The “village” is like a symphony of colors under the sunlight in a peaceful setting. In 1979, after receiving a postcard from his daughter with a picture of a glass castle – an attraction on Vancouver Island in the province of British Columbia (Canada), Edouard T.Arsenault was inspired to build the park. Present your own glass bottles. In the summer of that year, he began collecting bottles from the surrounding area, mainly from local restaurants, friends, relatives and neighbors. He then spent the winter in his basement cleaning bottles, removing labels, and brooding about the project. In the spring of 1980, at the age of 66, he began work on the project on the grounds of his house on Prince Edward Island. More than 12,000 recycled glass bottles are cleverly linked together to form a 6-gable house measuring 4x6m. The house opened to visitors in 1981. Impressed with the unique architecture, visitors urged Mr. Arsenault to build more buildings out of glass bottles. By 1983, he had completed a tavern made of 8,000 glass bottles and a prayer hall made of 10,000 glass bottles. The “village” made up of about 30,000 recycled glass bottles of various colors and sizes and surrounded by beautiful flower gardens has become a paradise for photographers, nature and soul lovers. with recycling projects. After Mr. Arsenault’s death, this wonderful work continued to be maintained by his family. Some pictures of the unique “village” made from glass bottles by Mr. Edouard T.Arsenault: Inspired by his daughter’s postcard, Edouard T.Arsenault built his own glass bottle architecture. All bottles must be cleaned and labels removed before construction work can begin. About 30,000 recycled glass bottles were used. In 1983, Arsenault completed his own pub. The “village” made of thousands of recycled glass bottles has become a tourist attraction.

Factory DAC. After 2050, we still have to double our efficiency. Currently, the fastest and most powerful solution is CO2 extraction by DAC method. For one thing, it takes 30,000 large-capacity DAC (Direct Air Capture) plants, estimated to cost $ 15,000 billion. Direct CO2 filter Since the Paris Agreement was signed in 2015, the world has made many efforts to reduce CO2. The most popular solution is afforestation, but this way of “green” still has many potential risks. First, afforestation takes space and time. It requires a large investment, likely to push food prices five times higher. Second, even when the Earth is completely green, forests will only absorb 30% of the annual emissions that need to be treated. Third, the plant itself is the “receptor for CO2”. If not handled properly upon death, they will turn out to be harmful to humans. “Humanity needs a faster, more drastic solution”, Steve Oldham (USA) affirmed. He introduced the initiative of Carbon Engineering Company: DAC Factory, removed CO2 by the method of direct air capture (DAC). The DAC method was invented in 1999. It operates on the principle of absorbing air, leading to an alkaline environment, isolating and compressing to preserve CO2. The experimental DAC plant was built in Squamish, British Columbia, Canada. It is installed with a series of giant fan tubes on the roof, sucking in ambient air. Currently, CO2 makes up about 0.04% of the air. Carbon Engineering fan duct connected to a filtration system consists of 3 chambers. The first chamber contains alkali potassium hydroxide (KOH) solution. When the air passes through, the KOH reacts with CO2, forming potassium bicarbonate (KHCO3). The KHCO3 formed is led to a second chamber containing calcium hydroxide (Ca (OH) ₂). It reacts, forming limestone and being expelled into the third chamber. In the third chamber, the heated limestone decomposes, creating pure CO2. The DAC recycles the catalyst residue, forming a closed and repeating loop. It captures CO2 without releasing waste. “We are miserable with climate change and the cause of it is excess CO2” – Oldham said – “But with the DAC plant, you can purify this emissions anywhere and anywhere. when”. Cost “huge” CO2 can be commercialized by selling it to agriculture. The world is emitting about 36 billion tons of CO2 / year. “To avoid the risk of global warming, we need to successfully remove 10 billion tons of CO2 / year”, ecologist Jane Zelikova (Ukraine) said. To remove 10 billion tons of CO2 / year, a widespread DAC system is needed, with a total of 30,000 factories. Each year, these three thousand plants require 4 million tons of KOH. They also need a huge amount of energy to operate, estimated to account for up to one-sixth of total global energy. The cost of building a DAC factory is 500 million USD. With 30,000 factories, mankind has to spend 15,000 billion USD. “We need to filter 800 billion tons of CO2 out of the atmosphere,” Oldham said. Recently, many philanthropists and large corporations have expressed their support for DAC. Billionaire and philanthropist Elon Musk (South African American) pledges $ 100 million to develop CO2 capture technology by this method. Microsoft, United Airlines, ExxonMobil … also enthusiastically invested billions of dollars. Until now, estimates of the cost of capturing CO2 in the air have been very expensive. It ranges from 100 to 1,000 USD / ton. Oldham believes that the DAC industry will help lower it to only 94 USD / ton. Big bet Mankind sees CO2 as an enemy, wanting to be wiped out from the atmosphere. Did you know that in the business sector, compressed CO2 is still a valuable commodity? In Switzerland, Climeworks (a CO2 capture center) is compressing CO2 with an efficiency of 900 tons / year. They sell it to greenhouses that increase crop yields. Unfortunately, the most potential customer of compressed CO2 is the fossil fuel industry – the most terrible CO2 emission sector. Petroleum is a finite source of energy, but can be renewable by adding CO2. Occidental Petroleum Company in Texas signed a contract with Carbon Engineering to build a large-scale DAC plant. They aim to filter and utilize 50 million tons of CO2 / year, used for the purpose of increasing oil regeneration. Naturally, this amount of CO2 will be re-emitted in the new oil. It makes efforts to remove CO2 “evenly”. “We must admit, DAC is an expensive solution”, businessman and writer Chris Goodall (UK) said. The problem is that humanity urgently needs to deal with its excess CO2. If we are late, we could pay a heavy price. Losses caused by natural disasters from climate change are extremely severe. It is even able to exceed the amount of money spent operating DACs by many times. The more you hesitate and delay, the more CO2 increase cannot be controlled. The role of DAC is to control emissions. For tomorrow, mankind may have to accept today’s costly. In the event of failure to do business, Iceland proposes mineralization. They succeeded by mixing CO2 into water, pumping down basalt layers in the ground 500 – 600m deep. After about 2 years, CO2 self-changes into calcite (limestone). Waiting time for mineralization, CO2 mixed in water. CO2 containing water is heavier than normal, sinks deeply, so it does not affect the quality of floating water. In other words, the mineralization of CO2 ensures ecological safety.

Farm RussLynn Blueberries They have grown blueberries on their small farms since 1986 with an initial area of ​​just 10 acres. They worked hard and achieved success by having a group of loyal customers who return every year to pick blueberries on the farm. Farm RussLynn Blueberries. All of their fruit is Bluecrop, one of the sweetest and tastiest blueberry varieties in Canada. Unlike large commercial enterprises, RussLynn Blueberries decided to ignore the crop of early harvestable varieties such as Duke and Reka to focus on Bluecorp with higher quality and great taste. Blueberries are hand-harvested by the farm to avoid crushing caused by picking with automatic fruit pickers. Didar Berry Farm is located in Delta BC which was established in 2005 on the rich farmland of Burns Bog. Burns Bog’s Unique Ecological Wonders provides a soil rich in minerals and nutrients needed for the growth of delicious blueberries during the summer months. Didar Farm is owned and operated by a household by taking advantage of the fertile soil to ensure high quality and rich blueberries. In 1997, Parm and Satwinder founded it Westberry farm to diversify the vision and export the fruit to the world. Soon after, they included the packaged fruit in their product portfolio. The farm started production with a slow, labor-intensive process, even having to cover fruit trays with plastic bags by hand; has now evolved into a globally recognized standardization process. Their love of the land enabled them to foster a sustainable farm with a combination of disease management and crop protection. Farm Klaassen. Final, Klaassen farm 80 acres owned and dedicated by the household to grow delicious-tasting blueberries at an affordable price. Their goal is to grow and produce quality, natural blueberries by focusing on sustainable farming. The farm uses all natural and non-toxic products to provide its customers with nutritious, year-round fresh and frozen blueberries. By using a non-toxic spray and spraying only when absolutely necessary, the Klaassen farm blueberries are so safe that they can be eaten right away from the garden. All Klaassen blueberries are GAP (Good Agricultural Practices) certified.

Why is there a single storey tree house, if you can have three? This is said to be the tallest tree house in British Columbia, Canada. You can find it somewhere near Revelstoke.

2. Mirror House (Sweden)

Almost invisible and perfect for hiding, the mirror house is part of the Tree Hotel project in Northern Sweden. The mirror has a special box square structure. The 4 walls of the house are made of 4 large glass arrays that are impact resistant and anti-rough. The supports for the house are solid trunks.

3. Bird’s Nest Tree House (Sweden)

This tree house was built by the creators of the “Tree Hotel” project. Although it looked like a large bird’s nest from the outside, the house had a modern and high standard room built inside.

4. Tree house in Muskoka (Ontario, Canada)

Designed by Lukasz Kos, the 4Treehouse is built around 4 trees on Lake Muskoka in Ontario, Canada. The house floats in the air like a Japanese lantern.

5. The Minister’s Treehouse (Crossville, Tennessee, USA)

This monumental 30.48 meter structure is said to be the tallest tree house in the world and was built entirely by Horace Burgess in reclaimed wood in Crossville, Tennessee.

6. Yellow Treehouse restaurant

This restaurant in Auckland, New Zealand offers a great dining experience. The restaurant seems to be surrounded by trees and can accommodate up to 18 guests at a time.

7. Tree House Free Spirit Sphere (Canada)

Built with vision and engineering, these tree houses have the appearance of a round ball. This entire house is kept by a very complex system of ropes, along with a winding path around the tree trunk.

8. Treehouse by Takashi Kobayashi (Japan)

Takashi Kobayashi designed this tree house to “break the sense of separation that exists between man and nature.” The house is designed in a closed form with vertical walls attached to each other in a shape. Sunday box The two outside parts on the outside of the front of the house are fitted with a layer of transparent glass, and underneath the floor there is a rather large hollow opening to absorb air.The entrance is attached to a staircase. with safety cover, divided into two compartments.

9. Tree House (Ghent, Belgium)

This Belgian sculpture tree house was made for the TRACK: A Contemporary City Conversion art festival, and is a miniature version of the houses behind it.

10. Finca Bellavista tree house environmentally friendly (Costa Rica)

This treehouse is part of the sustainable and eco-friendly Finca Bellavista treehouse community in Costa Rica. All houses are connected by suspension bridges!