Asheville marks the Groundbreaking of a new Mission Health facility worth $62 million

On November 24th, 2021, a groundbreaking ceremony was held for Mission Health’s behavioral healthcare facility in Asheville. Located at Sweeten Creek Mental Health and Wellness Center, the opening is expected in early 2023.

The $62 million facilities will offer a therapy gym, music therapy, art therapy, and other programs. On the 26-acre property, there will also be gardens and outdoor recreation areas.

Geriatric, adolescent, and pediatric patients will be served at the center. In response to growing community needs, 38 additional beds have been added in the recent expansion. There will be 120 beds in a state-of-the-art facility located off Sweeten Creek Road, near Interstate 40. This facility provides advanced therapies, technologies, and evidence-based practices to improve the health and well-being of the community.

Key Comments on the Groundbreaking Ceremony

Mission Health Behavioral Health Services COO Melina Arrow-wood said in groundbreaking ceremony that the new facility will expand our ability to care for our patients and provide additional services to our region.

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Published By
Arka Roy
www.constructioncost.co

The Geo-Grid System for Reinforcing Retaining Walls & its Construction Process

Geo-grid fixes the Moxibustion walls of the stone. In case of differences in the blocks, a retaining wall will use. In lieu of cooling teams, a geo-grid fills the landfill for installation.

Benz must install the geo-grid blocks and reinforcement joints to install the other end. In order not to damage the walls, the distance between the blocks should be between 30 cm and 50 cm. As a result, the Benz should be cut. Most highway projects and real estate investment projects use retaining walls instead of concrete walls.

Define Geo-grid

A geo-grid is a flexible, synthetic mesh that designs specifically to stabilize slopes and retain soil. Geo-grids come in a variety of sizes, materials, and strengths. Typically, they come in rolls and are woven with polyester yarns or tensile strength plastics.

Function of Geo-grid

The Sandcastle Test involves placing cylinders of soil under vertical force. The soil first appears compressed into a cylinder. Similar to the first material, this second material contains mesh screens that simulate geo-grid reinforcements.

Define AB Grid & its use in Geo-grid

Calculate the size of the AB Grid and the number of layers you need for your retaining wall using the Soil Reinforcement. It is easy to roll out AB Grid along a wall and install it easily. Moreover, AB Grid is sturdy and strong in both directions. It is available in 3 feet and 4 feet rolls and is 50 feet long. It is better suitable for residential retaining walls under 6 feet tall.

Geo-grids that are cut to the design length are stronger when they are rolled in the roll direction. Such geo-grids are most effective for retaining walls at least six feet high.

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Arka Roy
www.constructioncost.co

#Groundbreaking in Wythe County for Blue Star AGI & NBR’s billion-dollar project

Governor Ralph Northam highlighted the economic boom the project will bring to the region during the groundbreaking ceremony on Monday afternoon, 22nd November 2021. Wythe County is getting thousands of new jobs thanks to a billion-dollar project.

The announcement was made by Blue Star in October 2021. As the world’s first vertically integrated glove manufacturing facility, the Wythe County Nitrile Glove Manufacturing Campus will locate in Wythe County, Virginia, USA. Blue Star AGI and NBR will produce and ship millions of medical gloves across the country.

Even if the project takes a few years to complete, Wythe County will have new opportunities. It will increase the state’s PPE & create nearly 3,000 new jobs in the county once construction is up & running. Leaders in Southwest Virginia believe that a variety of positions in engineering, production, and more will create as a result of this project. They hope to be able to produce over 60 billion gloves annually once the facility is complete.

Key Comments on the Ground Breaking Ceremony

Marc Jason, Blue Star-AGI’s Co-Chief Executive Officer, mentions, to be here today is a real dream come true. He has always dreamed of making products in this beautiful country where he has lived all his life.

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Published By
Arka Roy
www.constructioncost.co

7 Building Construction Methods of the Modern Era

There have been numerous modern advancements in construction techniques and products that have revolutionized construction as we know it. The transformation in this sector is incredible and will lead to even more progress in the future. You can explore some of them right here.

Types of Construction Methods

1. 3D Volumetric Construction

In 3D volumetric construction or modular construction, units produce in controlled factory environments before being transported to the job site. Modules arrive at the site in a variety of shapes and sizes, ranging from a basic structure up to a fully finished, wired and serviced building.

The casting of modules is a way to create units that require a high degree of repetition and rapid assembly on-site by taking advantage of factory conditions. Its inherent advantages include thermal mass, sound absorption, and fire resistance, in addition to offering factory quality and accuracy and quick construction on-site.

2. Tunnel Form Construction

Tunnel formwork systems allow contractors to build monolithic walls and slabs in one operation each day. Concrete and formwork made in a factory or off-site are fast, reliable, and accurate, while cast-in-situ construction offers flexibility and economics.

Construction projects involving repeating cells, such as hotels, apartment blocks, and student housing, benefit from this fast-track method. Additionally, it uses the inherent benefits of concrete, such as fire and sound resistance, to provide economy, speed, quality, and accuracy. When concrete is striking, the formwork sections of the tunnel must swing out by a crane from side to side of the building. That makes it unsuitable for tight spaces.

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Arka Roy
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The Ground-breaking expansion by Ahlstrom-Munksjö in Madisonville, Kentucky, will result in 50 new jobs

Madisonville, Kentucky, welcomed Ahlstrom-Munksjö’s new Glass Fiber Tissue line at its dedication ceremony. It will also create 50 new high-paying jobs and cost $66 million.

Kentucky Governor Andy Beshear announced Ahlstrom-Munksjö’s Madisonville facility in May. The job positions at the Glass Fiber Tissue expansion line will pay about $30 per hour with benefits.

This line will produce glass fiber tissue nonwovens primarily for luxury vinyl tiles and vinyl sheets for the flooring industry. In addition to industrial filtration and energy storage, the facility will give the company the platform to expand into other applications beyond glass fiber tissue.

Construction will begin this winter, and completion will be by September 2023.

Key Comments on the Groundbreaking Ceremony

Madisonville City Mayor Kevin Cotton and Hopkins County Judge-Executive Jack Whitfield were both presents for the groundbreaking.

Michael Hady, Ahlstrom-Munksjö plant manager, explained that they get to build this site from the ground up. In Madisonville, Kentucky, they are creating a brand new platform of products.

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Arka Roy
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The Difference Between Strip Footings and Pad Footings

You should start with strip footings and pad footings since they are the most common choices. There is a major difference between pad and strip footings, but strip footings may use in certain circumstances in place of pads and single-load footings.

A structural engineer can help you determine which foundations you can use to support a wall structure. One incorrect decision could lead to disastrous results.

Pad Footings

These foundations consist of Pads. When the soil and ground are appropriate, pad footings can go much deeper. While they serve the same purpose as strip footings, they stand out instantly from them. Pad footings are different structurally from strips in that they do not consist of strips. Wind and uplift are usually their biggest downfalls.

Workflow of Pad Footings

Concrete beams are made of rectangular, square, or circular shapes that support single-point loads, including structural columns, frames, and beams. A single-point load intends to sustain concentrated loads, so the support method differs from the counterpart strip footing.

In most cases, pad footings will have a constant thickness regardless of whether the upper surface is sloping. Ensure the thickness of the ground layers is sufficient for bearing the loads and supporting the shape of the plan.

Uses

Pad footings are also a good choice for ground beam support. In most cases, except those with the smallest volumes, the pads can be reinforced to reduce excavation needs.

Pad footings are suitable for a variety of layouts because of their formation. Some projects may require continuous or balanced pads, while others may require well-separated pads.

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Arka Roy
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Types of Roofing: Which One is the Best for Your Climate?

It’s more important than you think to choose the right roofing material for your home. You need to protect your house from natural disasters based on the climate where you live. Your roof can become damaged by snow and ice if you live in a cold climate.

The roof of your home should not absorb all the heat and transfer it inside if it is in a hot climate. Various roofing materials are beneficial for various environments due to these reasons and others. The right choice means no roof damage or unexpected maintenance.

Types of Roofing

Asphalt Shingles

Many nations across the developed world use asphalt shingles as their most popular roof option due to their many advantages. Proper care and maintenance will allow them to last for 25 years or more. The grade ranges from thin to thick to strong.

It’s best to choose heavy-duty varieties in areas with high winds and frequent storms. As long as algaecides are applied, they can withstand high humidity levels. Additionally, they can draw heat into the room, making them great for cooler areas.

Wood Shingles & Shakes

If you live in a colder area, wood shingles and shakes may recommend. Some sources claim that these materials can provide two times more insulation than asphalt shingles. Additionally, their weight and thickness make them resistant to wind, rain, and hail. For areas with high humidity, wood roofs aren’t a good option because of the constant exposure to moisture that can cause them to mold and split.

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Arka Roy
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MWH Groundbreaking on new Health Facility in the U.K

A UAB Health System affiliate, Medical West Hospital (MWH) Authority, broke ground for its replacement facility on Wednesday, November 17. At 4501 Bell Hill Road, a new hospital with 200 beds and a five-story medical office building of 127,000 square feet with 412,000 square feet will open in 2024. The new facility will include a new surgical and endoscopy suite, advanced imaging technology, and additional intensive care beds.

A 46-acre development site off I-459 in McCalla was selected by Cushman & Wakefield and EGS Commercial Real Estate of Birmingham in 2017. The USDA invested $400 million in the project. Several organizations are helping with the financial efforts, including Concourse, Raymond James, Thornton Farrish, PNC Bank, GNC, and Maynard, Cooper & Gale. Wednesday, November 17, 2021, was the official groundbreaking day.

CBRE will manage the project for the replacement of the Medical West facility. The general contractor is Brasfield & Gorrie. The architects are HKS and KPS, and the site engineers are CCI, Bhate Geosciences, and Building & Earth.

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The Uses & Grades of Concrete in Construction

Concrete grades according to its strength and composition, as well as the 30-day minimum strength. Mpa is the unit of measure for the grade in concrete, with M denoting mix weight and Mpa denoting overall strength. Different kinds of mixes (M), which consist of cement, sand, and fine aggregate, differ in the proportions of their ingredients. The ratios for M20, for example, are 1:1:3:5.

Types of Concrete Grades & its Proper Usage

Concrete mixes are numbered according to the compressive strength after 28 days, with the first number being 10. An example of a C10 is that it can support 10 tons of weight, while an example of a C15 is that it can support 15 tons of weight and an example of a C20 is that it can support 20 tons of weight.

In the concrete world, wet lean mix concrete classifies below C10 grade. Even though concrete is weaker than many other building materials, it continues to use for a large range of construction projects, both domestic and commercial. Curbs and domestic foundations commonly pave with it.

C10

Patios and sidewalks are constructed of concrete slabs. They are used for commercial as well as residential construction.

C15

Typically, it is used for kerb and blinding, and both domestic and commercial use is found for this type of concrete.

C20

Floors and foundations used for domestic applications where structure weight can be reduced. It’s used as a workshop base, garage floor, driveway and internally as a floor slab.

C25

The material is used for all types of construction. A versatile concrete mix widely used in both residential and commercial construction.

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Arka Roy
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#Groundbreaking of $1.3 billion Irvine’s new hospital & medical complex by UCI Health in #California

A new medical complex at the north end of the Irvine campus was officially opened by UCI Health and the University of California, Irvine, on Wednesday, 16th November 2021. In addition to the $1.3 billion complexes approved in January 2021, there will be 144 beds, an emergency room, an outpatient center, a hospital for children, and an ambulatory care center.

Oncology, neurology, neurosurgery, orthopedics, and spine surgery are among the clinical services offered at the hospital. Besides participating in the largest clinical trials portfolio in Orange County, the medical center will also offer early-stage trials in cancer, neurosciences, stem cell-derived treatments, internal medicine, and more.

It will become the only academic health system in Orange County when it is connected to UCI Health’s primary care network.

Key Features of 1.3Billion Health Project

Orange County’s only National Cancer Institute-designated comprehensive cancer center will house the new 225,000-square-foot Chao Family Comprehensive Cancer Center and Ambulatory Care building.

Orange County’s only adult hematopoietic stem cell or bone marrow transplant program will locate there. The program has treated 40 patients at the existing UCI Medical Center in the City of Orange.

Located in UCI’s Health Center for Advanced Care, the 168,000-square-foot complex will provide adult primary and specialty care, laboratory and radiology services, imaging services, and urgent care. A single outpatient facility will address the medical needs of children and adults in one place.

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Arka Roy
www.constructioncost.co