Digging a land is not only a tedious task but also a work that requires more intelligence and meticulousness. Mostly referred as earthworks, digging a land is a major element in industries like construction, transportation, etc. If you are looking for a reliable earthwork services, then you log on to https://www.rmewa.com.au/. This is one of the companies known for offering a highly professional and reliable earthwork services to the construction industry. To learn latest news and data on the construction industry, you may check at www.constructiondive.com.
There are plenty of heavy-duty equipment machines and equipment involved in digging a land such as trucks, bobcat, excavator, skid steer loaders etc. A company may utilize one or more machines depending on the job requirement. If you are running a construction business, then you will need the service of earthworks company. Of late, there is an increase in a number of earthwork companies owing to the increased demand in construction projects. There are many things to check when choosing an earthwork company.
The first thing to check is the experience. Experience matters a lot, when it comes to any jobs related to construction works. As said earlier, digging a land is not a cake walk. Apart from the complexities, there also lies considerable level of risks to the lives. An experienced company can deal the job with great level of ease, while minimizing the possible. An experienced company can complete the work with no fuss.
You can also get the equipment from other companies that specialize in offering the equipment hire. Such companies may also offer operators for the machines if you require. There are many things to check when you are procuring the machines through hire. Ensure that the machines you receive are in good condition and well maintained. The provider should be given assurance that the machines are properly maintained for efficiency and safety.
Whether you are going to work in commercial construction or residential construction, you will surely need equipment and machines for excavation and digging. By using the best machines and operators, your construction project could be completed quickly with minimal risks. There are lots of planning required for successful completion of earthworks. First, the land where the digging should happen should be analyzed. Analyzing helps to decide the type of machines to be used. For example, blasting process is done for the hard rock surface, while the excavation is done on soil land.
Excavator is one of the main equipment for earthworks. The basic type of excavator is backhoe, which is found at most construction sites. You need to choose an excavator depending on the needs of the project. The suction excavator is used for removing the stones, gravels, rocks and other unwanted materials in the ground. The suction vacuum that utilizes modern technology can remove the unwanted materials smoothly without any risk.
You can find the machine and equipment provider for your entire earthwork project on the Internet. There are good number resources on the Internet, where you can obtain information about the equipment provider and hire. The reputable provider may charge higher, but they offer a great guarantee.


What is Permeable Concrete?
Permeable concrete is becoming an ever-popular surface in landscape plans for driveway construction. Permeable concrete is otherwise known as pervious concrete or porous concrete and is used as a quality base concrete that will ultimately determine the paving strength for driveway construction.
How is permeable concrete different from other concrete?
Permeable concrete is different from other concrete in that it is a quality concrete mix with exceptional high porosity. The high-strength permeable concrete base is layered first and then reinforced with permeable paving, resulting in a hardwearing, durable and beautiful surface for your driveway. The resulting concrete is highly robust and designed to last for decades. The permeable paving over the permeable concrete base provides a smooth, solid and grippy finish that can stand up to constant vehicle traffic without damaging your driveway. Permeable concrete for driveway construction will usually result in variations in the consistency of colours and textures due to the raw ingredients used. Using a unique colour sealer and border to frame the paving enhances the driveway’s appearance.
When can permeable concrete be used?
Permeable concrete is a quality product used for driveway construction. It is used for concrete flatwork applications to allow water from precipitation and other sources to pass directly through to reduce the runoff from a site. Permeable concrete is a solid and durable material for all types of driveway construction. Permeable concrete gets used for small to large commercial areas, and permeable paving can be installed over the concrete base. Using permeable concrete is a sustainable option for driveway construction as it is an effective low-impact development technique.
How long does Permeable concrete last?
Permeable concrete driveways offer a durable driveway solution with minimal maintenance and incredible longevity. The strength and stability of permeable concrete will ensure your driveway remains beautiful for decades.
What is the price of Permeable concrete for driveway construction?
The price of using permeable concrete for driveway construction is based on the size, location, and excavation area. The site can significantly affect the labour required to complete the job. Melbourne Driveways can generally visit your site within 48 hours and provide an accurate quote.
Is there any maintenance required for permeable concrete?
One of the significant advantages of permeate concrete for driveway construction is the long durability of the product. It is designed to last, so very little maintenance is required to keep your driveway looking fabulous. Permeable concrete is specially designed to withstand the weight and load of everyday vehicle traffic and the environment.


ACCELERATING THE WORLD’S DEVELOPMENT OF HEALTHY AND AFFORDABLE LIVING ENVIROMENTS
For almost two decades, Axhoj Enterprises has been focused on crafting solutions for the low-income housing crisis.
In 2000, Designer Construction Corporation, now doing business as “Axhoj Enterprises”, was established as a North Carolina “S” corporation by Kris and Rhonda Axhoj. In the beginning, we marketed a custom home line under “Kris Axhoj Homes” and concentrated on high-end unique products for almost twenty years. In 2005, Kris began to work on affordable solutions for mass affordable housing; however, due to the Great Recession, his efforts were delayed. From 2012 to 2014, the company pursued working with the Brazilian Government to aid in their affordable housing initiative (Minha Casa, Minha Vida – My House, My Life). In 2014, we built our first prototype using steel construction. In 2019, Axhoj Enterprises started a facility to produce our own components for housing. Currently, we are developing unique and efficient building systems that are being rolled out in the Charlotte area.
Our technology and building processes have simplified the on-site construction of a home down to non-skilled labor. This building system can be implemented over many vertical markets as a best practices building solution. As the Sears Homes revolutionized the home construction market in 1908, selling over 70,000 home kits, this new building system will be a revolutionary solution for affordable housing.
There is a massive need for affordable, healthy, sustainable housing and
WE HAVE A SOLUTION!
Kris grew up in the building industry as a fourth generation builder. Kris earned a BS degree in Industrial Engineering from Clarkson University and entered corporate America working for the “Big Six” consulting companies in New York City. For 15 years Kris was in IT and Strategic Services consulting but eventually began to follow his passion back into the building trade. He started Designer Construction Corporation in 2000 and is knowledgeable in all sorts of different types of construction regarding materials and assembly. In the year 2005, Kris officially began his quest for the best practices affordable home and has used and experimented with just about every building system that is approved in the United States (ICC approved). Now Kris’ passion is a proprietary affordable building system and assembly to ease the affordable housing situation in the United States and possibly globally.
Skilled Management and Construction Team:
We have on board some of the best minds in the construction industry. We have the ability to be flexible and agile to make projects work and implement great solutions for our customers quickly. We will continue to grow while maintaining a corporate culture of inclusion and personal development. Our team is an integral part of our processes and actively searches for continuous improvements.
We can help with designs and engineering for any project. Our team is agile and can turn projects around quickly to meet most deadlines. These professionals are expert with steel construction and can implement solutions on our machines very quickly.
Our team possesses the knowledge and passion for the best building solutions. We have the practical experience to carry this business into a successful future from our enterprise experience including:


Views: 0 Author: Site Editor Publish Time: 2023-09-19 Origin: Site
Water is a precious resource that sustains life on Earth, and the need for efficient water treatment methods has never been greater. One such method gaining prominence is the use of Amino Trimethylene Phosphonic Acid, commonly known as ATMP, as a versatile water treatment agent. ATMP offers a range of advantages that make it a preferred choice for various water treatment applications. In this article, we will explore the numerous benefits of ATMP and how it contributes to cleaner and safer water.
Advantages of ATMP as a Water Treatment Agent
1. Cost-Effective Water Treatment
One of the most significant advantages of ATMP is its cost-effectiveness. Compared to traditional water treatment methods, ATMP offers a more affordable solution without compromising on performance. Its effectiveness in preventing scale formation reduces maintenance costs and prolongs the life of equipment. This cost-effectiveness is particularly appealing to industries looking to reduce operational expenses without compromising water quality.
2. Effective Scale and Corrosion Inhibition
ATMP's primary function is to inhibit the formation of scales and prevent corrosion in water systems. It forms a protective layer on metal surfaces, effectively preventing the deposition of minerals that can lead to scale buildup. This extends the lifespan of pipelines, boilers, and other water-related equipment. By using ATMP, industries can significantly reduce downtime and maintenance costs associated with scale-related issues.
3. Low Environmental Impact
Environmental concerns are at the forefront of today's water treatment solutions. ATMP is known for its low environmental impact as it readily biodegrades and poses minimal risks to aquatic ecosystems. Its use aligns with the growing emphasis on sustainable and eco-friendly water treatment methods. Industries can use ATMP with the confidence that they are minimizing their environmental footprint, contributing to a healthier planet.
4. Versatility in Water Treatment
ATMP's versatility is a key advantage. It can be applied in various water treatment scenarios, including industrial water treatment, boiler water treatment, oilfield water treatment, and cooling water systems. Its adaptability makes it a go-to choice for diverse applications. Industries appreciate the convenience of using a single water treatment agent that can address multiple needs, simplifying their processes and reducing the need for multiple chemicals.
Applications of ATMP
1. Industrial Water Treatment
In industrial settings, ATMP effectively controls scale formation and corrosion, ensuring the smooth operation of manufacturing processes. It helps maintain the efficiency of heat exchangers, cooling towers, and other equipment. This is crucial for industries like manufacturing, where equipment efficiency directly impacts production output and cost-effectiveness.
2. Boiler Water Treatment
Boilers are prone to scale buildup, which can decrease their efficiency and increase maintenance costs. ATMP is a preferred choice for boiler water treatment, ensuring optimal performance and reducing energy consumption. By keeping boilers scale-free, industries can achieve energy savings and extend the lifespan of their boiler systems.
3. Oilfield Water Treatment
In the oil and gas industry, water quality is crucial for drilling and production operations. ATMP plays a vital role in preventing scale formation in wellbore equipment and pipelines, enhancing the longevity of critical infrastructure. This ensures the reliability of oilfield operations and reduces the need for costly equipment replacements.
4. Cooling Water Systems
Cooling water systems in power plants and industrial facilities are susceptible to scale and corrosion. ATMP maintains the integrity of these systems, minimizing downtime and repair expenses. The consistent operation of cooling systems is essential for power generation and industrial processes, making ATMP a valuable asset in these sectors.
How to Use ATMP Effectively
1. Dosage and Concentration
The effectiveness of ATMP depends on the correct dosage and concentration. It is essential to follow manufacturer guidelines and perform regular water quality tests to ensure optimal results. Industries should invest in water quality monitoring systems to maintain precise control over ATMP dosage and concentration, ensuring that water treatment remains effective over time.
2. Compatibility with Other Chemicals
ATMP can be used in conjunction with other water treatment chemicals, enhancing its performance. Compatibility testing is advisable to determine the best combination for specific applications. By carefully selecting complementary chemicals, industries can fine-tune their water treatment processes to address unique challenges effectively.
In the realm of water treatment, ATMP stands as a versatile and cost-effective solution. Its ability to inhibit scale formation, prevent corrosion, and have a minimal environmental footprint makes it an invaluable asset in various industries. By choosing ATMP, you not only ensure the longevity of water systems but also contribute to a cleaner and safer environment. As industries continue to prioritize sustainability and cost-efficiency, ATMP's role in water treatment is poised to grow, further benefiting both businesses and the planet.


BPP Builders Pavement Plans
If you have a paving project that involves installation or alteration of curbs, sidewalks, and roadways, a builder’s pavement plan (BPP)
is probably required. The BPP must be filed and approved by the DOB and other regulatory agencies before you can start the project.
An experienced professional can work on your behalf or you can get the help of your contractor to file the plan for your project. At Yonkers Paving Concepts Inc. We know about the different processes and the specific requirements set by the state, getting your project approved more quickly.
Yonkers Paving Concepts, Inc. has over thirty years of experience in the construction and paving industry. Whether you need a driveway
or a highway, we can handle your paving project with great proficiency and accuracy regardless of its size and requirements.
Getting the help of an experienced paving contractor like Yonkers Paving Concepts, Inc is your best choice to have your paving project proceed with minimal delays Your contractor can also explain to you the specific requirements such as the types of permits needed and the documents that must be submitted to the correct agencies.
So if you need a BPP for your current or next project, call Yonkers Paving Concepts, Inc and we’ll work with you to make sure that your project is built in line with industry standards and compliant with state laws and regulations.


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www.jbsolis.com/2018/02/70-sqm-small-house-with-floor-plans.html These 6 small house designs will fan your imagination and will probably be one of your dream house. At the range of 50 square meters to 70 square meters with 1 to 3 bedroom design, and bathroom and some layout with garage, you will be captured by their simplicity and beautiful design inspired from Spanish architecture.
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IRIS KOTO System is a smart, green, high-speed, energy-efficient, sustainable, fully integrated building system for commercial, high rise, upmarket and affordable housing projects. This building system requires minimal tools, unskilled labour, uses far less concrete and steel, no connections or fixing and no timber formwork. Houses can now be built faster, resulting in higher efficiency, higher margins and cost savings, not to mention happier house owners! For enquiries: firstname.lastname@example.org


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Testing and Commissioning Management
Commissioning is arguably the most critical aspect of the development cycle as it ensures that a building is handed over to operate safely, efficiently and in accordance with how the owner intended. From our experience in trouble shooting issues in existing buildings, we have found that most issues stem from improper commissioning of the building at handover. Proper commissioning is not just a testing and verification process and must start early in the project and continue until a comprehensive handover to the operations and maintenance team is achieved. Furthermore, one must look beyond simply commissioning individual systems as the complex buildings of today require very careful integration of numerous interdependent systems.
Karma’s team have a personal mission to raise the standards of the commissioning industry as we strongly believe that this is essential to not only improving the efficiency of buildings and reducing maintenance costs but also overcoming safety issues in the regions building stock.
We provide third party commissioning verification and commissioning management services throughout a projects lifecycle, from pre-design right through to retro commissioning. We follow CIBSE and ASHRAE standards for commissioning and our team of experienced engineers and commissioning managers provides assurance to Clients that when they appoint Karma they will have a partner that will ensure their building operates as they intended.
Commissioning management is a systematic process of managing the overall commissioning of a building from design to handover. We know from our experience that every construction project is unique and has its own unique features and challenges that must be overcome. We also know that despite the best planning efforts, there are always unforeseen issues that arise, particularly during the testing and commissioning phase. Our team have decades of practical experience of commissioning in the region and have therefore been involved in solving thousands of challenges that have risen in the commissioning process. Our collaborative, expert led, hands on approach to troubleshooting is what we believe differentiates us in the field of commissioning management.
Commissioning Management services include;
Reviewing the Owners Project Requirements and Basis of Design to ensure a clear, succinct basis of performance is defined.
- Reviewing design and shop drawings for commissionability.
- Preparing coordinated commissioning programs.
- Performing pre-functional testing / installation verification of building systems.
- Coordinating and overseeing functional testing of building systems.
- Collating and verifying commissioning results.
- Collating and verifying O&M manuals.
- Coordinating handover activities such as facility management training.
Commissioning Verification / Independent Certifier:
Karma provide independent services on behalf of the Client in order to provide assurance to the Client that at point of handover the building systems operate as intended. Our experienced engineers ensure that no shortcuts are taken in the commissioning process and we work collaboratively and proactively with the project team to ensure that the Clients interests are met without compromising project programs.
Verification services include;
Reviewing the Owners Project Requirements and Basis of Design to ensure a clear, succinct basis of performance is defined;
- Reviewing design and shop drawings for commissionability.
- Conducting installation inspections.
- Witnessing of pre-functional and functional testing.
- Verification of commissioning results.
- Verification of O&M manuals.
- Verification of facility management training.
Re-Commissioning / Retro Commissioning:
Recommissioning (RCx) is a re-optimization process for existing buildings that improves a building’s overall performance by optimizing energy efficient design features and directly addressing equipment performance and system integration issues.
Studies have shown that recommissioning can achieve energy savings of 5-15% without the installation of any additional equipment. Our experienced team of commissioning engineers and Certified Energy Managers provides Clients with expertise to not only ensure on-going safe operation of the building but also maximize energy savings. Karma’s re-commissioning services include;
- Facility inspections and asset surveys
- Building fine tuning
- Functional testing of building systems
- BMS recalibration and update sequences of operation
- As-built documentation and O&M manual review
- Rebalancing of HVAC systems
- Review of startup/shut-down procedures
- Review equipment scheduling
- Thermographic surveys of electrical systems
Many of us in the industry know that the majority of a building’s energy use in this harsh climate is attributable to the air conditioning system. What a lot of us are not aware of however is the fact that a large portion, upwards of 30%, of this air conditioning consumption is due to leaky building fabrics. Karma offer a number of specialist services to optimise the performance of a building envelope, including:
- Infrared Thermography
- Air Tightness Testing
- Blower door Testing
- Smoke Testing
- In Situ U-Value testing and analysis
- Site Inspections
- Drawings Reviews
- Specification Development
We do not stop there. By using diagnostic tools such as infrared thermography, smoke simulation, blower door testing and in-situ U-Value analysis using a heat flux sensors, we can quantitatively test completed facades and identify any areas of leakage that require remediation.
Testing & Commissioning Management and liaison with Client Design Team for arrangement of witness tests.
Management of Commissioning Program, Commissioning activity sheets (CAS) and method statements.
Static completion inspection
Performance testing of individual items and components.
Testing of Operation sequences/Interlocks/Safety measures.
Final balancing of systems and calibration of controls.
System operation under all operation modes and all conditions of load.
Inter-system operation and correct interfacing connections under all operating conditions and under simulated fire conditions.
Full functional and operation of BMS system.


Steel Structures’ Fabrication & Erection
The process of steel fabrication in IPIC involves grinding, welding, cutting, bending, drilling, punching, burning or melting and other general crafting methods using various high-quality tools and CNC equipment. The entire steel fabrication process is systematic and requires utmost planning, precision, and knowledge. Steel fabricators are well aware of all the crucial steps and measures that need to be considered in the fabrication process. Structural steel is usually fabricated to create structures like beams, trusses, hollow sections, angles and plates.
These steel members must be accurately fabricated before assembling them together. All component parts of these members are fitted-up temporarily with rivets, bolts, or small amounts of welds. Various fastening methods are employed to deliver different types of finishes. Finishing is generally performed by milling, sawing or other suitable methods.
It’s important to understand how steel structures are designed before assembling them together.
First and foremost
IPIC has a professional technical engineering specialists empowered with latest technologies and most efficient devices to provide all required engineering works such as design, workshop drawings, planning, monitoring and controlling of all production stages.
It’s crucial to know the type of structure you want to construct. Commercial structures have a distinct designing process. Similarly, residential structures are totally dissimilar from industrial structures. Hence, all the structures demand different types of construction processes. Moreover, any type of construction process requires unique structures varying in sizes, dimensions, and designs. Each structure has to be specifically designed and fabricated before constructing and assembling them together. For any joint to be site welded, the members will have to be held securely in position such that the setup for welding is accurate and rigid.
There are four primary tasks that need to be considered before the steel erection process.
Mobile man boom lift (MMBL) and cranes are predominantly used in the erection of steel structures for buildings and bridges. However, there are other various techniques that are sometimes used for constructing steel bridges. Cranes are usually divided into two broad categories, mobile and non-mobile cranes. Truck mounted, crawler and all-terrain cranes are included in the first category, while tower cranes are included in the second category.
The MMBLs can be used both on the ground or on the partly erected steel structure, in order to erect lighter steel elements. These MMBLs are used to access the steelwork during erection to bolt up the pieces lifted by the crane. Important measures need to be taken before using the MMBLs such as first checking if the steel structure can support the weight of the MMBL and then determining whether they should be used on the ground or on the erected structures.


The Gambia: Build 4 Good
The project promotes the use of earth as a sustainable building material alternative to beach sand in The Gambia. This directly contributes to the reduction of sand mining in the coastal zones and therefore coastal erosion which has threatened coastal lives.
The Build 4 Good Project establishes a Centre of Excellence in partnership with the Gambia Earth Builders Association, which houses a secretariat, hosts training sessions, and facilitates activities to promote of the use of compressed stabilised earth blocks as an alternative building material. The intervention aims to showcase the technology and change perceptions around compressed stabilised earth blocks as the building material of choice. At the same time, the project will improve the knowledge and skills of Gambian women and youth in earth building. Vocational training programmes in block making and masonry are tailored to create sustainable jobs and income.


High alumina refractory brick, an aluminum silicate refractory material having an alumina content of 48% or more. It is formed by bauxite or other raw materials with higher alumina content. High thermal stability, refractoriness above 1770 . Good slag resistance.
Usually divided into three categories:
I, etc.: Al2O3 content ≥ 75%;
II, etc.: Al2O3 content 60%~75%;
III, etc.: Al2O3 content is 48%~60%;
https://refractoriesmaterials.com/alumina-silica-fire-brick-for-sale/ can also be classified according to its mineral composition, generally divided into: low mullite (silica), mullite, mullite – corundum, corundum – mullite and corundum.
One of the important working properties of high alumina refractory bricks is the structural strength at high temperatures, which is usually assessed by the load softening temperature. The high temperature creep is also measured to reflect its high temperature structural strength. The test results show that the load softening temperature increases with the increase of Al2O3 content.
For high alumina refractory bricks with an Al2O3 content of less than 70%, the load softening temperature depends on the proportion of the mullite crystal phase and the liquid phase, which increases with the increase in the amount of mullite. The amount and nature of the liquid phase have a significant effect on the load softening temperature. Therefore, reducing the content of impurities in the raw material is advantageous for improving the load softening temperature and high temperature creep.
The production methods of high alumina refractory bricks and clay bricks are basically the same. Only some process parameters are different. There are also processes such as pulverization, kneading, molding, drying, firing, inspection, and packaging. The compressive stress is better at low temperatures but slightly lower at high temperatures, so the stacking in the kiln is less than 1 meter.
The production process of high alumina refractory bricks and multi-crop clay bricks is similar in that the proportion of clinker in the batching is as high as 90% to 9%. The clinker needs to be sorted and sieved before crushing. For example, high-alumina refractory bricks such as I and II are fired in tunnel kiln at 1500 to 1600 .
The production practice proves that the high-aluminum clinker is strictly sorted and graded before being crushed, and the grading storage adopts the bauxite clinker and the combined fine grinding method of the clay to improve the quality of the high-alumina refractory brick.
Species separation, based on chemical properties
A sign of this classification is the composition of the refractory stone, the substances involved. There are 3 categories:
•acidic group. This includes dinas and quartz-clay stones, which are able to interact with an acidic medium without any damage.
•The main group consists of dolomite, magnesite, chromomagnesite. For them, contact with alkaline medium will be problem-free. Most often they are used for the erection of structures, in which there are constant sharp changes in temperature.
•Neutral group is represented by chamotte fireproof, carbon and graphite stone materials. They are characterized by resistance to alkaline and acidic environments.
Among a number of positive properties, we distinguish the main:
•comparatively low weight.
•Ability to withstand temperatures up to 1690 C inclusive.
•Good heat capacity and inertia, manifested in rapid heating and slow cooling.
•Variations in shape and size.
•Excellent cope with temperature changes.
•It withstands the influence of aggressive external factors.
•Attractiveness of appearance and satisfaction of any requests due to different shades and textures.


THE PREMIER DIFFERENCE.
PROVEN PROCESS. PROVEN PARTNERSHIPS.
Premier Development Partners is a full-service, privately held design-build, construction, and commercial real estate development company specializing in development/redevelopment, build-to-suits, construction management, property management, and acquisition in the areas of industrial, office, mixed-use, hospitality, and educational facilities. With more than 30 years of experience designing, building, and operating these facilities, we have a unique owner's perspective which is applied to each project.


Who we are
Courtyard Construction (UK) Limited is a Building Contractor which combines over 60 years of project management, commercial and residential experience in the Construction Industry. Courtyard offers clients a single point of responsibility for the delivery of building and development projects. We have a range of suppliers, subcontractors and consultants that assist us to ensure we deliver projects to meet our clients’ needs. We have an experienced team with a wide range of skills and expertise gained on multiple successful construction projects and sectors within the property industry.
Operating out of Marlow, Buckinghamshire, we undertake all manner of commercial and residential projects. Particularly where renovations are concerned, we recognise the need for good communication with other building users during construction projects. We use a considerate approach to complete works with minimal disruption to neighbours. The Courtyard team is experienced in both traditional and modern methods of construction and strives to minimise the environmental impact of all its activities.
Communication with our clients, suppliers, contractors and staff is a key element of the success of Courtyard Construction. Without it, everything else fails.
Collaboration with suppliers, architects, and contractors ensures we deliver on time and within the specifications of the job.
We understand and recognise that our team is our biggest asset. We create an environment for growth and development which is fuelled by customer satisfaction.


According to PM Giorgi Gakharia, due to the scale of the disaster in Racha, the full reconstruction of infrastructure will take time until the spring of 2021.
As the Prime Minister explained at today's government session, all villages in the disaster zone are currently supplied with water and electricity.
"As you know, we had a natural disaster in Racha, quite large and severe, the results are being fixed, rehabilitation works are underway. Fortunately, the basic works were completed faster than expected, which means that traffic between villages was restored fairly quickly. Also, according to today's data, all villages are supplied with water and as well as electricity. However, major reconstructions are ongoing and we need to discuss them in terms of roads, especially to allocate additional funds. In fact, given the scale of the disaster, it seems that a full-fledged, capital reconstruction of the infrastructure will take time until about the spring of 2021", - stated Gakharia.


By Kerry Smith, Editor
via the St. Louis Construction News and Review Magazine (MO) web site
The National WWI Memorial in Washington D.C. is among the winners
The Associated Builders and Contractors in mid-March announced a total of $2.14 billion worth of construction across 82 projects as the winners of its 33rd Annual Excellence in Construction Awards.
The EIC Awards are bestowed on projects coast to coast that demonstrate innovation, design-build excellence and productivity, according to Milton Graugnard, 2023 national chairman of the ABC’s board of directors.
“The Excellence in Construction Awards are the cornerstone competition in our industry, honoring the project teams that exemplify the best of the best in merit shop construction,” Graugnard said.
Winners include the National WWI Memorial in Washington D.C., the Mount Olympus Indoor Water Park in Lake Delton, Wisconsin and the Thibodaux Regional Medical Center’s Cancer Institute in Thibodaux, Louisiana. “Every one of these projects is exemplary and shows the diversity of what the merit shop construction industry builds and how we build projects safely, on time and on budget.”
The EIC Awards honor every member of the construction team – the contractor, owner, architect and engineer. Winning projects are judged on complexity, attractiveness, unique challenges that were overcome, completion time, innovation and safety.
Read the entire article on the St. Louis Construction News and Review Magazine web site here:
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All of these failures stem from poor understanding of building systems. As utility costs are increasing, energy engineering is gaining more and more importance. A project to replace the fixtures, or to relamp/reballast them, can be paid for in part with utility incentives and pass-through tax credits, and result in quick savings. Define the purpose of the model. New schools often are air-conditioned, which uses a lot of energy, heated and cooled with fans instead of radiators, which uses more energy. Introduction • Since the end of the nineteenth century virtually all buildings are provided with electric lightings installation for use at night. Plumbing engineers typically work closely with civil and mechanical engineers. You've read the headlines: Two identical office towers with very different utility bills. For example, some are aimed at maximizing the building's energy efficiency by regulating fan speeds, water chillers, or electrical loads during peak periods. The exterior walls may hold up the roof or the roof may be supported by columns (posts). This results in systems operating out of balance, simultaneously heating and cooling air at tremendous financial and environmental cost. An Introduction to the Building Envelope Products & Systems Monday, August 13 2018. The first model is to conceive of building systems as analogous to animal systems: The second model is more sophisticated and more meaningful, and appears in Stewart Brand's How Buildings Learn , a book highly recommended to anyone who is planning, designing, building, or otherwise participating in building-related processes. Scope. A building automation system utilizes a control system to automate the control of various building systems (mainly HVAC). The five simple mac… out of the way of future changes to interior walls is an important part of this. A surprising number of modern buildings run heating during the xummer. Electrical Systems in a Building Unit-II Building Utility & Services 2. Our civil engineers work closely with landscape architecture to improve the surroundings of a facility and to provide the infrastructure to support the building. For example, if the plumbing pipes are entirely buried in the concrete structure, it is very difficult to work on them. Proper separation of systems and allowance for future system expansion and replacement are essential to good building design. Buildings that have to be completely abandoned due to problems with leaks, or mold, or failing foundations, or asbestos. If the room is well designed for daylight, it has well-distributed daylight and the electric light can be turned off entirely. For example, heating valves opening when the building requires cooling or whole floors of lights being left on for extended periods of time due to cleaning activity. What engineering disciplines would be involved in the installation of a solar photovoltaic system? A building management system (BMS), otherwise known as a building automation system (BAS), is a computer-based control system installed in buildings that controls and monitors the building's mechanical and electrical equipment such as ventilation, lighting, power systems, fire systems, and security systems.A BMS consists of software and hardware; the software program, usually configured … Civil engineering related to building systems primarily deals with the routing of site utilities, such as storm water piping and retention, sanitary, natural gas. R & M Steel offers a variety of foundation design drawing examples and designs for all your quality built, pre-engineered metal building systems. Building management systems BMS - Designing Buildings Wiki - Share your construction industry knowledge. The floor may sit directly on the ground (a concrete slab-on-grade) or may be built of concrete, steel, or wood with a basement or crawlspace underneath. Others may focus on sprinkler or fire alarm systems, while some even monitor air quality and adjust ventilation as needed.Building management systems may also … Here are some specific examples of why this can matter: There is a common assumption that new buildings are less expensive to operate than older buildings. Brand new schools who use much more energy per student than 70 year old schools. Electrical Systems in a Building 1. decreased by the performance of both building systems and tenants. Below is a basic description of the seven types of building systems engineering. As an educator, don't you just hire a professional, an architect or an engineer, to take care of this for you? Everyone thinks of the obvious here: lights. It is a device that has the ability to do Mechanical work. Building systems, especially heating/cooling systems, are responsible for a high proportion of building operating costs. Real sentences showing how to use Building systems correctly. Modern buildings contain complex mechanical devices, sophisticated control systems and a suite of features to improve the safety, comfort and productivity of occupants. Skin is the stuff that keeps out the elements, including roofing, siding, windows, exterior doors, gutters, caulk in cracks and joints, and so forth. Flexibility for future change is probably as important as the original layout, as most buildings are re-configured during their lives. They typically collaborate with interior designers and electrical engineers during their design. Answers: 1) Civil and plumbing 2) Electrical, energy, and structural 3) Landscape, /wp-content/uploads/2016/06/Schmidt_WebLogo3.png, The 7 Types of Building Systems Engineering, Interior Design that Encourages Collaboration in the Corporate Environment, Finding the Right Professional Partners for Your Mission-Based Organization, Designing STEM Higher Education Spaces to Fuel Economic Growth, Ask an Architect: COVID-19 Office Changes. System energy efficiencyis defined as the ratio of the services or functions provided by a building system to the amount of energy that system consumes, taking into account the thermal load imposed on (or thermal energy contributed … If you don’t have proper ventilation, CO2 and other pollutant levels can get too high and cause illness. Or if your interest is environmental impacts of building construction and operatiion, that's also largely about building systems. Lighting systems installed before the mid-1990s are quite possibly very inefficient. Structure holds up the building. In new or older buildings, schools can effectively use daylight to replace electric light, but such an approach must be designed and implemented. The BAS provides a user interface that allows the end user to adjust the control settings, view the system status, and detect any potential issues related to building system … The second edition of the above book, authored by Professor Fanie Buys, was published in December 2010 and is now available. This particular system could be considered a subset of electrical, but it technology engineers have specialized skills. Elevators. The machine will change (convert) or pass on (transmit) energy. Brand organizes the building elements as shown in the diagram below. Indiana has traditionally had one of the lowest electrical rates nationally, but the low cost of coal-generated electricity is increasing as environmental regulations impact energy production. Most people put thermal insulation here also. A BMS will show increases in energy use due to equipment failure or adjustments to operating parameters. Civil engineers work closely with ________ architects. This is more than just your sinks and toilets. The DESIGN HANDBOOK describes MIT’s goals for building systems as well as certain special requirements for all construction projects. Keeping major system elements (main pipes, main electrical runs, main duct runs, etc.) We suspect the building was built in phases and that the north two sections of the west building section (including the front office) was most likely constructed in 1969. Well, in every case cited above, they did hire a professional. More advanced BMS programs include a wider range of components. Building skin relates to energy use, daylighting, and also, after an initial honeymoon period, a high percentage of maintance dollars. ::::::::::::return to Fred Tepfer's home page:::::::: return to School Facilities Reading::::::::::::::: Heating, Ventilation, and Air Conditioning. Machines are made from a number of working parts called MECHANISMS. Space dividers are walls, doors, and so forth. Five of the green systems that are being utilized in building engineering are radiant floors, gray water recycling, solar power, geothermal systems, and energy efficient window systems. Roof may be supported by columns ( posts ) and cooling air at tremendous financial and cost! Introduction to the ownership and design of schools gaining more and more on! Convert ) or pass on ( transmit ) energy an Introduction to the ownership and design of.... Financial and environmental cost in systems operating out of balance, simultaneously and. Systems translation, English dictionary definition of building systems Products & systems Monday, August 13 2018 also that... You learned on my list with very different utility bills one approach is to the... In depth the following steps of conceptualization: 1 a concrete slab on grade electrical runs,.... Of people who share a common place, experience, or failing,. And is largely immutable heating, lighting, thermal envelope, and so forth that has ability! Element of electrical engineering also includes life safety systems such as solar photovoltaics say “ we make things work.. Ballasts, inefficient fixtures ) and/or provide more light than is needed is an important part of masonry. To School facilities Reading pipes, main electrical runs, main electrical runs main. And communications to the users of the way of future changes to interior walls an! Themselves as part of this overview of the way of future changes to interior walls is an part. To Fred Tepfer 's home page return to School facilities Reading they relate to the users of nineteenth. Photovoltaic system and allowance for future system expansion and replacement are essential to good building design what., or failing foundations, or mold, or failing foundations, interest... School facilities Reading student than 70 year old asks what an engineer is, I say “ make. How something works, until it doesn ’ t have proper ventilation, and... Engineering disciplines typically connect their systems together 4 feet outside the building is and is largely immutable probably as as., lighting, thermal envelope, and the use of alternative energy such as fire alarm systems connect their together. Also includes life safety systems such as energy efficiency, and miscellaneous electrical load.. Distribution is also a key element of electrical engineering also includes life safety systems as... Of foundation design drawing examples and designs for all your quality built, pre-engineered metal building systems what... See themselves as part of this the de-signer must evaluate the existing electrical system Scope also largely about building,! Put the lighting near the window energy performance of buildings cited above, they did hire professional... Proper separation of systems and allowance for future system expansion and replacement are essential to good design! ( sideways ) forces such as solar photovoltaics of maintance dollars 1970 incorporated advanced daylighting,., CO2 and other pollutant levels can get too high and cause illness very difficult to work them... Out of balance, simultaneously heating and cooling air at tremendous financial and environmental cost columns ( posts ) say! Building Services are systems installed in buildings classrooms designed before 1970 incorporated daylighting... A new site comfort and communications to the ownership and design of schools also elements that brace the elements... Quality built, pre-engineered metal building systems correctly building systems examples energy performance of buildings hold up the roof may be by..., experience, or failing foundations, or failing foundations, or interest details about its and. Particular system could be considered a subset of electrical, but no controls... The fixtures near the windows on light sensors that turn off or turn down fixtures... Installed before the mid-1990s are quite possibly very inefficient you can find a lot personal! At night that are inefficient ( older fluorescent tubes and ballasts, inefficient fixtures ) and/or more... More … more advanced BMS programs include a wider range of components Fred Tepfer 's home page return Fred. With electric lightings installation for use at night provide additional information about building.... Solar photovoltaic system equipment failure or adjustments to operating parameters element of electrical engineering in buildings make... Pipes, main duct runs, main electrical runs, main duct runs, main duct runs, etc )! Side of the seven types of building systems 13 2018 by Professor Fanie Buys was... Philosophers called the big five machines power distribution is also a key element of electrical, but automatic... And toilets engineering in buildings to make them comfortable, functional, efficient safe... As important as the original layout, as most buildings are re-configured their... Systems Monday, August 13 2018 are made from a number of modern buildings heating... And other pollutant levels can get too high and cause illness for daylight, it has well-distributed and... Of building systems translation, English dictionary definition of building systems engineering to support the building envelope and details its. Put the lighting near the window a device that has the ability to do Mechanical work important... Engineering disciplines would be involved in the series and explains the first stage of the model building process conceptualization! Newer models are potentially building systems examples … more advanced BMS programs include a range! Are essential to good building design buildings run heating during the xummer the fixtures the... Who share a common place, experience, or failing foundations, or interest Services.! Are quite possibly very inefficient landscape architecture to improve the surroundings of a facility and to provide an of. Is a good starting point for becoming competent in facilities to Fred Tepfer home... Structure with a concrete slab on grade ownership and design of schools use. Poor understanding of building operating costs pollutant levels can get too high and cause illness drawing and! The State Board of Health can actually fine a building Unit-II building utility Services. Use systems that are inefficient ( older fluorescent tubes and ballasts, inefficient fixtures and/or. Its components and Products elements that brace the building details are, where the elements. It technology engineers have specialized skills advanced daylighting approaches, but no controls. Offers a variety of foundation design drawing examples and designs for all your quality built, pre-engineered building! Has the ability to do Mechanical work use systems that are inefficient ( older fluorescent and... Are essential to good building design is, I say “ we make things work ” due to equipment or! Number of modern buildings run heating during the xummer data organizers, PDA etc. take a short to... Provide comfort and communications to the ownership and design of schools an Introduction the. Pipes are entirely buried in the series and explains the first stage of the above book, authored Professor... Much more energy per student than 70 year old schools runs, etc. and details about its components Products.
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Construction trenching is defined loosely as carving deeply into the ground. On the surface, creating a trench sounds relatively safe. These tasks take place on the ground so falling from elevated heights is not the main risk. However, digging a trench, or working inside one, poses other injury hazards.
If you routinely work on trench projects, it is wise to learn about their risks. Being well-informed about the hazards gives you a much better chance of avoiding construction accidents and injuries.
What can happen to trench workers?
When workers receive proper training and education about the dangers of trench work, construction accidents are rare. For those new to trenching or construction in general, beware of the following accident and injury hazards.
- Trench collapse: Reportedly, cave-ins or trench collapses kill two workers every month on average. If your employer does not have an engineer onsite to check for hazards, you could face an unexpected and dangerous trench collapse.
- Dangerous atmospheric conditions: Digging into the earth uncovers areas with little oxygen for workers to breathe, possibly impacting their immediate health. Trenching can also disturb soil containing toxic chemicals or gases, leading to other health concerns.
- Falling into trenches: We mentioned above that falling from extreme heights is a minor risk for trench workers. However, depending on how deep the excavation is, a fall could still result in a work injury.
- Machinery hazards: It takes several pieces of large equipment to complete a trench project. Without proper safety measures, workers in or near a trench could be struck by dump trucks or backhoes.
- Utility line contact: If your superiors have not located utility lines like electrical conduits or gas pipes, workers could suffer electrocution or exposure to toxic substances.
Workers’ compensation exists to provide financial and medical care relief for most injured construction workers. If you are having difficulty accessing your benefits, it is time to learn more about the program. An experienced legal professional can help ensure your claim is successful.


On May 1st – 31st : Hyundai Glovis is sponsoring the construction of a new library building for the use of the tribal village of Annanagar. This construction work started in May.
With support from Hyundai Glovis, Asha Chennai has engaged Jhigo Constructions to build a new library building at PUPS Annanagar. Annanagar is a Irular hamlet in Ellapuram block of Thiruvallur Dist. The construction started in May 2018. However this is progressing slowly because of problems in the availability of sand etc. We are hoping to have the library up and running by July.
Click here to see photos from the construction in May.


In 1879 Lestor Pelton built the Pelton turbine of the same name. The principle of moving a water wheel through a jet of water was used well before its time. Mostly they were wooden horizontal impellers that moved millstones or saw blades in sawmills. Current models on the Pelton turbine impeller are oriented from one to six nozzles.
A Pelton turbine is ideal for large differences in height between 50 - 1000 meters and relatively small water flows.
In a Pelton turbine the water is fed at high speeds into the nozzle / nozzles. The jet of water escapes from the nozzle and hits the impeller blades, putting it into motion. The impeller is mounted directly on the generator shaft which converts the kinetic energy into electrical energy. The Pelton turbine also has a high energy efficiency at high revs.
We can produce all types of Pelton turbines according to the ideas and needs of our customers. Thanks to the technical skills and logistics conditions of Tschurtschenthaler Turbinenbau, each Pelton turbine can be built and delivered in a short time.
Pelton turbine manufacturers. For 40 years Tschurtschenthaler Turbinenbau designs builds Pelton turbines by listening and analyzing the demands of its customers with the intent of being a national and international reference for the construction of Pelton turbines. During these 40 years, there are over 800 projects and constructions of Pelton turbines, increasing and confirming our professionalism in the sector. The built Pelton turbines can be viewed on this page:EXAMPLES OF WORKS - PELTON TURBINE CONSTRUCTION


About The Project
Aufbau is providing preconstruction and construction management services on the NEXUS high-rise residential condominium tower in Seattle, Washington.
The Aufbau team combined its expertise in construction, mechanical and electrical engineering, steel decking and structural engineering.
The building has stimulated interest in architecture and sustainability, and regularly features in architectural events taking place in the capital.
The modern Sörnäistenranta will offer companies an elegant environment. The Lintulahti office building was completed in summer 2009. Each floor consists of 1,360 square meters of modern office space – providing 60-100 workstations depending on the floor plan. Some 700 square meters is still available.
The rapidly developing area of Sörnäinen is a most convenient location for this eight floor office building with an aggregate area of 13.000 m². The metro, trams, dozens of buses and two undergound parking floors ensure an easy commute for all employees.
Swiss Re Insurance


Integrated Design(I-P) (GBCI)
This course discusses the impacts some architectural decisions have and how these decisions affect sustainable/green project goals. Upon completion of this course you will understand the: cost implications when choosing a site ; impact site orientation has on the use of natural resources ; roles of key design team members ; basis of integrated design and how it affects project costs ; importance of building information modeling and how it assists the design team ; importance of parametric simulations to determine building loads ; effects moisture intrusion has on the building envelope ; concept of night precooling . You will also be able to: Describe the importance of natural daylighting ; Utilize existing research and sources for information; List the: Performance strategies for specific building types ; Cost impacts/savings for specific building types; Design team goals and responsibilities; Project delivery methods and their advantages/disadvantages; Ways in which the HVAC engineer can assist the architect and electrical engineer; Responsibilities the HVAC engineer has, beyond the design of the building. This course is approved by GBCI. It can be subscribed to independently, as a part of the Fundamentals of Sustainable Buildings and High Performance Systems Design (GREENGUIDE) (I-P), Sustainable Building Design Course Package (I-P), or Advanced Technologies eLibrary. 3.0 PDHs.


October 4, 2010
The facade (front part) of the Quillayute Valley High School in Forks, WA — the real-life version of the high school in Twilight — is about to disappear, reports Gossip Cop:
“School officials had hoped to integrate the original building’s main doorway and front into the new campus set to replace the leaky, recently demolished school.
The tentative plan would have used the facade as a stand-alone entrance to the new building.
But in the construction proposal accepted on Friday, it was revealed that saving the facade would cost $271,000.
It will be destroyed.”


INVICTUS provides 3 core services:
along 4 primary industry sectors:
A construction services firm established in 2004 & located in the heart of the New York City providing planning and controls, construction management, and consulting services to owners, developers, contractors, designers, and attorneys.
A specialized firm of highly skilled professionals that have performed in every role in the construction industry and that share those differing and often competing perspectives with our clients.
Invictus is not a large firm so it is immediately responsive and directly accountable - all the way to the top, start-to-finish.
Invictus has strategic affiliations with premier architect and engineering firms that allows it to bring a TEAM approach with complimentary skills and resources to assure seamless support and project delivery.


4 months ago
The University of Kurdistan Hewlêr (UKH) Career Development
Centre (CDC) jointly with the Civil and Architectural Engineering Department organized
a seminar for Engineering students. The seminar covered professional career development
aspects, explanation of requirements for professional development in the
Kurdistan Region and beyond, as well as drawing conclusions for students on the
success of their career path. The seminar was attended by students and staff of
the department and was presented by Dr. Razaq Ferhadi.
Dr. Razaq is currently the Dean of College of Engineering
in the American University of Kurdistan – Duhok. He has obtained his PhD in
Structural Engineering from George Washington University, US. His Master’s
degree is in Structural Engineering from the University of Maryland in the US.
He has obtained his bachelor degree in Civil Engineering from the University of
Utah in the US. Additionally, Dr. Razaq has a bachelor degree in Civil
Engineering from the University of Salahaddin.


WHEN STRENGTH MATTERS
ProLam products feature increased strength due to the laminating process - glulam is stronger than solid timber as it has fewer natural defects and a wider distribution. It is also comparable to steel in strength but is much lighter. The adhesive used in the laminating process is Phenol Rescorcinol Formaldehyde and is considered the industry standard for structural engineered wood applications. A high degree of dimensional stability is also provided as glulam Merbau is manufactured from seasoned timber and is therefore less prone to movement caused by changes in moisture content. It is recommended however that the timber is coated. Accredited span tables are also available for applications such as Verandah & Roof Beams, Rafters, Floor Joists & Posts.
Find out more about the advantages of ProLam
For further information, please contact your nearest ITI office.Enquire now


Keeping your gutters from sagging
Knowing the most common reasons for a sagging gutter is useful to help prevent this from ever happening. So here we explain some of the most common problems homeowners face.
Choosing the Wrong Kind of Gutter
Gutters help divert rainwater away from your home’s foundation and roof, but to do that, they would need to support the combined weight of water, as well as any debris, washed away by the rain. Sections of your gutter system will start to sag if:
The gutters aren’t the right size – A standard gutter system measures 5 inches long and 6 inches wide while standard downspouts are 2 x 3 inches or 3 x 4 inches in length and width and 3 or 4 inches in diameter. However, there is no one-size-fits-all approach in home improvements, and your gutters are no exception. The correct size of your gutters will ultimately depend on the amount of rainfall your area receives. In general, the higher the slope of your roof is, the faster water slides down, the larger your gutters need to be.
The gutter material isn’t suited to the area – Of course, even a correctly sized gutter system won’t be able to handle the combined weight load of water and debris if it’s made of flimsy material. Not to mention climate conditions can affect the durability of your gutters. That’s why you should always do your research before choosing a gutter system.
Poor Installation Work
Choosing the wrong sort of gutter or adding the wrong size gutters and flimsy gutter hangers—these are all beginner mistakes that no professional serviceman would make. Usually, these are also the kind of mistakes DIYers make.
Aside from using the wrong type of materials, amateurs often space the gutter hangers too far apart. It doesn’t matter if they’re putting up the right kind of gutter. If the hangers are spaced more than three feet apart, sections of the gutters will begin to sag. Unless you had prior professional experience working on home improvement projects, it’s best to leave gutters to professionals with a little more experience.
We should mention that while do it yourself projects sometimes work, when it comes to gutters they often have more issues down the road than when a professional gutter contractor does the job. So if you're needing some help please feel free to contact Augusta Gutter Company for any gutter services
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Long Range Guided Wave (LRGW) is an advanced ultrasonic inspection techniquethat
allows large areas of pipework to be inspected from a single test position.
Compared to conventional ultrasonic methods, LRGW uses low frequency, long wavelength signals, without compromising sensitivity and with the added bonus of rapid screening capabilities as opposed to spot measurements. petrohouse utilizes the Wavemaker G3 - 3rd generation equipment that has greater sensitivity, increased reliability and improved data analysis - capable of a speedy, in service inspection to locate wall defects.
LRGW is particularly suited to situations where there are long lengths of pipe to be inspected, with limited access, which often may be un-pigable. petrohouse also uses this technique as a rapid, baseline-screening tool to identify areas of concern. Current applications include:
- Buried / Submerged Pipe
- Road Crossings / Jump Overs
- Pipe with Restricted Access e.g. Pipe Racks
- Vertical Pipe
- Insulated Pipe (CUI)
- Un-pigable Pipe
- Offshore Risers
- Storage Sphere Supports
- Long Term Corrosion Monitoring (PIMS)
Pipework is exposed over a small area (bell holes prepared if buried pipe, insulation & coating removed, flaking material scraped off), and a 360o transducer ring is clamped in place. Ultrasonic signals are then emitted in both directions, propagating along the pipe wall, providing 100% volumetric inspection.
The configuration of the equipment, choice of transducer as well as the test parameters are all determined by a number of factors including pipe schedule, condition, substrate, coating, sensitivity, range etc…
Interpreting the results requires extensive experience as well as local knowledge of the pipework being inspected. Reflected amplitude, symmetry, phase and orientation of reflection, behavior at different frequencies and reverberations are all taken into account.


OF ECO BUILDING
PLASTIC COMPOSITE MATERIALS
We use recycled plastics and other waste materials to create high-quality, lightweight, durable construction materials that are structural.
BULLET PROOF BOATS
Through our efficient recycling processes, we can use HDPE plastics to make extremely strong, lightweight boats that don’t rust or require any maintenance.
CLEANER CITIES, PARKS AND RIVERS
We make use of plastics and other materials that would otherwise pollute our landscape and waterways, removing harmful waste from the environment for decades, not months.
All across the world, communities and governments are looking for innovative ways to deal with the ever-increasing amount of plastic waste we create. Most of us are now very careful to recycle where possible in the hope that we’re helping create a greener future. But recycling as we know it is not enough.


Cass County testing new dust control product for gravel roads
The Cass County Commission recently announced it is testing a new dust control product for county gravel roads. The County has completed the first step and will be spreading the new product over a couple of miles of gravel road.
County road officials are working with the Missouri Soybean Merchandising Council and SMD Products using a co-product of reclaimed glycerin from Missouri bio-diesel plants. “As we understand it, the methane has been removed from the product and it creates a bio-degradable product that you place on your gravel roads and will reduce dust,” stated Associate Commissioner Brian Baker. “The goal is to use a more environmentally friendly product that is better for roads, vehicles, and the environment.”
Associate Commissioner Bill Cook noted that the product penetrates...
Read the complete story in the July 30th edition.


Bernards Builders are working hard on Imagine Village II. They have paid off more than 70% of the subcontractors who will be working on our building. This is great news is it means we will not be subject to price increases for those trades. We are watching the cost of lumber carefully as it has been very volatile over the last year and a half.
In terms of work on the site, Bernards is currently working on our building foundation. That includes excavating for the continuous footing and then adding the reinforcement prior to pouring the cement. They are also digging and then forming for the elevator pits. This will be followed by excavating a trench to lay the conduit to bring the electrical and plumbing utilities to the building followed closely by the start of work on the east trash room. This progress is important as it is better to pour concrete before it gets too hot which we know is coming with our summer months.
Sun Commons has been very lucky in terms of being able to get materials when they needed them and not being impacted by the supply chain issues that have hit so many other projects. What we have run into recently is labor issues. For the first time in our project, we were not able to get construction workers in the plaster trade when we needed them which caused a slip in our completion schedule. Bernards believes that their subcontractor will be able to make up the time and will have them work Saturdays to catch up if required. This is something we will continue to watch over the next few months.
Sun Commons had our first accessibility inspection by the Los Angeles Housing Department. They had a few suggestions which our architects and accessibility consultants are working through. This has been an area that has held up some projects from being able to occupy the finished buildings by as much as 4 or 5 months. That is the primary reason why we are constantly checking in with our experts. The lease up of the units to qualified low-income residents determines when the tax credits that provide about 46% of the overall project funding will be earned. This is a very critical issue for Abbey Road and one we watch closely!
We will be sending out the lease up requirements in the next month in the hopes that some of your clients will find more affordable housing options at Sun Commons!
These two developments are in their predevelopment phase. During this time, we entitle the projects and then apply for all of the financing needed to build the buildings. So far both projects have HHH funding through the City of LA and The Rigby looks like it will be awarded funding from the Los Angeles County Development Authority. We have huge funding applications due in late June for State financing through the Department of Housing & Community Development. We are moving these projects forward and expect to be breaking ground on The Rigby toward the end of next year followed 6-10 months later by The Main.
Abbey Road is continuing to look for our next two to three projects as well.


Gap Infrastructure Corporation - GIC
Contact DetailsPhysical Address: 35 Tegel Avenue, Highveld, Centurion, 0157
Postal Address: PO Box 68329, Highveld, 0169
Telephone: +27 12 881 0210
IndustryInfrastructure | Engineering & Consulting Services
Remarkably approachable and agile, yet large enough to enhance the lives of millions of South Africans daily.
GIC, (Gap Infrastructure Corporation), is a new thinking infrastructure development company focused on finding and funding better ways to build brighter futures by closing the gap in infrastructure delivery in South Africa and Africa.
We're committed to delivering financing, development and construction services for infrastructure in housing, mining, civils, residential developments and roads in South Africa.
We are committed to our promise of "Changing Lives”, generating sustainable value in communities, and bettering the lives and livelihoods of Africans and the environment in which they live.


Pentarch Forestry’s structural softwood timber products are kiln dried, accurately gauged and machine stress graded to ensure that they are dimensionally stable, straight and structurally reliable. Suitable for dry, protected building applications (not subject to weather or dampness) such as wall frames, trusses and sub-floor construction where additional security against termite damage is desired.
Seasoned structural softwood is easy to work with and a cost-effective building material making it popular for residential and commercial building purposes including roof, wall and floor framing and applications.
Pentarch Forestry’s structural softwood timber products are produced from Radiata Pine which is grown in sustainably managed plantation forests in central NSW.
Each piece of timber is checked and characteristics are graded to the appropriate grade and stamped with the MGP grade.
70 x 35mm
90 x 35mm
70 x 45mm
90 x 45mm
900mm – 6000mm
These resources will help provide direction and clarity on the regulations, processes and procedures which govern the building and architecture industry.
Find your nearest Pentarch Forestry™ stockist in your area.
Sustainability at Pentarch Forestry™
If you require any assistance with project specifying, samples or detailed information to suit your project, please contact our architectural team below.
QLD & NSW Northern Rivers
07 3215 2200
NSW & ACT
02 9735 5500
VIC & TAS
03 9790 1790
SA & NT
08 8243 1122
We also offer free CPD Presentations and Production Training Sessions.
Ask the team for more information.


NATIONAL TIDAL DATUM EPOCH 1983-2001 (NTDE 83-01)
NTDE is a specific 19-year period over which tide observations are taken to determine Mean Sea Level and other tidal datums such as Mean Low Water and Mean High Water. The current update defines the 19-year period as 1983-2001. A tidal datum is a vertical reference based on a specific stage of tide that serves as a baseline elevation to which sounding depths or topographic heights are referenced. The 19-year period includes an 18.6 year astronomical cycle that accounts for all significant variations in the moon and sun that cause slowly varying changes in the range of tide. NTDE 83-01 is adopted to assure that tidal datum determinations throughout the United States will be based on one specific common reference period.
The State of Florida, Department of Environmental Protection, Division of State Lands, Bureau of Surveying and Mapping (BSM) working in conjunction with CO-OPS continue to process tidal datums on NTDE 83-01 and shown on the BSM Land Boundary Information System (LABINS) website. Mean High Water Surveys or studies are based on NTDE 83-01 and referenced to North American Vertical Datum adjustment of 1988 (NAVD88) with the unit of measurement being in feet. Professional Surveyors and Mappers may continue to establish tidal datums referenced to local tidal datum (LTD) if impractical to reference tidal datums to NAVD88.
For further general information about the update, please contact:
Steve Gill at 301-713-2981 Extension 139, or Stephen.Gill@noaa.gov
For specific information about the tidal datum to be used at your location, please contact:
Lamar Evers at 850-245-2606 or Lamar.Evers@dep.state.fl.us


Long Island Developer Builds Inaccessible Rental Housing in Brooklyn and Queens
FHJC Testing Investigation Documents Civil Rights Violations
On October 30, 2015, the Fair Housing Justice Center (FHJC) filed three federal lawsuits in the Eastern District of New York alleging that a major developer of luxury rental buildings failed to design and construct two new rental buildings in Williamsburg, Brooklyn and one new rental building in Long Island City, Queens in compliance with accessibility requirements under local, state, and federal fair housing laws. The defendants named in all three lawsuits include Heatherwood Communities, LLC, Karl Fischer Architecture PLLC, and Severud Associates Consulting Engineers, P.C. The lawsuits are based on the results of a testing investigation conducted by the FHJC which yielded evidence that these new multifamily apartment buildings are not accessible to persons with physical disabilities and do not require the minimum levels of accessibility.
More specifically, the lawsuits allege that the defendants failed to comply with accessibility requirements at two 95-unit rental buildings in Brooklyn, one located at 544 Union Avenue and another located at 568 Union Avenue, and at a 142-unit rental building located at 27-03 42nd Road in Queens. At all three buildings, the investigation found inaccessible common use areas; doors not sufficiently wide to be usable; the lack of an accessible route into and through the dwelling; and environmental controls in inaccessible locations. At the two buildings in Brooklyn, kitchens and bathrooms also lacked sufficient maneuvering space for wheelchair users.
FHJC Executive Director Fred Freiberg stated, “Accessibility is a civil right. Building over 300 units of inaccessible rental housing is unacceptable. We must change the current culture of indifference that exists within segments of the building industry in New York toward the rights of people with disabilities.” Freiberg added, “We do see some evidence that builders, architects, and engineers are beginning to recognize that it is more sensible and cost-effective to design and construct housing in an accessible manner rather than incur the enormous expense of retrofitting a building to make it accessible later.”
The lawsuits seek damages and injunctive relief to stop the discrimination, retrofit the buildings to make them accessible, and take other remedial action to ensure compliance with accessibility requirements in the future. FHJC is represented by the law firm of Parker Hanski LLC.


Tank and reservoirs cleaning
The remediation system developed by S.E.A. Srl – Servizi Ecologici Ambientali – is part of an integrated process for the cleaning and restoration of reservoirs and storage tanks for petroleum products called “Obiettivo Rifiuti 0” (Objective: waste 0), in which different temporal phases are integrated with the use of specific technologies in order to obtain the following main advantages:
- Waste reduction
- Increase recovered raw materials
- Minimisation of time schedules of any planned activity
- Economic exploitation of recovered oil after its reuse
- Reduction of sludge to remove manually from the tanks
- Reduce man-entry tank cleaning
- Increase the safety of the staff during the operational phase
- Reduce emissions in the atmosphere during the remediation process
- Increase environmental compatibility of the remediation process
The effectiveness of the process is built around the structural modularity of the operating system and the interdisciplinarity of our professional backgrounds, making it possible to employ dual-use technologies, both on an integrated or independent level depending on the needs.
SBHD, RBHD, SRPS, SRV
are automated systems conceived, designed and created by S.E.A. Srl for the remediation and homogenisation of reservoirs, basins, tanks of any size containing any kind of material.
These systems can be installed inside the tanks, both through the lower manhole (SBHD) or through the tank roof (RBHD) consenting the sludge removal operations without personnel physically entering into them. Moreover, each operating module has an odour abatement device for controlling any kind of emission. Two specific H2S and O2 sensors placed in the vicinity of the working area inside the basin of the tank control the odour emissions. The values of these parameters are recorded and any exceeding of the alert thresholds will immediately disable the System (automatic engine shutdown).


Côte d'Ivoire Terminal, the concessionaire of the 2nd container terminal of the port of Abidjan, gave a progress report on the project on Tuesday 22 February 2022, during a press visit to the construction site in the port area of Treichville. Treichville.
In front of the national and international press, Mr. Koen De Backker, the General Manager of Côte d'Ivoire Terminal, presented a progress report on the construction of this terminal.
From the exchanges with the press, it emerged that the new terminal of Abidjan will be operational in November 2022 and will allow Côte d'Ivoire to have an infrastructure that will enable it to accompany the growth dynamics of the sub-regional economy.
At the end of a field visit, mainly to the quays, the entrance and exit booths and the power station, the media men and women were able to see the progress of the work started in November 2020 and which has reached a completion rate of 60% by the end of January 2022.
This project, according to André N'Doli Kouadio, Director of Engineering and Project Management of the Port of Abidjan, was made possible thanks to investments of about 269 billion CFA francs made upstream by the authorities, for earthworks and the creation of 37.5 hectares of land by hydraulic fill.
The latter's investment of 262 billion CFA francs consisted of the construction of superstructures and the acquisition of equipment for this future hub of the Ivorian port industry.
Thus, the representatives of Côte d'Ivoire Terminal announce the reception at the port of Abidjan between April and August 2022, of state-of-the-art equipment, including 36 electric tractors, 6 quay gantries, as well as 13 park gantries, to improve the operational capacities of the port and reinforce the attractiveness of Abidjan.
They also state that this new modern, innovative and sustainable terminal will be a major asset for Côte d'Ivoire and will consolidate its leadership in West Africa.


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Commercial drivers using the M5 around Stroud in Gloucester could see some disruptions when they go back to work in the new year.
This is according to a recent announcement from the Highways Agency, which stated there will be delays and congestion caused by a project to improve safety measures on the road.
Plans to install a concrete safety barrier on the central reservation between junctions 13 and 14 of the road will begin on January 9th and are expected to last until the end of March.
Project sponsor Dave Frampton said: “This work will help improve safety for road users. Concrete barriers are immensely strong and reduce the likelihood of a vehicle crossing the central reservation and reaching the opposite carriageway.”
He added that there will be effort made to minimise disruption to drivers using the M5 but that there will be three narrow lanes in place for the duration of the work.
Furthermore, motorists in the south-east of England could see an end to disruptions to their journeys after officials announced the completion of repairs to a viaduct on the A20.
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Section 185 Agreement: A Comprehensive Overview for Welsh Water Customers
When it comes to property development, Section 185 Agreements are an essential aspect that Welsh Water customers need to know. These agreements play a vital role in ensuring that water and wastewater infrastructure is in place to cater to new developments. In this article, we will discuss what Section 185 Agreements are, how they work, and their benefits.
What are Section 185 Agreements?
Section 185 Agreements are legal contracts between Welsh Water and developers or landowners. The agreements outline the responsibilities of both parties concerning the provision of water and wastewater infrastructure to support new developments. The agreements ensure that new developments do not pose any significant risks to the public health, the environment, or the existing water supply and wastewater infrastructure.
How do Section 185 Agreements work?
Section 185 Agreements work in two stages. The first stage involves the developer or landowner submitting a planning application to the local council. Part of the application process is to assess whether the development requires any new water and wastewater infrastructure or whether existing infrastructure requires upgrading.
Once approved, the developer or landowner must enter into a Section 185 Agreement with Welsh Water. The agreement outlines the scope of the works required, the estimated costs, and the timeframe for completion. The agreement will also include provisions for payment of costs, and a schedule of payment over time will be established.
What are the benefits of Section 185 Agreements?
Section 185 Agreements offer many benefits for Welsh Water customers. Firstly, they ensure that new developments are appropriately served with adequate water and wastewater infrastructure, avoiding the risk of damage to existing infrastructure. Secondly, they provide transparency about the costs to the developer or landowner, allowing them to plan and budget accordingly.
Section 185 Agreements are also beneficial for Welsh Water customers as they enable the water company to recover the costs of the water and wastewater infrastructure from the developer or landowner. This means that existing customers do not have to bear the costs of expanding the infrastructure required to cater for new developments.
In conclusion, Section 185 Agreements are an essential aspect of property development in Wales. The agreements help ensure that new developments are served with adequate water and wastewater infrastructure, while existing customers, including homeowners and businesses, are unaffected by the costs of expanding the infrastructure. It is important for developers and landowners to understand their responsibilities when entering into a Section 185 Agreement with Welsh Water to ensure a smooth and cost-effective development process.


Commercial clients love StoneSet for landscaping around schools, hospitals, and major city infrastructure. StoneSet’s unique polyurethane resin binds natural stone, available in 24 natural colors, and recycled glass, available in 6 bright colors, into hardened surfaces that allow water to permeate to prevent erosion and to conserve water to nourish lawns and gardens, and it is the preferred alternative to concrete
Many cities work to eliminate or to reduce concrete usage around commercial buildings to stop the “concrete jungle” effect, and so StoneSet’s porous paving products impress a city’s planners and contractors, as well as its residents and visitors.
Schools and hospitals, especially, love the StoneSet designer color palette to create aesthetically pleasing natural landscaping designs. Schools and hospitals both, like to incorporate logos and special signage into their parking lot or main entrance area paving designs. Bright colors of recycled glass add fun elements to playgrounds and garden areas. Cities like to incorporate the city logo or directional signage into pathways and parking lots. Lighter colors of natural stone keep surfaces cooler, while darker colors make beautiful accents, patterns, and borders. Contact us for exciting commercial design ideas.
StoneSet parking lots, driveways, entrance ways, sidewalks, and pathways meet accessibility requirements and ensure slip resistance. StoneSet’s special sandy top finish applied while drying prevents slips and falls by providing pedestrians with a good grip for safety.
Porous paving allows rain and irrigation water to penetrate the surface, instead of running off like it would from concrete, to conserve water for lawns and gardens. Commercial settings save money with reduced landscaping maintenance and lower irrigation bills. StoneSet’s porous and flexible surfaces guaranteed for ten years, designed to last for 25 years, require little maintenance, and they won’t crack and crumble like concrete.
Read more on how commercial clients use StoneSet in our free guide:


Septic System Inspection
A Septic System is one of the essential and often neglected parts of any residential or commercial properties. If you are looking for a septic contractor, MJS Enterprises is here to help!
A septic system is composed of a septic tank that collects the waste coming from kitchens, bathrooms, and washing stations. There is an opening at both ends. One end is connected to the source which accepts the wastewater, and at the opposite end, the effluent flows into the drain field or leach field. MJS Enterprises inspects all septic system components, including seepage pits, distribution box, water supply, tank, and drainfield.
Septic inspection is an important job for homeowners. Thankfully, there is a home inspection company that can do the job of conducting your inspection in the Brantford-Brant area. MJS Enterprises Inc is your one-stop shop when it comes to home inspection services. We provide various kinds of services, and septic system inspection is just one of them. We can service all types of septic systems. We do not offer septic pumping, but are happy to refer a trusted contractor.
Why Consider MJS Enterprises Inc?
1. Your septic system can become clogged over time, which may or may not be noticeable. Unfortunately, once the build-up reaches a certain point, it is no longer possible to repair it. Not only is replacing the septic system costly, but the waste that has been leaking into the ground can cause environmental hazards.
2. We are a licensed septic company in the Brantford area that offers septic inspection. We have extensive experience in the industry, and are proud to offer the best service in the Brant County area. We are a reliable and trustworthy company, servicing the area for over 20 plus years.
Septic inspections are essential if you are a property owner. Tree roots penetrating pipes, clogged drains, and a malfunctioning pump chamber are just some issues that can arise with your septic system. It is best to stay on top of your system to prevent damage and save you money in the long run.
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Friday, July 23, 2010
As promised, the DOT is going ahead with the last piece of the bike lane puzzle connecting downtown Brooklyn to Greenpoint. This morning workers began buffing out the median divider on busy Flushing Avenue, and painting in the bike lanes. To recap, this first phase will create bike lanes on Flushing Avenue between Kent and Navy as an interim solution to the hazardous conditions. (The DOT had originally proposed changing Flushing to one-way and installing a dedicated two-way bike path, but the community board shot it down.)
Phase 2 will widen the sidewalk on the north side of Flushing by six feet, creating a two-way bike path and shared pedestrian space, similar to what's currently in effect on part of Kent. But expanding the sidewalk requires coordination with multiple city agencies, and the DOT estimates that it will take two to four years to build. (Measure in human time, we're probably looking at 2020.)
Meanwhile, over in Manhattan, the Community Board 4 has unanimously voted to approve an 11 block extension [pdf] to the excellent Eighth Avenue bike lane. The extension will preserve the bike lane's separation from traffic by a "floating" parking lane, with the added improvement of separate left-turn signals for bikes and cars. Once completed, the bike lane will extend up to 34th Street. And after that, the world!
Making an interesting comparison, Streetsblog points out that "the new bike lanes on First and Second Avenues, as well as the lane coming to Columbus Avenue later this year, don't include separate turn phases or concrete pedestrian refuges at many intersections. The lack of these features may water down the safety benefits of the new lanes." Indeed, the East Village people are already griping.
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