The first hospital to verify the "NMR Pipe Protector" - NMRPT - was the "Former Medical Center of the Japanese Red Cross Society." In 1999, the water supply pipes of the former medical center, which had been built 24 years earlier, were made of galvanized steel. Red rust had developed inside the water supply pipes, and the water from the tap in the newborn room showed an iron ion concentration of 2.0 mg/l in the morning, significantly exceeding the water quality standard of 0.3 mg/l. As a result, large amounts of water were run before use. To prevent future leaks, one NMR Pipe Protector was installed on the secondary side piping of the elevated water tank. Water was sampled from the tap in the newborn room, located about 150 meters from the elevated water tank, to verify the effectiveness of rust prevention. Measurements of the iron ion concentration in the water at the Tokyo Metropolitan Institute of Public Health showed that before the installation of the NMR Pipe Protector, the level was 2.0 mg/l, but it dropped to 0.48 mg/l two weeks after installation and to 0.27 mg/l six weeks after installation, proving that the NMR Pipe Protector prevented new red rust in the water supply pipes and reduced existing red rust to non-soluble black rust. Because these verification results were beneficial for other Red Cross hospitals, they were introduced in the January 2000 issue of the internal newsletter of the Japanese Red Cross Medical Center to hospitals nationwide.

At Whittington Hospital, the iron concentration of the hot water that had been sitting overnight before the installation of the NMR Pipe Protector was 7.3 mg/l. Since the UK water quality standard is 0.2 mg/l, this indicates that the iron level was more than 36 times the standard, showing significant corrosion from red rust in the pipes. Nineteen days after the installation of the NMR Pipe Protector, the iron concentration in the water decreased to 0.4 mg/l, and by twenty-nine days after installation, it further decreased to 0.08 mg/l. This result demonstrated that the occurrence of red rust was completely prevented and that the red rust in the pipes had transformed into black rust. ◆ The NMR Pipe Protector allows pipes to be used for the lifespan of the building Whittington Hospital introduced the NMR Pipe Protector to prevent the deterioration of red rust in the hot water pipes and extend their lifespan by over 40 years. The cost of introducing the NMR Pipe Protector is approximately 1/10 to 1/5 of that of pipe replacement, allowing for an expected cost reduction of 80 to 90%. Pipe replacement requires water shut-off work, but the introduction of the NMR Pipe Protector does not require any water shut-off. From the case of Whittington Hospital, I hope you have understood the performance of the NMR Pipe Protector. If you wish to continue using safe and secure water indefinitely, please consider the introduction of the NMR Pipe Protector!

It is possible to remove red rust inside pipes through pipe cleaning and sandblasting; however, these methods put a strain on the pipes due to water pressure and abrasion, which can reduce their strength. The NMR Pipe Protector is a device that is installed on the outside of the pipes, allowing it to solve the red rust problem without putting any strain on the pipes. Generally, the lifespan of pipes is less than half that of the building, and maintaining their condition requires attention. However, since the inside of the pipes is not usually visible, red rust deterioration can progress unnoticed, often leading to issues such as red water or leaks by the time one becomes aware of it. For addressing red rust deterioration inside pipes, there are options such as pipe replacement and several rehabilitation methods, but improvements to red rust are temporary, necessitating further measures over time. The NMR Pipe Protector is designed not only for its rust prevention effects but also to extend the lifespan of pipes until the building's lifespan ends, making its introduction optimal for long-term pipe longevity. The NMR Pipe Protector reduces red rust inside pipes to black rust. Black rust does not dissolve in water and forms a hard crystalline passive layer, which has a volume less than one-tenth that of red rust, thereby improving red rust blockage. This is a unique technology of the NMR Pipe Protector.

In the "Cosmo Kajigaya Le Seine" condominium located in Takatsu Ward, Kawasaki City, Kanagawa Prefecture, the NMR Pipe Protector was introduced 18 years ago in 2002, from the present year of 2020. At the time of considering the introduction of the NMR Pipe Protector, Mr. Toshimasa Itaya, the chairman of the construction committee for the "Cosmo Kajigaya Le Seine" management association, learned about the NMR Pipe Protector through academic journals related to construction and air conditioning, as well as advertisements in trains. The "one-year effectiveness guarantee" and "subsequent follow-up surveys" were decisive factors in the decision to adopt the NMR Pipe Protector. Compared to the lining work that was scheduled in the long-term repair plan when the condominium reached its 20th anniversary, the NMR Pipe Protector significantly extended the lifespan of the water supply pipes to over 40 years. As a result, the expenses in the long-term repair plan were reduced by 80%, creating financial flexibility. Consequently, during the extraordinary general meeting, proposals for the installation of the NMR Pipe Protector and the new elevator were presented together and approved. The long-desired installation of the elevator, which was highly requested by residents, became possible, increasing the added value of the condominium and having a significant impact on the enhancement of its asset value, as Chairman Itaya stated.

The "Cosmo Kajigaya Le Seine" conducted a pipe inspection of the exclusive technical management area in 2001, the year before the installation of the NMR pipe protector, and found red rust corrosion, which necessitated urgent measures in the near future. Therefore, in 2002, the 15th year of its construction, the NMR pipe protector was installed, and since then, no problems due to pipe deterioration have occurred. A pipe inspection of the exclusive water supply section was conducted 10 years after installation, in 2012. The interior of the pipes was found to be in a clean state with no progression of red rust, and some black rust was also confirmed, verifying the rust prevention effect of the NMR pipe protector. The removed pipes were displayed on-site, and residents were reportedly surprised by the clean condition inside the pipes. Mr. Itaya, a member of the management committee's architectural expert group, shared the following thoughts on the introduction of the NMR pipe protector: "Thanks to the encounter with the NMR pipe protector, we were able to finally install the long-desired elevator. Furthermore, the added value of the condominium has increased, significantly impacting the asset value." Chairman Nagamura mentioned, "In the future, we want to aim for a more comfortable living environment for residents while reviewing the long-term repair plan."

~Mansion Management Newspaper, March 25, 2017, Excerpt~ "Confirmation of black rust progression through pipe inspection" "Confident that the current condition can be maintained until the building's lifespan" The "Co-op Nomura Minami Ishikiri" in Wakabayashi Ward, Sendai City, Miyagi Prefecture (built in 1978, three stories, 24 units) has had the NMR Pipe Protector installed for 15 years. We interviewed them about the present situation. The installation of the NMR Pipe Protector at "Co-op Nomura Minami Ishikiri" took place in August 2001, the year it reached its 24th anniversary. Fifteen years have passed since then, and this year it celebrates its 39th anniversary. "Not only the water supply pipes but also the drainage pipes have been extended in lifespan, and there are no plans for updates in the long-term repair plan," says Takeshi Furuta, the board member in charge of maintenance. Four years ago, they commissioned experts to create a long-term repair plan for the next 30 years. This plan includes a budget for replacing the NMR Pipe Protector when the building reaches 63 years old. According to the manufacturer, Nippon System Planning, the effectiveness lasts for 40 years after installation, but it gradually declines thereafter. Therefore, there is a plan to replace it with a new device in the 41st year of installation. The 41st year corresponds to the building being 63 years old. "In other words, we aim to maintain the current condition until the building's lifespan," says Director Furuta.

In "Co-op Nomura Minami Ishikiri," located in Wakabayashi Ward, Sendai City, Miyagi Prefecture, which was built 43 years ago as of 2020, an NMR pipe protector was introduced in August 2001, 19 years ago. After 15 years of use, a deterioration diagnosis survey of the water supply pipes was conducted when the building was 39 years old. The investigation involved removing the water supply pipes from the secondary side of the elevated water tank and inside the residences. The report evaluated that "the progression of deterioration due to red rust inside the pipes has completely stopped, there is no blockage, the surface has turned black due to rust, and it has been confirmed that the pipes have been rehabilitated." Additionally, the dirt in the drainage pipes has decreased, allowing for a 30% reduction in the frequency of drainage pipe cleaning, which had previously been conducted once a year. Takemori Furuta, the maintenance officer of the condominium, stated, "Not only the water supply pipes but also the drainage pipes have been extended in their lifespan, and there is no longer a need for updates in the long-term repair plan," and added, "As the years go by, it will only become more financially challenging, so the benefit of not having to update the water supply pipes is extremely significant." An article on this topic has been published in the condominium management newspaper, and an excerpt will be introduced next time.

◆What is Buckingham Palace, where the NMR Pipe Protector has been introduced? The place where Prince William and Princess Catherine appeared on the balcony to greet the public on their wedding day is Buckingham Palace. It is a representative building of the UK and currently serves as the residence of Queen Elizabeth. Buckingham Palace began in 1703 when the Duke of Buckingham built it, and it became associated with the royal family when George III inherited the residence in 1761. His son, George IV, commissioned architect John Nash to rebuild the old tower, construct the triumphal arch (now known as Marble Arch) to commemorate victory over Napoleon, and create the center room adorned with jewels, transforming it from Renaissance style to Neo-Classical style. Later, Queen Victoria moved to Buckingham Palace upon her accession, and it became the official royal residence in 1837. The estate covers an area of 10,000 tsubo, has 775 rooms, and employs around 800 staff members day and night. This concludes our introduction to Buckingham Palace, where the NMR Pipe Protector has been introduced. Next time, we will discuss the background of the introduction of the NMR Pipe Protector at Buckingham Palace!

◆Background of the Introduction of NMR Pipe Protectors at Buckingham Palace In addition to the Queen's private rooms, the palace includes offices, meeting rooms, the administrative headquarters of the royal household, a museum, and a ballroom, serving as a venue for official duties and accommodations for foreign leaders. Therefore, the presence of red water from the British royal palace's bathrooms and toilets is certainly not something that reflects well on the monarchy. The impetus for Buckingham Palace to introduce NMR pipe protectors came from Harrods, a long-established department store that is a royal warrant holder. In March 2006, NMR pipe protectors were urgently introduced as a countermeasure against red water, and within 1.5 months, the occurrence of red water was completely halted. Following this result, Harrods' executives introduced NMR pipe protectors to Windsor Castle, which was also facing issues with red rust. In November 2006, NMR pipe protectors were installed in the Queen's Tower, where Her Majesty the Queen stayed every weekend, and the reddish-brown water transformed into clear water after 42 days, concluding the verification. As a result of this, NMR pipe protectors were introduced at Buckingham Palace, which was also experiencing red rust issues. Next time, I will discuss the results of the introduced NMR pipe protectors!

Guildhall London is a UNESCO World Heritage site, where the NMR pipe protector has been installed. Guildhall London serves as the city hall of London and is an important facility with a long history and architectural significance. It consists of several buildings, which together have been registered as a World Heritage site. One of these is the Great Hall. The Great Hall is a historic building that received the highest accolades at the time of its construction in the 14th century. It is characterized by its Gothic architecture and can be appreciated as a kind of artwork. Additionally, when visiting Guildhall London, the art gallery is highly recommended. As the name suggests, it is a building that displays numerous works of art, with some pieces dating back to the 17th century. Although the gallery is not very large, it showcases around 250 works at any given time, providing ample enjoyment. Next time, I will talk about the NMR pipe protector introduced in this important historical building, Guildhall London!

What is the NMR Pipe Protector that is also being implemented at the Guildhall in London? The NMR Pipe Protector is a rust prevention device for piping that has been on the market for over 25 years. It has been installed in many important buildings, with over 4,200 buildings equipped as of 2020. The NMR Pipe Protector has the effect of reducing red rust to black rust, and while both are types of rust, black rust has properties that strengthen the piping, making it beneficial for the pipes. As a result, the piping can continue to be used without replacement until the building's lifespan ends. Black rust has been utilized for a long time, being used in southern iron kettles and in nails and hinges of shrines and temples. Additionally, there is no concern that black rust will dissolve in water like red rust. The NMR Pipe Protector also works to prevent the growth of bacteria that cause water stains and slime. In regular pipe cleaning, bacteria will reappear after 2 to 3 years, but with the installation of the NMR Pipe Protector, this will no longer be necessary. The installation is also simple and can be done without cutting off the water supply, which is another recommended point. Next time, I will talk about the results achieved by the NMR Pipe Protector when it was implemented at the London City Hall!

At Kumamoto Prefectural's largest hospital, "Kumamoto Red Cross Hospital," the "NMR Pipe Protector" - NMRPT - is making a significant impact. The Kumamoto Red Cross Hospital, which introduced the NMR Pipe Protector, is a historic hospital established in 1944. Operated by the Kumamoto branch of the Japanese Red Cross Society, it boasts the largest area among hospitals in Kumamoto Prefecture, currently offering 30 medical departments and 490 beds. Designated as a disaster base hospital for Kumamoto Prefecture, it plays a crucial role in supporting healthcare in the region by providing high-quality cancer treatment and medical care for mothers and children before and after childbirth. The fundamental philosophy of Kumamoto Red Cross Hospital is to be close to people and society through medical care and relief, based on the spirit of the Red Cross, which encompasses three core elements: "humanity, impartiality, and service." This philosophy serves as a guiding principle for patient care, emphasizing respect for patients' personalities, ethical views, and perspectives on life and death, as well as a strong commitment to building trust. In the next installment, we will explain the aging issue of the water pipes at Kumamoto Red Cross Hospital, which led to the decision to introduce the NMR Pipe Protector. Please stay tuned.

◆Concerns about Red Rust Deterioration in Pipes at Kumamoto Red Cross Hospital and Countermeasures If the pipes are deteriorating, problems such as red water and leaks may occur. The cause of this is red rust inside the pipes. Red rust is characterized by its rapid progression and its tendency to dissolve easily in water. The issue with red water is that it is difficult to notice its presence at an early stage. When thinking of red water, one might imagine water stained red, but in reality, even if red rust mixes with tap water, it does not easily change color. Another problem is "leakage." As red rust gradually flows into the water, it erodes the threaded parts and walls inside the pipes, leading to leaks when it reaches the outside. In medical facilities, leaks can lead to malfunctions of medical equipment and are also undesirable from a hygiene perspective. The occurrence of red rust also poses the risk of "red rust blockage," which can lead to poor water flow. Therefore, maintenance of water pipes has always been a concern at Kumamoto Red Cross Hospital. The NMR Pipe Protector addresses such issues. In the next installment, which will be the final one, we will introduce how Kumamoto Red Cross Hospital resolved these problems through the introduction of the NMR Pipe Protector.

Lions Mansion Koshigaya North introduced the NMR Pipe Protector in November 2010, resulting in a successful pipe rehabilitation at one-third of the initial estimate. This allowed for effective use of the repair reserve fund for LED lighting upgrades and elevator renovations. According to Mr. Kitazawa, who was the chairman at the time of the NMR Pipe Protector's introduction, an endoscopic survey conducted six years later in 2016 showed no growth of red rust. On the contrary, there was a noticeable reduction in the volume of red rust, indicating progress towards black rust. The NMR Pipe Protector sold by Japan System Planning Co., Ltd. has the property of reducing red rust to black rust by supplying free electrons from water, which leads to a decrease in the volume of red rust and improvement in red rust blockage. Additionally, the inside of the pipes is protected by a strong black rust coating, contributing to the rehabilitation of the pipes. This high anti-corrosion performance has been highly regarded, leading to an increase in the adoption of the NMR Pipe Protector. By implementing the NMR Pipe Protector, maintenance costs for the piping can be significantly reduced, allowing the remaining budget to be allocated to other building facilities.

According to Mr. Kitazawa, who was the chairman at the time of the introduction of the NMR Pipe Protector, it was pointed out that there was red rust occurring at the joints of the water supply pipes during the recent inspection. Therefore, when the board of directors began to consider methods for rehabilitating the pipes, the following options were immediately suggested: 1. Ozone cleaning 2. Citric acid cleaning 3. Electrolytic corrosion prevention 4. Lining method However, when a board member proposed the NMR Pipe Protector, which he had seen in an advertisement on the train, it was determined to be superior to the aforementioned four methods, and the introduction of the NMR Pipe Protector was positively considered. "The idea at the time was that if the current red rust turns into black rust over 40 years with the NMR Pipe Protector, theoretically, the pipes could last an additional 20 to 30 years, totaling 60 to 70 years. In other words, it was calculated that they could last until the lifespan of the building," the board decided to implement it. Once it turns into black rust, scientifically, red rust corrosion does not progress any further, and the volume of red rust itself also shrinks. Additionally, the effectiveness guarantee of the NMR Pipe Protector further supported its introduction. Next time, I will summarize and discuss the rust prevention effects of the NMR Pipe Protector at Lions Mansion Koshigaya North! Please continue to enjoy!

The "Lions Mansion Koshigaya Kita," located in Koshigaya City, Saitama Prefecture, introduced the NMR Pipe Protector in November 2010, successfully reducing the cost of plumbing maintenance to one-third of the amount originally planned for lining work in the long-term repair plan. At that time, Mr. Kitazawa, who was the chairman, reflected on the situation of the condominium before the introduction and noted that it was essential to cut costs as the management association was in a difficult state. He expressed that he found the introduction of the NMR Pipe Protector, which is said to have a usable life of over 40 years, very appealing. Furthermore, they are effectively utilizing the saved budget to convert lighting fixtures to LED, and they are also considering updating the elevators in the future. In the next installment, we will introduce the background of how Lions Mansion Koshigaya Kita decided to implement the NMR Pipe Protector, as well as its benefits and characteristics. Stay tuned!

◆What is the Royal Garden Hotel London? The Royal Garden Hotel is a popular five-star hotel in London. With 493 guest rooms spread over 14 floors, the top-floor Chinese restaurant "MIN JIANG" offers not only delicious cuisine but also stunning views of the London Eye and the Shard, as well as the River Thames. You can also enjoy the countdown fireworks at the end of the year. The nearest station to the Royal Garden Hotel is High Street Kensington on the underground, and it is conveniently located near tourist attractions such as Kensington Palace, the residence of Prince William and Kate, as well as the popular shopping areas of South Kensington and the Royal Albert Hall. You can also access central locations like Piccadilly Circus by taxi. This prime location is one of the attractions of the Royal Garden Hotel. Next time, we will introduce the issue of red rust in the Royal Garden Hotel's plumbing and the reason for the introduction of NMR pipe protectors! Stay tuned!

◆Reasons for Introducing NMR Pipe Protectors The Royal Garden Hotel was built in 1965, and by the time the NMR Pipe Protectors were introduced in 2007, it had been 42 years since its construction. Due to the deterioration of the hot water supply pipes, relatively dark red water was coming out every morning when turning on the faucet. Additionally, there was constant leakage from the joints of the pipes. Estimates indicated that updating (replacing) the pipes would cost between £6.5 to £7 million (approximately 1 billion yen), including compensation for business interruption. However, it was found that by introducing the NMR Pipe Protectors, the cost could be reduced to £150,000 (approximately 25 million yen), allowing for a remarkable cost reduction to about 1/40 of the original estimate, leading to the decision to implement them. The NMR Pipe Protector utilizes hydration electrons (free electrons in water) to reduce red rust inside the pipes to black rust, which completely prevents the occurrence of red rust with its black rust film. Black rust has been used in southern iron kettles, Chinese woks, and nails or hinges in temples from the Nara and Heian periods, preventing red rust for hundreds of years. By converting all red rust inside the pipes to black rust, the lifespan of the pipes can be significantly extended. Next time, we will introduce the performance of the NMR Pipe Protectors implemented at the Royal Garden Hotel London! Stay tuned for more!

Co-op Nomura Minami Ishikiri, located in Sendai City, Miyagi Prefecture, is a three-story, 24-unit apartment building built in 1978. In August 2001, during its 23rd year, a pipe protector was installed, and it is now 42 years old. Takashi Furuta, the maintenance director who conducted the interview, stated, "Thanks to the rust prevention effect of the NMR Pipe Protector, both the water supply and drainage pipes have been extended in their lifespan, and there are currently no plans for pipe replacement in the long-term repair plan." ◆ Effect of the NMR Pipe Protector on Extending Pipe Lifespan After 16 years of having the NMR Pipe Protector installed, Co-op Nomura Minami Ishikiri conducted a deterioration diagnosis survey of the pipes. It was found that there was almost no red rust deterioration in both the water supply and drainage pipes, and the red rust surface had turned into black rust, confirming the rehabilitation of the pipes. Black rust does not dissolve in water at all and has been used historically in items like Chinese woks. Its small volume improves the blockage caused by red rust, protecting the pipes until the building's lifespan ends. The installation of the pipe protector has eliminated dirt such as limescale and slime, resulting in a 30% reduction in the frequency of drainage pipe cleaning. Furuta mentioned that the amount of red rust discharged during drainage pipe cleaning has also drastically decreased. Additionally, he noted that trust in the NMR Pipe Protector has increased based on the results of the deterioration diagnosis survey of the 40-year-old pipes.

The "Yaesu Exit Hall" in Marunouchi, Chiyoda Ward, Tokyo (built 55 years ago as of 2020) had an NMR pipe protector installed in its air conditioning chilled and hot water piping and cooling water piping five years ago in 2015, when it was 50 years old. We conducted verification to prevent red rust deterioration in the cooling water piping and to extend the life of the piping. Before the installation of the NMR pipe protector, the iron content in the circulating cooling water was 11 mg/l, significantly exceeding the industrial standard of 1 mg/l, confirming the occurrence of red rust. One week after the installation of the NMR pipe protector, the iron content in the same water dropped to less than 0.1 mg/l, significantly reducing it and completely preventing red rust in the piping, while confirming the transformation of red rust to black rust. For the past five years since then, the occurrence of red rust has been completely prevented.

The regional excellent company introduction magazine "Eraberu 2018 Kanto Edition / Excellent Company Information Magazine," published by Tokyo Shoko Research, Inc. (TSR), features our company information. "Eraberu" is an annual information magazine that introduces distinctive local companies (with a total of 13 regional editions). It presents excellent companies from a fair and neutral standpoint through TSR's unique corporate analysis method. Additionally, the magazine includes a special feature titled "CEO Interview," which contains an interview with our representative director and president, Katsuuki Kumano. Under the title "Contributing to Society with Products Beneficial to the Environment and Health," he answers questions about the NMR Pipe Protector, the background of the company's establishment, and future business plans. For more details, please visit the main site of Nihon System Planning Co., Ltd. via the link in the "Related Information" section below.

Whittington Hospital, having been built in the 1860s, was experiencing significant deterioration of its buildings. The hot water piping had not been updated for about 30 to 40 years since the last renovation, and every morning, red water was emerging from the piping in the minor surgery room, management room, and sterile room. If this continued, the risk of clogs and leaks due to corrosion in the water pipes would be high. To address this issue, the NMR Pipe Protector was introduced. The NMR Pipe Protector is a device that prevents the formation of red rust inside the pipes and reduces existing red rust to black rust. The NMR Pipe Protector has been on the market for over 25 years, and as of 2020, the number of installations has surpassed 4,200. It is used in a variety of buildings, both domestically and internationally, including government facilities, public facilities, and commercial buildings, in addition to apartments. In the shortest cases, effects can be confirmed within a month. At Whittington Hospital, where it is being introduced, the effects were immediately proven after installation. So what were the results? Let's take a closer look in the next installment.

◆What is Whittington Hospital, where the NMP Pipe Protector has been introduced? Whittington Hospital is one of the largest medical institutions in the UK, located on Highgate Hill in North London. Whittington Hospital is a historic medical institution that was built in the 1860s by merging three hospitals. Originally established in 1745, it was created for the purpose of housing smallpox patients and administering vaccinations. Near Whittington Hospital, there is a stone statue of a cat. This is known as "Dick Whittington's Cat," and it tells the story of a poor boy named Dick Whittington who once lived. He worked on a trading ship, and his pet cat was instrumental in catching mice. As a result, there were numerous requests to "borrow the cat," and he became very wealthy. By the way, the logo of Whittington Hospital also features a cat. I hope you have gained an understanding of the history and overview of Whittington Hospital. Next time, I will provide a detailed introduction to the circumstances surrounding the introduction of the NMP Pipe Protector.

The Royal Bank of Scotland, as one of the leading financial institutions in the UK, owns numerous buildings and has announced a management policy that emphasizes environmental considerations in their maintenance, achieving the world's first chemical-free maintenance. The 250th branch, located in the northeast area of London, Bishopsgate, features a mix of heavy historical buildings and modern structures, and is also noted as a trendsetting location for fashion and art. The 250th branch has a modern stylish exterior in dark gray, but after 18 years since its construction, it faced issues with red rust in the air conditioning hot water piping. The Royal Bank of Scotland had been using rust inhibitors as a countermeasure against red rust, but these inhibitors were costly and, considering environmental concerns, they installed NMR Pipe Protectors in the hot water piping of the 250th branch in March 2018. At that time, the hot water inside the piping was already brown and murky. This concludes the background on why the Royal Bank of Scotland (RBS), a representative megabank in the UK, decided to introduce NMR Pipe Protectors. Next time, I will talk about the performance of the NMR Pipe Protectors introduced at RBS.

The Royal Bank of Scotland, a representative megabank of the UK, has introduced the NMR Pipe Protector and achieved significant cost reductions. The Royal Bank of Scotland, headquartered in Edinburgh, the capital of Scotland, was established in 1722 by a charter from King George I. In 1985, it founded an automobile insurance company and was the first in the UK to launch a telephone insurance sales system. In 1997, it also became the first in the UK to start internet online services. Throughout its long history, it has acquired and merged with over 200 banks while being a pioneering bank that has led the times with innovative ideas. In 2000, it successfully acquired NatWest, one of the four major banks in the UK, becoming a representative bank of the UK in both name and reality. The Royal Bank of Scotland announced in late 2020 that it would change its name to "NatWest," marking the beginning of a new chapter in its history. This concludes our introduction to the Royal Bank of Scotland (RBS), a representative megabank of the UK. In the next installment, we will discuss the pipe rust issue that the Royal Bank of Scotland (RBS) faced and the background behind the introduction of the NMR Pipe Protector.

Our company will be exhibiting at the water treatment industry exhibition "AquaSarm Moscow" in Moscow, Russia! We, Japan System Planning Co., Ltd., will be exhibiting at the exhibition "AquaSarm Moscow," which will be held in Moscow, Russia, from February 11 (Tuesday) to February 14 (Friday), 2020. This exhibition focuses on water-related products, technologies related to water supply and drainage, heating and air conditioning, and sanitary products. Last year, in February 2019, it was one of the largest exhibitions in Russia, with 770 companies from 30 countries participating and approximately 30,000 visitors. At our booth, we will showcase the "NMR Pipe Protector - NMRPT -," a device for preventing red rust in pipes. For more details, please visit our official website. https://www.jspkk.co.jp/jp/media/event/202002_aquatherm/index.html

Our company, Japan System Planning Co., Ltd., will be exhibiting at the world's largest exhibition on "corrosion," "Corrosion 2020," held in Houston, Texas, USA from March 16 (Monday) to March 19 (Thursday), 2020. This exhibition is the largest conference and exhibition in the world focused on the theme of "corrosion," attracting over 6,000 participants from more than 70 countries. At our booth, we will showcase the "NMR Pipe Protector - NMRPT," a device for preventing red rust in pipes. For more details, please visit: https://www.jspkk.co.jp/jp/media/event/202003_corrosion/index.html

This time, our company’s representative director, Katsuuki Kumano, will appear on the Chiba Television (Chiba Tere) program "Daisuke Motoki Selects! Business Hidden Gem Companies 2017" as a prominent company looking towards the world. The theme for Kumano's appearance will be "Prominent Companies with a Global Perspective." Scheduled broadcast date: July 1, 2017 (Saturday) from 12:30 PM to 1:00 PM. Starting in April of this year, this new program features former professional baseball player Daisuke Motoki from the Yomiuri Giants, who invites executives from various companies each week to discuss topics such as corporate branding and business characteristics. This program will specially introduce "hidden gem companies" that are expected to grow significantly in the future and contribute to the Japanese economy. Official program website: http://motoki-select2017.com/ Chiba Tere official: http://www.chiba-tv.com/ Viewing method: You can watch it through a cable television provider that carries Chiba Tere. Chiba Tere is usually set to channel "3" within Chiba Prefecture, but in areas outside Chiba, it may be set to a different regional broadcasting station. For details, please contact your local cable television provider.

We would like to inform you that an interview article featuring our President and CEO, Katsuyuki Kumano, as well as our product "NMR Pipe Protector," has been published in the June 2017 issue of the small and medium-sized enterprise management magazine "BigLife21." This magazine supports entrepreneurs and leaders who are dedicated to manufacturing and regional revitalization in small and medium-sized enterprises. Earlier, a feature article about our business was included in the January issue, and in the March issue, there was a feature article on our social contribution activities, specifically regarding the protection and donation of historical Buddha statues through the Japan-Myanmar Friendship Exchange Association. This time, our President and CEO, Katsuyuki Kumano, has been highlighted as an entrepreneur and business leader, gracing the cover and the opening pages of the magazine. Publication locations: Cover, pages 4-7 BigLife21 official website: http://biglife21.com/

We will exhibit the "NMR Pipe Protector," a pipe anti-corrosion device, at INNOPROM 2017, the largest comprehensive industrial exhibition in Russia, held in Yekaterinburg from July 10 to 13. In Russia, due to the cold climate, regional heating facilities are aging, leading to issues such as red water and leaks becoming social problems. This affects not only buildings but the entire region, making pipe replacement extremely difficult due to the enormous costs involved. The heating and hot water pipes laid throughout the region are made of steel, and addressing the issues of red rust, red water, and leaks originating from steel pipes is urgent. In this context, the "NMR Pipe Protector," which can stop rust formation inside pipes at a cost of 1/5 to 1/20 of pipe replacement, and prevent red rust and resolve red water issues in water supply pipes and air conditioning hot and cold water pipes, has garnered significant interest from many in Russia. This exhibition is expected to attract considerable attention from the Russian government, making it highly anticipated not only for measures against the deterioration of heating pipes but also for the introduction of various administrative facilities.