring—the story of an island, told through wings, colour, and song.
By Ifham Nizam
Features
Letting go: A Buddhist perspective
Buddhism, one of the world’s oldest religions, offers profound insights into the nature of existence and the ways we can alleviate our suffering. As one of the world’s most profound spiritual traditions, it offers a transformative solution: the art of letting go. Unlike simply losing interest in things or giving up, letting go in Buddhism is about liberation, releasing ourselves from the chain of attachment that prevents us from experiencing true peace and happiness. Letting go is a profound philosophical concept in Buddhism, deeply intertwined with an understanding of suffering, attachment, and the nature of reality. This philosophy encourages us to release our grip on desires, attachments, and on what we hold dear- whether relationships, material goods, or even their identities, ultimately leading to greater peace and enlightenment. Our tendency to cling tightly to the various aspects of life leads to a significant source of stress. We tend to grasp at things, perceiving them as solid and permanent, yet much of what we hold onto is transient and subject to change. This mistaken belief in permanence can trap us in cycles of worry, fear, and anxiety.
The challenge of letting go is especially evident during difficult periods in life. We may find ourselves ruminating over lost opportunities, failed relationships, and unmet expectations. Such thoughts can keep us ensnared in emotions like hurt, guilt, and shame, hindering our ability to move forward. By holding onto the past, we often prevent ourselves from embracing the present and future.
At the heart of Buddhist practice lies the concept of letting go, often encapsulated in the term “non-attachment.” Letting go is a crucial concept in both Buddhism and Christianity, emphasising the release of attachments that bind us and contribute to our suffering. At its core, letting go is about finding freedom from desires and acknowledging that both relationships and material possessions are fleeting and transient.
In Buddhism, letting go, or non-attachment, is fundamental for achieving inner peace. The First Noble Truth acknowledges that life is filled with suffering, often rooted in our cravings and attachment to things. The Second Noble Truth teaches that by letting go of this craving, we can transcend the cycles of life and attain enlightenment.
Spiritually, Buddhism emphasises the impermanence of all things (annica). We tend to cling to people, experiences, and even our identities, but everything is fleeting. Recogniing this helps us appreciate the present moment and fosters compassion. Instead of allowing attachments to cloud our relationships, letting go encourages us to engage with others without judgment or expectation, fostering deeper connections.
Philosophically, Buddhism challenges the notion of a permanent self (anatta) that is often the focus of human attachment. It teaches that our identity is not a fixed entity but a collection of experiences and perceptions in constant flux. Understanding this can help us see the futility of clinging to desires and identities, paving the way for a liberated state of being built on wisdom cultivated through meditation and mindfulness.
From a psychological standpoint, letting go can significantly improve our emotional health and well-being. Attachment often breeds fear, anxiety, and stress, while non-attachment promotes resilience and adaptability. When we embrace the idea of impermanence, we become more capable of handling life’s challenges without being overwhelmed. Mindfulness—being present and accepting our emotions without judgment—allows us to process difficult feelings constructively, making it easier to let go of what we cannot control.
Letting go is also an essential concept in Christianity, which emphasises surrender and trust in God. Biblical teachings encourage believers to let go of worries and anxieties, placing their faith in divine providence. For instance, verses like Matthew 6:34 remind individuals not to be anxious about tomorrow, but to focus on the present. By surrendering our burdens to God, we find peace and freedom from the weight of excessive attachment.
Moreover, both traditions highlight the importance of community. In Buddhism, the sangha, or community of practitioners, supports individuals on their journeys toward non-attachment. Similarly, the Christian community encourages believers to lean on one another for support, fostering a sense of belonging and shared faith that helps mitigate the loneliness that comes with attachment.
Ultimately, the concept of letting go serves as a powerful antidote to suffering in both Buddhism and Christianity. By embracing impermanence, cultivating wisdom, and practising mindfulness or faith, individuals can experience profound liberation. In our chaotic world, the principles of letting go offer a clear path toward inner peace, fulfilment, and deeper connections with ourselves, others, and the divine.
Buddhism explores the profound concept of letting go, providing valuable insights into the human experience and pathways to alleviating suffering. Rooted in one of the world’s oldest spiritual traditions, Buddhism presents letting go as a transformative practice, distinct from mere disengagement or giving up. Instead, it encompasses liberation from the chains of attachment that hinder us from experiencing genuine peace and happiness. Christianity too explore this profound concept in its teachings
At the core of Buddhist philosophy lies the idea of non-attachment, which encourages individuals to free themselves from desires and possessions, ultimately leading to tranquility and enlightenment. Letting go is intertwined with an understanding of suffering, attachment, and the transient nature of existence. This philosophy instructs us to relinquish our grip on what we hold dear—whether relationships, material goods, or even our identities—recognising that these are impermanent.
Buddhism’s First Noble Truth acknowledges that life inherently involves suffering, often stemming from our cravings and attachments. The Second Noble Truth reveals that overcoming this craving is key to transcending the cycles of life and achieving enlightenment. Emphasising the impermanence of all things, Buddhism invites us to appreciate the present moment and fosters compassion by helping us detach from fixed identities and experiences. This awareness enriches our relationships, allowing us to connect with others free from judgment or expectation.
Philosophically, Buddhism challenges the notion of a static self (anatta), asserting that our identity is not a fixed concept but rather a fluid collection of experiences. Recognising this notion helps highlight the futility of clinging to desires and identities, opening the door to a liberated existence founded on wisdom cultivated through meditation and mindfulness practices.
From a psychological perspective, the act of letting go can significantly enhance emotional health and well-being. Attachment often fuels fear, anxiety, and stress, while embracing non-attachment cultivates resilience and adaptability. By accepting impermanence, we equip ourselves to face life’s challenges with greater ease. Practicing mindfulness—being present and accepting emotions without judgment—further facilitates the process of releasing what is beyond our control.
In Christianity, the theme of letting go is also prominent, emphasizing surrender and trust in God. Scripture encourages believers to release their worries and anxieties by placing their faith in divine providence. For example, Matthew 6:34 advises individuals to focus on the present rather than fret over the future. By surrendering our burdens to God, we can experience relief from the weight of excessive attachment.
Both traditions underscore the significance of community in supporting the journey of letting go. In Buddhism, the sangha, or community of practitioners, encourages the pursuit of non-attachment. Likewise, Christian fellowship fosters belonging and shared faith, helping believers lean on one another for strength and mitigating the loneliness that can arise from attachment.
Ultimately, the concept of letting go serves as a powerful antidote to suffering in both Buddhism and Christianity. Embracing impermanence, nurturing wisdom, and practising mindfulness or trust can lead individuals toward profound liberation. In an increasingly chaotic world, the principles of letting go illuminate a pathway to inner peace, fulfilment, and deeper connections with ourselves, others, and the divine. By understanding and embodying this philosophy, we can navigate life’s complexities with grace and openness.////Buddhism delves into the profound concept of letting go, offering valuable insights into the human experience and pathways to alleviating suffering. As one of the world’s oldest spiritual traditions, Buddhism presents letting go as a transformative practice that goes beyond mere disengagement or resignation. It represents liberation from the chains of attachment that prevent us from experiencing true peace and happiness. Similarly, Christianity explores this profound concept in its teachings.
At the heart of Buddhist philosophy is the idea of non-attachment, which encourages individuals to free themselves from desires and possessions, ultimately leading to tranquility and enlightenment. Letting go is closely related to an understanding of suffering, attachment, and the impermanent nature of existence. This philosophy guides us to loosen our hold on what we cherish—be it relationships, material possessions, or even our own identities—recognizing that everything is transient. Through this understanding, we can cultivate a deeper sense of peace and fulfillment in our lives.
BY Dr. Justice Chandradasa Nanayakkara
Features
Brilliant Navy officer no more
Rear Admiral Udaya Bandara, VSV, USP (retired)
This incident happened in 2006 when I was the Director Naval Operations, Special Forces and Maritime Surveillance under then Commander of the Navy Vice Admiral Wasantha Karannagoda. Udaya (fondly known as Bandi) was a trusted Naval Assistant (NA) to the Commander.
We were going through a very hard time fighting the LTTE Sea Tigers’ explosive-laden suicide boats that our Fast Attack Craft (s) and elite SBS’ Arrow Boats encountered in our littoral sea battles.
Brilliant Marine Engineer Commander (then) Chaminda Dissanayake, who was known for his “out of the box” thinking and superior technical skills on research and development, met me at my office at Naval Headquarters and showed me a blueprint of an explosive- laden remotely controlled small boat.
Udaya’s Naval Assistant’s office was next to mine, the Director Naval Operations office. Both places are very close to the Navy Commander’s office. I walked into Bandi’s office with Commander Dissa and showed this blueprint a brilliant idea. Being a Marine Engineer “par excellence”, Bandi immediately understood the great design. I urged him to brief the Commander of the Navy with Commander Dissa.
My burden was over! Bandi took over the project and within a few weeks we tested our first prototype “Explosive-laden Remotely Controlled arrow boat “at sea off Coral Cove in the Naval Base Trincomalee. It was a complete success.
This remotely controlled boats went out to sea with our SBS arrow boats fleet and had devastating effects against LTTE suicide boats and their small boats fleet. Thanks, Bandi, for your contribution. The present-day Admiral of the Fleet used to tell us during those days “you cannot buy a Navy – you have to build one”!
We built our own small boats squadrons at our boat yards in Welisara and Trincomalee to bring LTTE Sea Tigers. The Special Boats Squadron (SBS) and rapid action boats squadron (RABS) being so useful with remotely controlled explosive-laden arrow boats to win sea battles convincingly.
Bandi used to say, “Navy is a technical service and we should give ALL SRI LANKA NAVY OFFICERS FIRST A TECHNICAL DEGREE AT OUR ACADEMY (BTec degree).” That idea did not receive much attention here, but the Indian Navy—Bandi graduated as a Marine Engineer- at Indian Navy Engineering College SLNS Shivaji in Lonavala, Pune, India— understood this idea well over two decades ago. Indian Navy Commissioned their new Naval Academy at Ezhimala (in Kerala State) which is the largest Naval Academy in Asia (Campus covers area of 2,452 acres) starts its Naval officers training with a BTech degree, regardless of what branch of the navy one joined.
Bandi’s technical expertise was not limited to SLN. He was the pioneer of “Mini – Hydro Power projects” in Sri Lanka. When I was a young officer, he urged me to invest some money in one of these projects and advised me “Sir! as long as water flows through turbines, you will get money from the CEB, which is always short of electricity”. I regret that I did not heed Bandi’s advice.
When he worked under me when I was Commander Southern Naval Area, as my senior Technical Officer, I observed pencil marks on walls of his chalet and I inquired from him what they were. He said it was the result of his “pencil shooting training”, a drill Practical Pistol Firers do to improve their skills. He used to practice “draw and fire” drills and pencil shooting drills late into nights to be a good Practical Pistol firer in Sri Lanka Navy team. He didn’t stop at that. He represented Sri Lanka National Practical Pistol Firing team and won International Championships.
As the Officer in charge of Technical Training in the Navy, he worked as Training Commander to train Royal Oman Navy Engineering Artificers in Sri Lanka, especially on Fast Attack Craft Main Engine Overhauls. The Royal Oman Navy Commander was so impressed with the knowledge acquired by Artificers that he donated money for the construction of a four-storey accommodation building for Sri Lanka Navy Naval and Maritime Academy, Trincomalee now known as “Oman Building”. The credit for this project should go to Bandi.
Bandi’s wife was a senior Judge of Kegalle High Court, and she retired a few years ago. Their only child, a son studied at the British School, Colombo and followed in his mother’s footsteps became a lawyer. Bandi was so much attached to his family and very proud of his son’s accomplishments.
When Bandi was due to retire in 2016 as a Rear Admiral and Director General Training, after distinguished service of 34 years, and reaching retirement age of 55 years, I requested him to serve for some more years after mobilising him into our Naval Reserve Force. He had other plans. He wanted to take his mini-Hydro Power projects to East African countries.
His demise after a very brief illness at age of 64 years was a shock to his family and friends. His funeral was held on Feb. 27 with Full Military Honors befitting a Rear Admiral at his home town Aranayake.
Dear Bandi, the beautiful Sri Lanka Navy, Naval and Maritime Academy in Trincomalee, which was built with your efforts will serve for Sri Lanka Navy Officer Trainees and sailors for a very long time and remember you forever.
May dear Bandi attain the supreme bliss of Nirvana!

Naval and Maritime Academy, Trincomalee
By Admiral Ravindra C Wijegunaratne
WV, RWP and Bar, RSP, VSV, USP, NI (M) (Pakistan), ndc, psn, Bsc
(Hons) (War Studies) (Karachi) MPhil (Madras)
Former Navy Commander and Former Chief of Defence Staff
Former Chairman, Trincomalee Petroleum Terminals Ltd,
Former Managing Director Ceylon Petroleum Corporation,
Former High Commissioner to Pakistan
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