How Contemporary Architecture has Transformed Commercial Real Estate

The aim of building something is usually to increase value- for the owner of the building as well as the surrounding community. To achieve this, commercial builds usually focus on timelessness as well as practicality. 

Commercial or public buildings maintain their value for a longer period of time than a residential building. However, architects and builders still need to focus on current trends and needs in order to increase long-term value.

Architecture has to have not just an aesthetic appeal, but it needs to evolve with environmental practices- the use of sustainable and durable materials has become more popular over time. Let’s take a look at how design trends in architecture have changed over time.

Sustainable Materials

We all know fossil fuels are a finite resource and, thankfully, it’s becoming increasingly common to behave as if this is true. This means upcycling materials or finding more sustainable construction materials for commercial real estate. 

Bamboo

Since bamboo is a grass, it grows much faster than a tree. This is why it’s a good choice for sustainable building. It can be crafted into a hardwood that resembles traditional wood flooring, but without the long growth time needed for a tree.

Cork

For environmentally-friendly flooring, cork is a great choice. Instead of flattening a forest to harvest this material, cork is made from just the bark of a tree. It can be removed without cutting down a tree, so the tree can grow new bark and the cycle can begin again.

Ferrock

Ferrock is an eco-friendly option for cement. It is stronger than cement and is made from iron-rich silica and waste steel dust. Instead of disposing of the steel dust, it’s combined with iron-rich silica to create an alternative to concrete.

Cement, Ferrock, and CO2

The Portland Cement plant produces a million tons of cement annually. While producing all that material, the plant emits 800,000 tons of CO2. Ferrock, in contrast, absorbs CO2 as it hardens. The CO2 strengthens the ferrock. 

Glass

Glass is 100% recyclable, making it an incredibly environmentally-friendly building material. Additionally, it can completely change the look of a building, helping it follow or set design trends through the decades. 

Insulated concrete forms

Made with concrete, polystyrene, and plastic web, insulated forms increase building strength, efficiency, and sound insulation. The use of cement forms dates back to WWII, but instead of using wood, we now have more sustainable options with better benefits.

Reclaimed wood

There’s been a movement toward using reclaimed wood in buildings. It can offer a rustic vibe without the work of ageing new materials. Reclaimed wood can be used for flooring, accent walls, and so much more. Giving new life to something is a popular trend in building that isn’t going out of style just yet.

Virgin Hotel Las Vegas may not have used real reclaimed wood on its exterior, but the wood facade gives a retro, mod look to a sophisticated property that offers all the amenities one could need or want. Wood juxtaposed with other finishes, such as metal, acrylic, and greenery can achieve just the right vibe you want for your commercial space.

Recycled steel

Glass isn’t the only building material being recycled in commercial development. Steel from other buildings or old cars can be recycled for future use while still maintaining its desirable qualities. Steel is used in myriad ways (structural beams, roofing, tiles, etc…) because it’s lightweight and moldable. 

Sheep wool

Say goodbye to traditional, itchy insulation and spray foam. Sheep’s wool is an alternative that is biodegradable and less cumbersome to work with. It’s flame and mold resistant and can absorb humidity as well. 

Not only are some of these materials better for the environment, but they require less maintenance over time. It’s cost-efficient and environmentally responsible.

Organic Shapes

The commercial real estate landscape has not only seen an increase in renewable materials but the use of organic shapes as well. Instead of conforming to square angles, four walls, and a roof, builders are opening things up for greater appeal. Organic shapes can increase the amount of natural light in a building, making a better working environment for employees. Structures that seem to blend with the world around them show that beauty doesn’t have to be sacrificed for function.

This inclination is popular in residential building as well; instead of houses that are chopped up and divided into individual rooms, the trend is to open up the living space so everything is connected and increases the appearance of space for any sized home.

Smart Offices

Other contemporary influences on architecture include making things work smarter, not harder. 

Energy Star appliances

If your commercial building includes break rooms with fridges, microwaves, and even dishwashers, invest in energy-saving appliances. You not only get a rebate for installing them, but you’ll save on usage costs over time.

Low-flow toilets

Another way to go green is to install water-saving toilets. A commercial building can have dozens of toilets, so going low-flow can save hundreds of gallons of water every year. 

Green rooftops

Creating a green space on commercial rooftops is a great way to insulate the building naturally. Planting a layer of vegetation on a rooftop can reduce ambient heat up to 5 degrees, improve air quality, and reduce greenhouse gas emissions. The Environmental Protection Agency suggests choosing between two types of green rooftop options: extensive or intensive.

Extensive Green Rooftop

Vegetation grows roots no deeper than four inches. 

Plants are lightweight and hardy.

All vegetation is low-maintenance.

Intensive Green Rooftop

Vegetation grows roots deeper than four inches.

Rooftop garden is comparable to a public park vs a residential yard.

Vegetation/rooftop requires structural support.

Vegetation is high-maintenance.

Regardless of the type of rooftop you choose, it will consist of the following layers:

  • Structural support
  • Vapor barrier
  • Thermal insulation
  • Root barrier
  • Drainage layer
  • Filter membrane
  • Growing medium (soil)
  • Vegetation

Smart thermostat

Combat fights over office temperatures by installing a smart thermostat. You can set it for comfortable temperatures during working hours, and reduce heating and cooling costs by changing the temperature when the building is unoccupied. Programming a thermostat can save money and increase comfort for employees.

Solar panels

Clean, solar energy is a great way to power a commercial structure. Or, it can supplement traditional electrical power. The use of solar panels can reduce electric bills by up to 75%, and the initial investment to purchase and install them has decreased significantly since they were introduced in the 1950s.

Contemporary trends influence everything from the raw materials used to the type of furniture in a space. And like most style trends, what’s old is new again in just a few years.

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The History of Glass in Art and Architecture

Historical records show glass was discovered in 3500 B.C. It featured prominently in Egypt and Assyria. This type of glass was mad-made, differing from naturally formed glass such as obsidian.

Nature’s Glass

If you know anything about the rock cycle, then you’re probably familiar with obsidian. But, did you know it is classified as a naturally occurring glass that forms from lava? When lava cools outside of a volcano, it forms obsidian, a dark black or green glass. It can be cut to have sharp edges, which made it an ideal material for weapons and tools. Due to its composition, obsidian is not a rock, mineral, or crystal.

How Humans Made Ancient Glass

In ancient Mesopotamia, a glass called faience was made using sand quartz and plant ash. Each material would be crushed into fine powders and heated until it became molten. Glassworkers cooled the faience, crushed it, and added pigment before reheating it in a mold at a higher temperature than before. The faience would once again become molten and fill the shape of the mold. After cooling, the mold would be broken away from the glass, leaving the finished product behind.

Use of Ancient Glass

Glass jewelry dates back 3,000 years, with beads being the most popular finished product documented. The Romans and Egyptians used faience glass to produce beads, and eventually the use of glass in jewelry evolved centuries later to include watch coverings.

Glass vessels (vases, glasses, pitchers) were one of the first practical uses of ancient glassblowing. These pieces of art would be painted or etched to showcase designs by the artist. Glassblowing grew in popularity throughout the Middle Ages, and stained glass techniques were introduced.

Glassblowing

Glassblowing is the art of forming molten glass by blowing air through a metal pipe. It dates back to the 1st century. Rotating the pipe, adjusting the amount of air used, and manipulating the molten glass with tools helped produce different shapes when the glass cooled.

Stained Glass

As glass workers hones their skills, they developed windows made of colored glass. Stained glass windows were most commonly used in churches and government buildings, and they often depicted scripture references.

The glass for these windows was traditionally colored using metallic salts, with different pieces being used similarly to a mosaic, coming together to form a bigger picture. The different glass pieces are fused together with lead pieces to create the entirety of the window.

Stained glass windows can also be painted before being fired in a kiln, or a silver nitrate stain could be applied to color the glass before firing. Thanks to the heat of the kiln, these applications can penetrate the glass enough that they are almost 100% permanent.

Modern Glass Making

Glass can also be made from heating sand, soda ash, and limestone. Once this mixture is molten, it can be formed using a blowpipe, molds, and tools. Today, we can even recycle existing glass and use it to make something new. Additives such as iron, boron oxide, and lead can change the appearance and strength of glass, giving it different colors and heat-proofing properties.

The History of Glass in America

While these forms of glass art and their use in structures date back centuries, more modern applications of glass in art and architecture are attributed to the invention of plate glass in the 13th century. Known as broad sheet back then, it was introduced in Sussex, England. Glass production in America wouldn’t occur until settlers reached the east coast in the 1600s, and plate glass wouldn’t be used until the late 1830s for shop windows and public buildings.

Although colonists in the 1600s were capable of producing their own glass, resources were limited and they ended up importing most of the glass they needed from England. It wasn’t until 1739 that a glass company, owned and operated by Caspar Wistar, found success in New Jersey. At this time, glass was still expensive, so few people had glass bottles, art, or tableware. 

Middle-class households in the 1800s had more access to glass products once the pressing method was invented. This process involved the use of molds to form the glass, and it was less costly to produce than hand-cut glass. Streamlining production made glass less time-consuming to create, and the savings were passed on to the colonists.

Throughout the 1800s, glass in America was used to create candlestick holders, lamps, glassware, bottles, and various art. It was also used to make lightbulbs in the late 1800s thanks to Thomas Edison’s findings on electricity. Also during this glass was only used in small sheets for architectural purposes; which is why stained glass windows were comprised of multiple small panels soldered together with lead. Also, since glass lacked strength at this time, diamond-paned windows were common in homes.

Glass in the 1900s

Sheet glass machines were developed in 1902 by Irving W. Colburn, and in 1904 Michael Owens patented a glass bottle maker. Industrial machines made mass production possible and continued to make glass items more affordable for consumers. Also, this glass was stronger and made it possible for windows to feature larger panes of glass.

Glass as a medium for art gained in popularity in the 1900s as well. Yes, glass had been used to make ornate sculptures, intricate jewelry, and other decorative items before, but now it was more accessible to artists. Instead of having to work in factories that produced glass, artists could work with their own small furnaces to heat their materials and form glass.

By the 1960s, cameo glass had another moment in the spotlight. Originating in ancient Rome, artists of the ‘60s began once again incorporating etched layers of glass in their work. Due to widespread interest in studio glass art (versus factory-made, mass-produced glass), universities began offering programs of study related to glass.

As we have put glass to the test over the years, it has gone from a luxury for the rich to something accessible to all. Our homes have glass windows, glass shower enclosures, and even glass as purely decorative elements. Since glass is 100% recyclable, it has become one of the most environmentally friendly building materials.

Famous Buildings Made with Glass

Glass has come a long way since obsidian was hewn into tools and weaponry. Today we have beautiful, iconic buildings around the world that were made with glass.

  • Christ Cathedral/Crystal Cathedral – Garden Grove, California, completed in 1980
  • Louvre Pyramid – 75001 Paris, France, completed in 1988
  • Jardim Botânico de Curitiba (The Botanical Gardenof Curitiba) – Curitiba, Brazil, completed in 1991
  • The Gherkin – 30 St Mary Axe, London, England, completed in 2003
  • Basque Health Department – Bilbao, Spain, completed in 2004
  • The Giant Egg – National Center for Performing Arts, Beijing, China, completed in 2007
  • Aldar Headquarters – Abu Dhabi, United Arab Emirates, completed in 2010
  • Philharmonic Hall – Szczecin, Poland, completed in 2014

The next time you pick up your cell phone, roll down the window in your car, or sit back to watch a show after a long day, be grateful for the advancements made with glass throughout the centuries.

Stem cell efficiency with Decompensated diabetes

Serious health states must be always controlled by experienced specialists which provide the high-level medical assistance. Decompensated diabetes is one of such cases. 

Diabetes is a chronic condition in which the insulin hormone is not produced in the organism or can’t be used and absorbed. Long-term irregularities of such type affect negatively on the whole body cardiovascular system, hormone balance, metabolism, blood circulation, etc.

Vitality Stem cell therapy in Endocrinology is the effective type of treatment for people with Decompensated diabetes problems and complications.

The main indication for Stem cell treatment are: 

  • Diabetes mellitus (type II)
  • Diabetes mellitus complications (type I and II)
  • Carbohydrate tolerance violation

Over time, high blood glucose levels (also known as hyperglycemia) can damage blood vessels and body tissues, which in turn can lead to life-threatening complications and disability.

Vitality provides the effective Stem cell treatment in Endocrinology to overcome the complications and difficulties related with diabetes:

  • Protection from damage of small vessels and peripheral nerves
  • Endothelial cells of blood vessels restoring (damaged by glycosylated hemoglobin)
  •  Injected insulin dose reduction 
  • Diabetic ketoacidosis elimination 
  • Improving the state of insulin-dependent tissue and insulin secretion condition
  • Glucose level in blood normalization 
  •  Insulin therapy efficiency increasing
  • HbA1c reduction (glycated hemoglobin)
  • Metabolism of proteins, fats, carbohydrates normalization 
  • Hormonal and immune status normalization 
  • Microcirculation is all organs improvement
  • Reduction of the risk of diabetes complications

Please, pay your attention, that every organism is unique and different. The process of treatment and its results can vary according to your personal specifications. The professional control of the skilled specialist must be provided during the whole period of Stem cell therapy.

Vitality Medical and Research Center is the medical establishment which is a part of ADONIS Medical Group of Companies renowned for more than 23 years on the market and 14 years of Stem cells research. We provide only qualitative services whose efficiency is confirmed by reviews of numerous patients.

The choice of Vitality is indisputable for the range of advantages:

  • Exceptional quality and safety standards – Vitality staff of biotechnologists is one of the most experienced in Ukraine. Skills and knowledge acquired for more than 20 years of scientific experience work on the well-being of our clients. 
  • Personalized medicine standards – we develop each Program for each patient individually including the most effective dose and variety of Stem cells. 
  • Accreditation and safety – Vitality is accredited by the National Ministry of Health and has all the necessary licenses and permissions from the Ukrainian Government.
  • Comfort and awareness – personal coordination, informational support, accommodation and translation help, all services 24/7.

Vitality Stem cell therapy for Decompensated diabetes mellitus is your right way to a healthy future. Great results, more energy and activity in your new life after Stem cell therapy!

Before using the Stem cell therapy Procedure, be sure to consult with your personal doctor to exclude individual contraindications and specificities.

Beneficial Surrogacy treatment

Infertility is a common problem nowadays which makes the lives of the people really black and white-colored. Thanks to the latest technological treatment in the sphere of reproductology, we have the opportunity to help families with infertility to gain parental happiness with healthy born children. 

ADONIS Fertility International provides the widest variety of options for couples with fertility problems. Worldwide – in Georgia or USA, Surrogacy treatment is one of the leading and the most demanded one.

We have numerous well-developed Surrogacy Programs which ensure the greatest results: 

  • Surrogacy + ED Guaranteed Program 
  • Surrogacy (“fresh” embryo transfer)
  • Surrogacy (thawed embryos transfer)
  • Surrogacy + Sperm Donation (“fresh” embryo)
  • Surrogacy + Sperm Donation (thawed embryo)
  • Surrogacy + Egg Donation (“fresh” embryo transfer)
  • Surrogacy + Egg Donation (thawed embryos)
  • Surrogacy (FET, embryos from another clinic)
  • Surrogacy (thawed, oocytes – another clinic)

The tiniest details are considered to maintain the world level quality of services and medical assistance. Every Surrogacy Program is developed in cooperation with ADONIS professionals with a huge experience. For your comfort and well-being, we do our best for patients’ safety, confidence and happy families.

Qualitative support on every step of the treatment and attention to details – ADONIS is the prime example of the high level medical assistance. 

Here are more important aspects to choose ADONIS Surrogacy Programs:

  • Embryo cryopreservation and storage  

ADONIS ‘own cryobank is the perfect opportunity for our clients to repeat the IVF procedure after a certain period of time. You can make the best investment for the future when using ADONIS cryobank for storing your precious biomaterials – a fully equipped laboratory maintains a certain temperature and surrounding condition to ensure preservation with the highest quality.

  • Donor selection 

ADONIS ‘own Donor base is the selection of totally diagnosed, healthy and approved candidates for Infertility Program. All possible biomaterial and donors – Surrogate mothers, Sperm and Egg donors, Cord blood donors and Stem cells – you can choose the variant which ideally fits you. The safety is ensured by ADONIS.

  • Full cycle examination 

ADONIS ‘own laboratory with quality equipment provides the highest level of health examination for future parents, Surrogate mothers and Donors to take away all doubts and enjoy the process. 

  • Prenatal care Program 

The best care for your gestational carrier and your future baby from the very beginning of life, ADONIS obstetrician-gynecologists with experience more than 12 years provide the high level treatment even in case of emergency (an extra payment can be used, it depends on the individual case). Delivery in ADONIS ‘own Maternity Hospitals can be part of the program too, with total support and care. 

The special individual consultations with ADONIS professionals will help you to make the right choice towards worldwide class medical treatment. Because ADONIS cares about your successful results and healthy procreation. 

From the range of clinics (Surrogacy agency in Georgia or Canada), ADONIS International Surrogacy Programs are available for everyone for the most affordable prices without loss of the quality (especially in comparison with Georgia Surrogacy cost, for example). Try to experience it for yourself and be ready to change your life forever. 

Total support. Full assistance. The best medical treatment. ADONIS.