Shandong Lifeng Bank
Introduction to film warehousing
Structural features of the sheet cement silo of Shandong Lifengxing Engineering Machinery Co., Ltd.:
1. The assembled cement silo (cement tank) has a cylindrical structure, with four round tube legs supporting the entire silo at the bottom. The entire silo is made of steel structure and welded; there is a dust collector and a pressure safety valve on the top.
1. Cement tanks are usually used as supporting products for concrete mixing stations (buildings).
2. It is suitable for loading bulk cement and dry fly ash. It is rainproof, moisture-proof, and easy to use. The specifications and sizes can also be made according to customer requirements.
3. It is generally a cylindrical support structure. The upper part is equipped with dust removal equipment to prevent dust leakage. The lower part is equipped with an arch breaking device to prevent powder from agglomerating, allowing the powder to be discharged smoothly. It is also equipped with material level sensing equipment to control the contents of the warehouse at any time. Material usage.
4. Generally, a bulk cement conveyor truck is used to transport the powder gas into the silo; depending on the structure of the cement silo, there are generally two ways to unload the material. One is to connect the lower part with a screw conveyor, and use the screw conveyor to send the powder into the silo. Measurement, the second is to use pneumatic conveying (for cement tanks with special structures).
The steel structure part of the warehouse body, ladders, guardrails, feeding pipes, dust collectors, pressure safety valves, high and low material level gauges, discharge valves, etc. Description of the dust removal system, arch breaking device, and material level device:
1. Dust removal system: The top of the cement silo is equipped with an electric dust removal device, which can effectively absorb suspended particles in the silo and reduce pollution to the surrounding environment.
2. Arch breaking device: The lower cone of the cement silo is equipped with an air blowing arch breaking device. A small electromagnetic reversing valve located in the air control box is used to control the release of compressed air to break the arch of cement and powder to avoid accumulation of powder and cause clogged.
3. Material level device: The cement silo material level device can sense the storage height of materials in the silo.
2. Assembled cement silos (tanks) are suitable for loading bulk cement and dry fly ash. They are rainproof, moisture-proof, and easy to use: generally 50t, 100t, 200t, 300t, 400t, 500t, 800T, 1000T, 1500T, 2000T, 3000T and other specifications. It can also be made according to the size required by users.
Shandong Lifengxing assembled cement silos (tanks) are generally cylindrical support structures with dust removal equipment on the upper part to prevent dust leakage. The lower part of the assembled cement tanks are equipped with arch breaking devices to prevent dust from agglomerating and enable smooth discharge of powder.


In the ever-evolving landscape of metal fabrication, Superior Steel stands as a beacon of quality…
Steel is the most recycled material in the world. Steel is 100% recyclable and can be recycled continuously, at any point of its life, and does not lose any of its strength or durability.
At Superior Steel Fabrication, we strive to minimize our carbon footprint with respect to our surrounding ecosystem and actively participate in the sustainable building practices of the steel industry.
Sustainable Building Practices of the Steel Industry
Over the past few decades, the steel industry has been proactive in significantly reducing its greenhouse gas and overall emissions. It has also set a standard for wide-scale sustainable practices thanks to the steel industry’s incredible recycling rate and transparency.
The steel industry is the largest recycler by mass in the United States. On average, structural steel produced in the United States contains 93% recycled steel scraps.
Not only is steel an extremely recyclable material, it has an impressive track record of actually being recovered and recycled. 81% of steel products are recovered and recycled once they reach the end of their life. This far exceeds the recycling rates of aluminum, paper, and wood.
Recycling one ton of steel means the conservation of 2,500 pounds of iron ore, 1,400 pounds of coal, and 120 pounds of limestone.
All steel waste created through production or the fabrication process is recycled to create new steel products. Even dust from mill facilities is recovered and recycled. According to a recent survey of 900 steel fabricators, not a single of those fabricator sends steel waste to disposal facilities.
Water and Energy Conservation
At steel mill facilities, water consumption is very minimal. Although thousands of gallons of water are used to quench molten steel, less than 70 gallons are actually consumed. The rest is recycled and reused on a continuous loop.
The steel industry actively manages the use of energy. Energy conservation in steelmaking is crucial to ensure minimal environmental impacts. Steel saves energy over its many life cycles through its recyclability, durability, and lightweight potential. While steel requires energy to be produced, the energy saved throughout its many life cycles can be greater than the energy used during production.
Energy constitutes a significant portion of the cost of steel production, thus, improvements in energy efficiency result in reduced production costs. As renewable energy becomes a higher percentage of overall electricity production, the environmental impacts associated with steel production will decrease. Breakthrough technologies are expected to lead to major changes in the way steel is made by the year 2020.


The magnitude and frequency of sediment transport in rivers depends on many different factors and varies considerably throughout the world. For example, intermittently dry desert streams are often associated with extremely high sediment loads, which can lead to unstable channels and greater flood risks. However, a direct link between climate and the efficiency of sediment transport has not been demonstrated on a broad scale. In this study, I examine decades of continuous flow records and field measurements of suspended sediment concentration for 71 rivers across the United States, examining the relationship between sediment transport behavior and aridity. I find that rivers in more arid locations transport greater concentrations of sediment for a given flow rate relative to rivers in more temperate climates. This finding is particularly important for natural hazard assessment, given that sediment transport behavior significantly affects flood risk. Understanding the connection between climate and sediment transport is essential for mitigating the impact of shifting river conditions due to climate change.


Collectors are used in heating systems consisting of several circuits. They distribute the heating medium to the required number of circuits.
Collectors are manufactured on the basis of pipes (1) with rectangular cross-section finished with supply (2) and return (3) flanges. The use of flange connections allows serial connection of collectors to connect any number of heating circuits. The connections of heating circuits (4) and (5) are vertical, with a thread at the end. The collectors have an adjustable support structure (6) whose task is to determine the required height of the collector spigots. Collectors are paint-protected against corrosion. In addition, they have thermal insulation to limit heat losses.
SNominal temperature 110°C, nominal pressure, 6 or 10 bar.
** number of circuits. PN16 connection flanges according to PN-EN 1092-1.


Construction Safety Net
It is made of high density polyethylene, nylon, polypropylene. It is knitted with special method.
it can be used for construction site to prevent dsbris and object falling, and ensures the workers and pedestrian safety.
Besides, it has anti-wind, anti-dust function. It can be folede easily and clean conveniently.
1:Material :100% VIRGIN HDPE Usages : Protect dusr and tolls from falling
2:Weight :90gsm, 100gsm, 120gsm 150gsm Protect workers ,pedestins adjacent properties
3:Color : Green, Blue.Orange and so on Creates a protective scaffold enclose
4:Shade rating:30%--90%. Creates a wind block or shade cloth
5:Using life: Minimum life length 3-10years under normal weather and use Edges:also can include reinforced eyelet button holes
6:Type:Warp knitted Application: Falling object protection
7:MOQ:3Tons Visual barrier
8:Supply capacity: 200 Tons/ month Wind and dust control
9:Net Width:1m,2m,3m,or as requirments Sandblasting and painting
10:Net length:10m.50m 100m or as requirments Bridge construction
11:Color:Green ,Blue or as requirments Enclosure system
12: Market: Aisa or the others Construction site
13:Delivery time: 30days as normal
14: 20ft :5000kgs ,40ft :12000kgs
colororange；black；white；blue；dark green ；dark blue ；red；beige；green


Isinyithi Electrical Protection (IeP) specialises in the electrical and electromagnetic interference on metallic infrastructure for mainly on-shore installations. This includes the investigation and design of mitigation protection measures on metallic infrastructure (such as pipelines, tanks, steel structures) for inter alia:
- ac interference from overhead and buried high voltage power lines which includes capacitive (electrostatic), inductive (electromagnetic) and conductive (resistive) interference
- dc and ac Railway interference
- Stray current interference (from other CP systems, dc or ac installations, earthing)
- Telluric interference (geomagnetic)
Analysis of AC interference is undertaken using internationally recognised industry-standard software.
IeP specialises in assisting designers of steel pipelines with upfront advice on suitable designs that not only help against corrosion, but will result in designs that are suitable for CP appliocation and AC interference mitigation measures. This will enhance any design and ensure that the pipeline components are compatible with CP and AC mitigation systems. Pipelines in close proximity of high voltage overhead powerlines can be dangerous and personnel safety can be addressed by efficient mitigating designs. Incorporating the correct designs of the pipeline components upfront not only save the designers costs but also results in the most cost effective overall pipe system solution.
Isinyithi Electrical Protection and its seamless association with Isinyithi Cathodic Protection offer the following services in all aspects of corrosion protection of pipelines and underground installations, including:
- Design of CP (cathodic protection) systems for underground and exposed steel pipelines, reinforced concrete, process plant and storage tanks
- Specifications of suitable coatings
- Any necessary field investigations and specialised pipeline survey techniques for assessments and design inputs of CP systems (eg soil resistivity, DCVG, interference surveys, etc)
- Evaluation of existing pipeline systems
- Comprehensive refurbishment strategies including CP retrofit
- Routine monitoring and maintenance of cathodic protection systems
Over and above the normal MS Office suite of programmes (Word, Excel, Access, Powerpoint, Projects, Publisher) and CAD; Isinyithi Electrical Protection (IeP) have the following computer software programmes for specialised applications:
- Planet GIS (Geographic Information System)
- Right of Way (Pro) which is part of the CDEGS suite of programmes from Safe Engineering Services & Technologies Ltd (Canada) - latest update
Custom made utility programmes developed by others and in-house for own use.
Isinyithi Electrical Protection (IeP) has an internal quality management system that applies to the administrative, financial and project environments in the company.


IIT Madras Complaint Management And Monitoring System App Links :
The Engineering Unit was established in the year 1970. It is one of the important service units which plays a vital role providing the requisite infrastructure facilities such as electricity, telephones, water supply, disposal of sewage and solid waste, roads and pathways, parks and gardens and all other amenities in the campus.
The Engineering Unit has not only streamlined and improved its procedures and practices but also has executed several major infrastructure projects such as Student Activity Center, IC & SR, Central Library, New Hostel Blocks, Giga Dining Facility, Biotechnology Building etc.
The Superintending Engineer is the Head of Engineering Unit who reports to Chairman, Engineering Unit and Dean Planning.
The main divisional office of the Engineering Unit is located in the 3rd floor of Administrative building and all the sub divisional offices are located in the respective zones.
Owzone, Engineering unit (EU) and Stores & Purchase (S&P) sections are working together for effective solid waste management in the campus. In order to keep the campus litter free, community participation is an essential element for timely identifying and reporting the garbage thrown in the campus. To connect all stakeholders of the campus for this noble cause, the student team from Center for Innovation (CFi) has developed a Mobile App "CLinsti" for the use of Engineering unit to collect information on solid waste and arrange to clean including all scraps, garbage and construction debris etc. This App can be downloaded from Google Play Store and Apple - App store and the respective links are provided below.
The CLinsti App concerns the redressal of issues regarding cleanliness and particularly garbage and debris in the campus. Using the app, campus community can post requests concerning solid waste noticed inside the campus. Users will be updated on the status of the request in the app in real-time at every stage and after removal of the waste by EU.
The major features of the App are listed below:
- Users can add a request along with a description, location (either entered manually or via GPS location), location / zone, type of waste, and images to support the request
- User can view the current status of the request
- Option to provide feedback to ensure efficient work
- User can view the history of requests
All campus residents, faculty and students are requested to download the App "CLinsti" from the Google Play Store & Apple – App Store. Please help the Engineering unit to identify and clean the solid waste in timely manner.
For any clarification in the App, please email to "firstname.lastname@example.org".
For any other request regarding solid waste removal, please contact helpdesk through intercom No. 8199.
Let us work together to keep the campus "Litter Free".


We’re experts at installing central heating in old buildings including Barn Conversions, Renovations, Places of Worship & Listed buildings. We’re accustomed to working with conservation bodies to develop and appropriate solution and have a sympathetic approach – tailoring our system and design, using period radiators and pipework to suit etc.
Biomass Boilers burn biological material – generally wood – in the form of either logs, chipping or pellets, to create heat.
Ground source heat pumps draw as much as 75% of their energy from freely available, inexhaustible solar energy stored in the ground.
The earth stores an enormous amount of solar energy from both solar radiation and rainfall and more than 1m below the surface, you’ll find a stable source of heat year-round.
To extract this heat energy, ground collectors consisting of flexible polyethylene pipes are buried in the earth, either horizontally or vertically. A mixture of water and anti-freeze is then circulated through pipe loops, attracting the heat and transferring it to the heat pump.
Air source heat pumps can be used for both heating and cooling, as well as domestic hot water and swimming pools. They can be connected to radiators, underfloor heating, or a wall-mounted controllable fan unit.
Air source heat pumps can be used for heating all year round between +35°C and -25°C – which makes them ideal for the UK – and because they use the outside air as a fuel source, you’ll have an always available and inexhaustible source of heat.
Heat from traditional radiators rises, meaning that the hottest part of the room is the ceiling. With an underfloor heating system, the heat moves from the ground upward – which means the parts of the room that are the warmest are the first 1.7m – the area we live in. The gentle radiant heat from underfloor heating doesn’t dry air in the same way that radiators do, leaving moister air that is kinder to your lungs and to your furniture.


The Union Cabinet has approved the Lucknow Metro Rail Project. It will cover a length of 22.878 km with 22 stations.
Lucknow has been experiencing mounting pressure on its transport infrastructure. Lucknow has witnessed tremendous growth in the last two decades. The city is witnessing an annual growth of 8.35 percent in vehicular population.The city has 14.24 lakh vehicles, 80 percent of them being two wheelers and 14 percent cars.
The cost of the project will be Rs. 6,928 crore. Centre will provide support with Rs.1,300 crore in the form of equity and subordinate debt. The Project will be implemented by Lucknow Metro Rail Corporation (LMRC), which will be reconstituted into a 50:50 jointly owned company of Govt. of India and Govt. of Uttar Pradesh.
Out of the total route length of 22.878 km, elevated route will be 19.438 km while underground route length will be 3.440 km. with total 19 elevated and three underground metro stations. The metro train will ply between Chowdhary Charan Singh Airport and Munshi Pulia.


Climaflex is used for a broad range of Applications including:
Commonly used for Heating applications, Climaflex is low cost, energy efficient and easy to work with even for a DIY user. When looking to achieve maximum efficiency for heat loss applications it is wise to use 25mm Thick Climaflex Pipe Insulation
Ideal for plumbing applications, Climaflex is made from flexible polyethylene foam which can be easily worked around tight corners and in confined spaces where you do not have a lot of room, such as airing cupboards or close to walls inside. 13mm Thick Climaflex Pipe Insulation offers a balance of flexibility, performance and budget.
One of the most common applications Climaflex is used for is Frost Protection. When used at the correct thickness to comply with Water Bylaw 49, you can properly insulate the pipes in unprotected areas of your house such as loft spaces above the loft insulation, or in areas prone to drafts such as under the floors or below windows.
Climaflex polyethylene is often used not just as a thermal pipe insulation, but also to protect against damage. Due to its split wall, it can be used as effective edge strip protection, and even comes available for Scaffold Pole Protection Foam; a bright yellow version of the Climaflex 14mm Thick with a 50mm Bore (the hole in the middle).


The current climatic trends have made it necessary for the world to adopt techniques for insulating buildings for all the seasons in an effort towards creating a ‘greener’ world. It is believed that by embracing proper insulation methods, the dependence on energy to maintain optimum conditions inside a building is minimised and thus energy conservation. Additionally, less dependence on machines to insulate structures means lesser pollution and therefore a healthier environment.
Insulating for all seasons will also maintain comfort levels inside a building all through the year and minimise wear and tear on your HVAC equipment.
So, just how do you insulate a building for all seasons?
Determine if you need insulation
The most obvious sign that your building requires improved insulation is the high energy bills that are constantly slapping you in different weather seasons. This is usually an indication that the flow of heat within is not optimized and thus the high need to have the HVAC equipment continuously running. Another indication for poor insulation is having cold or hot spots or generally having extremely hot interiors in the summer and extremely cold interiors in winter. Ice dams on the roofs and many indoor drafts should also be a sign that your building needs some action.
Understand how insulation works
Insulation is all about heat energy and how it is gained or lost. While it is assumed that in cold weather we are fighting off the cold, cold does not actually exist but instead it is the absence of heat. This therefore means that one has to understand how heat transfers, and this is mainly through radiation, convection and conduction. These processes of heat transfer could transpire between wall adjoining exterior spaces, floors between conditioned and exterior spaces, in attic and ceiling or even in shafts such as stairwells. With proper insulation of these areas, a building is able to retain most of its heat in cold temperatures and blocks the outside heat from transferring inside during the hot temperatures.
Identify proper insulation type for each area
Finding the best insulation for any structure is best determined with the help of an expert. Usually, the point and method of heat transfer will be the deciding factor on what insulation type is most suitable. However, other factors such as insulation material and amount of labour involved may cause one to choose one method over the other. Common types of insulation used include reflective systems, fibre insulation, sprayed foam, concrete block insulation and blanket insulation. Each has its own benefits as well as disadvantages and therefore it is often upon the buyer to make a choice.
Building insulation may sound as a very basic task to most people but the technicalities it involves has made it difficult for many people to achieve proper insulation for their structures. Careful planning as well as extensive research is needed in order to achieve good results. While most people resolve to having experts sought out the matter, it is still necessary to stay involved in the process as much as you can in order to be able to make informed decisions.


HMGP funding is allocated using a "sliding scale" formula based on the percentage of the funds spent on Public and Individual Assistance programs for each Presidentially-declared disaster. For States with a Standard State Mitigation Plan, the formula provides 15% of the estimated aggregate amounts of disaster assistance. States with an "enhanced" State Mitigation Plan are eligible to receive an additional 5% or a total of 20% of the estimated aggregate amounts of disaster assistance.
Grant applications are submitted to WEM, which sets mitigation priorities and awards grants based on available funding and State criteria as established in the State Mitigation Plan. FEMA conducts the final eligibility review to ensure that all projects are compliant with Federal regulations, including the federal law that requires states and communities to have FEMA-approved mitigation plan in place prior to receipt of HMGP project funds. A mitigation plan must identify hazards, assess community needs, and describe a community-wide strategy for reducing risks associated with natural disasters.
In order to receive HMGP funds, the community must be participating and in good standing with the National Flood Insurance Program (NFIP). Under the terms of the program, eligible projects must be environmentally sound, cost-effective, solve a problem and prevent future disaster damages. Projects can protect either public or private property. Successful projects receive 75% federal funding with 12.5% state funding. The applicant is responsible for 12.5% of the project costs.
All Pre-Disaster Mitigation (PDM) Program applicants must be participating in the National Flood Insurance Program (NFIP) if they have been identified through the NFIP as having a Special Flood Hazard Area (a Flood Hazard Boundary Map (FHBM) or Flood Insurance Rate Map (FIRM) has been issued). In addition, the community must not be suspended or on probation from the NFIP.
For more information visit http://www.fema.gov/government/grant/pdm/index.
The Flood Mitigation Assistance program (FMA) is a nationally competitive program through which communities can receive grants for the development of a comprehensive flood mitigation plan and the implementation of flood mitigation projects. Communities must belong to the National Flood Insurance Program (NFIP) to receive FMA funds.
The overall goal of FMA is to fund cost-effective measures that reduce or eliminate the long-term risk of flood damage to NFIP-insured buildings, manufactured homes and other structures. Other goals are to: Reduce the number of repetitively or substantially damaged structures and the associated claims on the NFIP; encourage long-term, comprehensive mitigation planning; respond to the needs of communities participating in the NFIP; and complement other federal and state mitigation programs with similar goals.
There are two types of FMA grants available: planning grants and project grants. Planning grants are used to assess flood risks and develop Flood Mitigation Plans to reduce the risks. Project grants are used to implement mitigation activities that reduce flood losses to NFIP-insured properties by elevating, acquiring, and demolishing or relocating NFIP-insured buildings. Project grants are available to NFIP-participating communities that have a Flood Mitigation or All Hazard Mitigation Plan. The cost sharing depends on the type of properties included in the grant. Severe repetitive loss properties can receive 100% federal funds; repetitive loss 90% and all other properties 75%.
For more information visit http://www.fema.gov/flood-mitigation-assistance-program.
The RFC grant program assists states and communities in reducing flood damages to insured properties that have one or more claims to the National Flood Insurance Program (NFIP). The RFC grant program can assist in the acquisition of properties, and either demolition or relocation of flood-prone structures, where the property is deed restricted for open space uses in perpetuity. The RFC grants are awarded to applicants on a nationwide basis without reference to State allocations, quotas, or other formula-based allocations. All grants are eligible for up to 100% federal assistance.
Awards will be prioritized to fund acquisitions that create the greatest amount of savings to the National Flood Insurance Fund based on a benefit-cost analysis. A FEMA-approved State/Tribal standard or enhanced hazard mitigation plan is required for eligibility; however, a local plan is not required. All properties must be insured at the time of application.
FEMA may contribute up to 100% of the total amount approved under the RFC grant award to implement an approved project, if the applicant has demonstrated that the proposed activities can not be funded under the FMA program due to lack of state or local capacity, which includes either the inability to manage the subgrant or lack of the 25% match.
For more information visit http://www.fema.gov/government/grant/rfc/index.
The SRL grant program provides funding to reduce or eliminate the long-term risk of flood damage to SRL structures insured under the NFIP. An SRL property is defined as a residential property that is covered under an NFIP flood insurance policy and (1) has at least four NFIP claims payments over $5,000 each, with at least 2 payments occurring within a 10-year period, (2) or has at least two separate claims payments that have been made with the cumulative amount of the building portion of such claims exceeding the market value of the building.
SRL funds will be allocated annually to States, Territories, and Tribe based on the number of Severe Repetitive Loss properties in their respective jurisdictions. Eligible SRL activities include: elevation, relocation, or demolition of existing residential properties; floodproofing measures for historical properties; minor physical localized flood control projects; and demolition and rebuilding of properties to at least the Base Flood Elevation (BFE) plus two feet.
Grants are eligible for up to 90% federal cost share. The State Mitigation Plan addresses how the State has and will continue to reduce the number of severe repetitive loss properties.
For more information visit http://www.fema.gov/government/grant/srl/index.
In a federal disaster declaration, the Federal Emergency Management Agency (FEMA) may consider funding mitigation measures to a public facility damaged by the event that enhance the facility's ability to resist similar damage in future events. This is often referred to as 406 Mitigation as it is authorized under Section 406 of The Robert T. Stafford Disaster Relief and Emergency Assistance Act. Section 406 provides discretionary authority to fund mitigation measures in conjunction with the repair of the disaster-damaged facilities. These opportunities usually present themselves during the repair efforts. The mitigation measures must be related to eligible disaster-related damages and must directly reduce the potential for future, similar disaster damages to the eligible facility. This work is performed on the parts of the facility that were actually damaged by the disaster and the mitigation provides protection from subsequent events. Mitigation measures must be determined to be cost-effective, technically feasible, and in compliance with statutory, regulatory and executive order requirements. In addition, the measure cannot cause a negative impact to the facility's operation, surrounding areas, or susceptibility to damage from another hazard.
Section 406 hazard mitigation funding and Section 404-Hazard Mitigation Grant Program (HMGP) funding are distinct. Section 406 mitigation funding is applied on the parts of the facility that were actually damaged by the disaster the mitigation measure provides protection from subsequent events.


RCL offer the full range of acquisition services to the Telecommunications Industry. Our team of surveyors have over 30 years combined experience and have built an unparalleled reputation in providing high quality Site Finding, Acquisition, Town & Country Planning, Estate Management, Design and Project Management services.
Our wealth of local knowledge coupled with our understanding of Local Authority Planning Departments and well developed relationships with a diverse number of Land & Property Landlords gives us the ability to continue to deliver the right solution meeting our Clients needs.
Our reputation has been built on successful delivery over an extensive period across the Telecommunications field providing Rooftop, Greenfield, Street Works, Microcell, and in building solutions.
We have delivered on a consistent basis providing high quality solutions to our clients needs across the UK.


Quality – Capability – Reliability
For aluminium windows, doors and wall/roof glazing systems, Grandview Windows is your trusted manufacturer, supplier and installer. We manufacture, supply and install to specification on project lots and have done so for over 25 years.
Work with us to ensure that the window and door components of your project are manufactured to your specification and delivered to site when you want then.
Aluminium and glass components of any building are high visibility and attention to detail is critical. Trust your reputation to the experienced team with a well-established track record – Grandview Windows.
Contact Grant or Greg at Grandview Windows and benefit from our long experience in the trade and innovative approach to current architectural design and construction processes.
We look forward to becoming part of your project team.


Planks of oak being prepared to start the build. Carefully making sure everything is the right size to start work.
Getting started by putting up the posts to secure the whole structure.
Building the structure of the carport is coming along perfectly.
Making sure everything is stable and secure to carry on with the build.
The posts and the structure are secure, safe and ready for further work to be done.
The structure of the carport is up, the posts are secure. Now preparing for the roof to be built.
The structure of the finished carport.
This is the finished carport, this was a really successful build and a great way to help our client.
The complete 9m x 9m Oak carport was a successful and great build.


December 6, 2010
RE: Letter of Recommendation for Tim Ryan and Ryan Land Surveying
To Whom It May Concern:
I am writing this letter to recommend the services of Ryan Land Surveying for the surveying and construction layout that is required on your project. I have worked with Mr. Ryan on the projects listed below and have firsthand knowledge of his exceptional abilities and the professional manner in which he performs his work:
At the above mentioned projects, Mr. Ryan demonstrated his skill and abilities in the following Surveying and Construction Layout activities:
Craig Dyksen, Project Engineer
When my neighbors installed a new pool in their back yard, we both decided that a privacy fence between our yards would be the best option for ensuring we both had the privacy we needed to enjoy our yards without interfering with each other. But we didn’t know the location of the property line.
I contacted Ryan Land Surveying and asked Tim Ryan if they could survey the property lines. I warned him that the lot was on the circle of a cul-de-sac and that the terrain was very steep and undeveloped. He quoted a very reasonable price and said he would be able to complete the survey within 2 weeks.
Tim arrived the afternoon of 11-13-18 and was able to complete the survey that afternoon, despite the difficult terrain. I asked if he could include a few extra stakes so my neighbors and I could get a better feel for where the fence would be located and he was understanding and willing to do that. The PDF of the completed survey plat was sent via email the next day and I included it with the permit application for the new fence.
I was very impressed both by Tim’s professionalism and by his willingness to explain the terminology he used when discussing the plot lines and layout. I was also grateful that he took the time to show me the original markings he’d found and new ones he added. I would highly recommend Ryan Land Surveying.


The past few years have been turbulent for the construction industry. We have seen supply chain delays, building delays, and soaring costs all threaten the stability of our sector. But it’s time to usher in a new era.
As the number of building projects continues to grow, demand for talent is rising. While this is great news for our construction and engineering professionals, it does place a degree of pressure on employers. Do they have the necessary skills in place to return to pre-pandemic employment levels? And after workforce reductions, how will they entice the best people for the job?
The challenge is to build a robust construction engineering workforce capable of withstanding the influx of projects blowing in on the winds of change – meaning that organizations are tasked with filling open roles, while building a pipeline of emerging talent to replace retiring workers.


1399th Engineer Construction Battalion
The 1399th Engineer Construction Battalion was established April 1944. Soldiers of the 370th Engineer Battalion were the nucleus of the battalion. Stationed on Oahu, the 1399th did not engage in combat but contributed greatly to the war effort. Dubbed “The Lost and Forgotten Battalion,” the 1399th completed over 54 major projects, including: construction of a million-gallon water tank, jungle training camps, air-strips, warehouses and water lines.


In recent years Inaya has diversified its activities into the field of building refurbishment and project management. This has been a natural progression to enable us to provide our clients a ‘’one stop shop’’ facility in building services provision. We undertake projects ranging from simple refurbishment of residential/commercial units to complex building reconfiguration and retrofit projects.
We cover all building aspects including civil and MEP aspects and decorative works. Our focus is on providing clients with turnkey solutions tailored to their specific requirements.
Accurate estimation, effective cost control and efficient pre-execution planning and project management are the key attributes which we emphasis on in any project. Our team has a vast experience across the building refurbishment industry, so you can be sure that your project is in expert hands.
Our key projects to date are:
- APCO Worldwide – Office Interior fit out, Media City
- Asma Majid Tower Abu Dhabi – Refurbishment works
- Dragon Mart 2 – Supply and installation of Hoarding works during tenancy fit out phase
- Dragon Square in Dragon Mart 2 – Civil & MEP works associated with the development of Dragon square.
- Golden Mile 1 & 2, Palm Jumeirah – Development of retail areas of Golden Mile Galleria Mall with re-design/re-configuration.
- Dragon Mart 2 – Construction of food court storage rooms
- Golden Mile 1 & 2, Palm Jumeirah – Refurbishment of car parks
- Ibn Battuta Mall – Reconfiguration and Renovation of Washrooms
- Al Khail Gate community – Kitchen cabinet installations in over 3000 units
- Crescent Wall Palm Jumeirah – Refurbishment and Painting works of the 10 km long crescent wall
- Palm 360 site Palm Jumeirah – Supply and installation of External Perimeter hoarding
- Discovery Gardens – Exterior and Façade painting of 63 numbers of OA managed buildings
- Discovery Gardens – Supply & Installation of aluminium window shutter for 49 numbers of OA managed buildings
- EOL refurbishments of more than 4000 residential units for clients such as Nakheel, Wasl etc.


In 2014-2015, RMC worked with both the Novato Sanitary District and the State Coastal Conservancy to obtain Regional Water Quality Control Board approval to relocate the District’s outfall about 1.2 miles inland to a restored marsh adjacent to the Hamilton Wetlands Restoration Project. The outfall’s new location provides year-round freshwater flows to help sustain the brackish marsh habitat. We also provided full regulatory assistance for reissuance of the 2015 National Pollutant Discharge Elimination System (NPDES) permit for the District’s 7.0-MGD secondary wastewater treatment plant.
RMC began the work by leading coordination activities with Regional Water Quality Control Board staff to verify the regulatory approach for supporting the outfall relocation. We then completed four important water quality studies:
- Dilution Analysis of the Proposed Discharge. The District’s previous NPDES permit included dilution credits for specific water quality parameters. RMC investigated the applicability of these dilution credits with the new outfall. Through modeling, conducted with the assistance of modeling subconsultant RMA of Davis, California, we analyzed hydrodynamics and water quality in the San Pablo Bay to evaluate potential dilution of the proposed discharge. We performed tracer analyses to define site contours for varying dilution factors.
- Mixing Zone Analysis. For the Regional Water Quality Control Board to allow dilution credits, the State Implementation Policy (SIP) dictates that certain mixing zone conditions be met. RMC prepared a detailed mixing zone analysis by evaluating effluent and receiving water data to determine the relevant parameters, using the effluent data to determine the smallest practicable mixing zones, and analyzing the SIP mixing zone conditions.
- Antidegradation Analysis. The relocated outfall must comply with federal and state antidegradation policies, which define different “tiers” according to water quality and/or impairment. To demonstrate compliance, RMC collected, analyzed, and compiled extensive water quality data. We then quantitatively evaluated the incremental water quality impacts of a year-round discharge from the treatment plant to the marsh by studying effluent and receiving water concentrations for numerous pollutants, as well as estimating pollutant loads from wastewater treatment plants throughout the Bay Area. RMC also identified specific environmental and socioeconomic benefits of the project, and used the tiers to determine compliance with the antidegradation policy. Our analysis showed that the receiving water is expected to continue to meet water quality objectives and protect beneficial uses after the outfall is relocated.
- Justification for Shallow Water Discharge. The San Francisco Bay Basin Plan specifically prohibits point source discharges that achieve an initial dilution of less than 10:1 with few exceptions. To justify continued exception to this prohibition for the new outfall, RMC developed a document that shows how achieving a dilution greater than 10:1 would be an inordinate burden, describes the District’s active water recycling program, and presents the specific net environmental benefits of the proposed marsh.
As these four water quality studies were being performed, RMC was also intricately engaged in the District’s NPDES permit reissuance process. We completed multiple federal and state forms, maps, and schematics and documented District improvements. RMC collected, compiled, and reviewed several years of plant influent, effluent, biosolids, and receiving water monitoring data to complete the 2014 permit renewal application—also known as the Report of Waste Discharge (ROWD). Using this data, our team performed a reasonable potential analysis (RPA) for the District’s effluent to identify constituents needing effluent limits and calculated anticipated final effluent limits. Because there are different ways to interpret language in state and regional regulations, we conducted sensitivity analyses with the RPA to determine the most appropriate regulatory scenario for the District.
Throughout the efforts, RMC kept the communication lines open among the District, the State Coastal Conservancy, and the Regional Water Quality Control Board. We also kept a close eye on upcoming regulatory initiatives (e.g., statewide toxicity policy) and several other NPDES permit renewals that could set precedent for new permit requirements.
After submittal of the ROWD with the water quality studies in September 2014, RMC continued to assist the District with NPDES permit negotiations. Our staff performed in-depth reviews of both the administrative draft permit and public draft permit (i.e., tentative order), prepared detailed comments in both instances to submit to the Regional Water Quality Control Board, and actively engaged in discussions with the three entities about the permit. RMC’s proactive communication and thorough analysis and documentation led to a successful permit adoption in July 2015.
Jennie Pang – Environmental Engineer


Land leveling is a crucial aspect of construction projects, and it can make all the difference in ensuring that the project proceeds as smoothly as possible. One tool that has gained increasing popularity among construction contractors for land leveling is the skid steer land leveler. This heavy-duty equipment boasts several benefits over traditional grading methods, making it an essential asset on your site.
Project management in construction involves the efficient use of resources, including time and budget. A skid steer land leveler is a valuable tool to help achieve these goals. With its ability to quickly grade and level large areas of land, it can significantly reduce project timelines by saving hours or even days compared to traditional methods.
Resource allocation is also crucial in any construction project. By using a skid steer land leveler, contractors can reduce the need for manual labor and heavy machinery like bulldozers. This translates into cost savings on both labor and equipment rental fees. Additionally, skid steers are relatively low-maintenance machines that require fewer repairs than larger equipment. As such, downtime reduction due to equipment maintenance is another benefit of adding a skid steer land leveler to the fleet of tools used during construction projects.
Just as a skilled artist uses a paintbrush to create intricate and detailed strokes, utilizing the right equipment is crucial for achieving precision and accuracy in construction projects. Along with saving time and reducing costs, using a skid steer land leveler also enhances the quality of work by ensuring that the land is leveled precisely according to plan. With its advanced technology and powerful hydraulic systems, this machine enables contractors to achieve an unparalleled degree of accuracy when leveling large areas of land.
Land leveling techniques have evolved significantly over the years, from manual grading tools to heavy machinery such as bulldozers and excavators. However, none can match the versatility and precision achieved with a skid steer land leveler. This machine's compact design allows it to navigate tight spaces without damaging surrounding structures or landscapes while operating at high speeds. Moreover, its adjustable blade height ensures that only specific layers are removed during the leveling process, optimizing site preparation for future construction needs. By incorporating these features into your project planning phase, you can optimize your construction site for maximum efficiency while enhancing overall safety on-site. If you are looking for the best skid steer land leveler, look no further than CL Fabrication. Contact them today to know more information.
One of the most significant advantages of using a skid steer land leveler is its versatility. This piece of equipment can seamlessly transition from one terrain type to another, making it ideal for various construction projects. Whether you are dealing with uneven ground or rough terrain, the skid steers land leveler can handle it all.
Furthermore, custom attachments can be added to the skid steer land leveler, enhancing its functionality even further. The ability to customize your attachment allows you to tailor it precisely to your specific job requirements. Additionally, this machine is not only limited to heavy-duty tasks but also suitable for landscaping applications such as removing rocks and debris or grading soil in preparation for planting. Its versatility makes it an excellent investment for contractors who work on different types of construction sites regularly.
After exploring the versatility of a skid steer land leveler, it is important to consider the safety benefits for workers. The construction industry has always been associated with high-risk tasks that require proper equipment and safety measures. With this in mind, using a skid steer land leveler can significantly improve worker protection on site.
One major advantage of using a skid steer land leveler is its ability to reduce accidents related to uneven terrain or poorly maintained surfaces. This machinery allows operators to easily maneuver through rough terrains while keeping them safe from falling objects or debris that could cause serious injuries. Furthermore, since these machines are designed to be compact and agile, they can access hard-to-reach areas without putting workers at risk of getting stuck or trapped. By prioritizing worker protection through the use of efficient and reliable machinery like a skid steer land leveler, companies also avoid costly work-related accidents that can impact their bottom line negatively. In addition to ensuring worker safety, effective maintenance practices should be implemented regularly to prolong the lifespan of the equipment used in construction projects.
Technological advancements have drastically changed the construction industry, making it more efficient and productive. One of these technological advancements is the skid steer land leveler, which has become an essential tool for various construction projects. The skid steers land leveler is designed to grade, level, and excavate surfaces with precision and speed. Its compact size enables it to maneuver through tight spaces, allowing workers to complete tasks in areas that are otherwise inaccessible by larger equipment.
Best practices dictate that maximizing the utilization of available resources is crucial for any project's success. With a skid steer land leveler on hand, contractors can optimize their workforce by reducing manual labor hours required for leveling uneven terrain or clearing debris from the site. This results in significant cost savings while improving overall productivity. Additionally, investing in training programs ensures that operators understand how to use the machine safely and effectively, minimizing accidents and downtime due to operator error.
Training programs provide comprehensive education on operating procedures, routine maintenance checks, troubleshooting tips as well as safety protocols necessary when using heavy machinery like skid steer land levelers. By providing adequate training programs for all employees who will operate this piece of equipment before starting work onsite; you reduce risks associated with accidents caused by inexperienced operators- one less thing to worry about.
As we have seen in the previous section, using a skid steer land leveler can significantly improve efficiency and productivity on construction sites. However, it is not just about speed and convenience anymore. In today's world where environmental sustainability has become increasingly important, eco-friendly construction practices are no longer an option but a necessity.
Fortunately, using a skid steer land leveler can also contribute to reduced environmental impact. Compared to traditional methods of land leveling such as bulldozing or excavating, the use of a skid steer land leveler creates less soil disturbance and damage to vegetation. This means that it reduces erosion and preserves topsoil which helps retain moisture in the ground. Additionally, the use of this machine can reduce fuel consumption due to its smaller size and versatility, further reducing carbon emissions from machinery used on-site. Overall, incorporating eco-friendly practices into construction projects through the utilization of tools like a skid steer land leveler can help protect the planet for future generations.
Training requirements for operating a skid steer land leveler are minimal, which makes it an ideal piece of equipment for any construction project. Most operators can quickly learn how to operate the machine and become efficient within a short time frame. However, before using the equipment on site, all safety precautions must be followed to prevent accidents.
Maintenance tips for a skid steer land leveler include regular cleaning and greasing parts such as pivot points and hydraulic fittings. It is also important to inspect the tires regularly and keep them inflated at the recommended pressure levels. In addition, checking fluid levels such as engine oil, transmission oil, coolant, and fuel ensures smooth operation and prevents damage due to low levels. Operational challenges may arise from time to time; however, with proper training and maintenance checks carried out routinely, these issues can be resolved promptly. Operator comfort is also essential in ensuring maximum productivity while working with the machine over long hours. Proper seating position adjustment will reduce operator fatigue during extended use periods.
A skid steer land leveler's ease of operation and maintenance is undoubtedly an attractive feature for any construction project. However, the long-term return on investment (ROI) is what truly sets it apart from other tools in the market. When considering the purchase or rental of heavy equipment, financial planning should be at the forefront of decision-making. A well-informed ROI calculation can help justify the cost of investing in a skid steer land leveler.
One way to measure the ROI of this tool is through its versatility. A skid steer land leveler can perform several tasks such as grading, digging, pushing materials, and more. By having one machine that can handle multiple jobs, there is no need to invest in additional equipment which saves money in the long run. Additionally, its efficiency reduces labor costs by minimizing manual work and speeding up projects' completion time. Overall, incorporating a skid steer land leveler into your construction project's toolkit has proven to increase profit margins over time with proper budgeting and financial planning.
The benefits of utilizing a skid steer land leveler for your construction project are undeniable. From its ability to deliver precise grading to its efficiency in saving time and resources, this versatile tool is a game-changer in the industry. By incorporating a skid steer land leveler into your project, you can experience increased productivity, enhanced safety, and impeccable results.
Now that you know the numerous advantages, it is time to take action. If you are ready to harness the power of a skid steer land leveler and elevate your construction project to new heights, don't hesitate to contact a trusted fabricator such as CL Fabrication. Contacting a fabricator specialized in skid steer land levelers will ensure you have access to the highest quality equipment tailored to your specific needs.
Remember, every successful construction project starts with proper site preparation, and a skid steer land leveler is the ultimate tool to achieve outstanding results. Take the next step towards efficiency, accuracy, and success by contacting CL Fabrication today. Your project deserves the best, and a skid steer land leveler is the answer.


We Offer New Generation Traffic Signaling Systems.
Incepted in the year 1988
, we, “Trafitronics
”, are an ISO 9001 : 2008 certified
organization, which is engaged in manufacturing, supplying a qualitative range of Traffic Signal and Safety Products. Under this range, we are LED Traffic Signal (Green, Red Full Circle), Traffic Cones, Road Studs, Solar Powered Traffic Signals and Wire Harness For Solar Power Traffic Signal. In addition to this, we are offering Polycarbonate Body (Head) -Internal View, Polycarbonate Traffic Signal Body (Head) -Side View, Pedestrian Green & Red Retrofit, Retrofit Back Side View, LED Green Arrow –Right and LED Green Arrow-Left among others. The offered range of traffic signal products is manufactured by our experts using high grade raw material and components that are obtained from the certified vendors of the market.
Our offered range of products helps in managing traffic in roads and made daily to daily transportation smooth and easy. Further, offered traffic signal products are highly appreciated among the clients for their low maintenance, longer service life, easy installation and optimum functioning.
Due to the sincere hard work of our adroit workforce, we have been able to meet the expectations of our clients. Our competent team of professionals makes its sincere efforts to ensure the swift flow of work. Further, as being a client-centric firm, we always ensure to fulfill the variegated requirements of clients. Our respected clients can avail our offered range if traffic signal products at market leading prices.
Owing to immense support of our professionals, we have been able to develop a huge clientele all across the nation. Some of our major clients are Tata Motors, Kinetic Group, Bajaj Auto and ADOR Group.


Underground Plumbing is Our Specialty
There are just as many piping systems outside of a home or building than there are inside, and just like a leaky pipe in the basement, a pipe underground can easily break or corrode. Many times, a plumbing technician will find that a plumbing issue inside of a home is being caused by a pipe that needs serviced outside the home.
This is where the Mr. Rooter Excavation comes in! We have three-person teams that can solve any underground plumbing issue.
I have been working with Mr. Rooter's excavation division for 15 years and I could not ask for a better plumbing company to work for.
Justin Gray | Cleveland, OH
Sewer Line Repair & Replacements
Sewer System Backups
Downspout Repair & Replacement
Underground Tile Replacement
Gas Line Replacement
This is our team leader position. Overseeing the operation of the entire team and operating large machinery such as a dump truck and a backhoe are required. Must be a team player with excellent customer service skills.
This team member is the piping expert. Spending time in the trench removing or repairing broken piping. Skill with various hand tools is necessary. This person must like to work with their hands and be unafraid to get dirty!
Team laborers help in various aspects of an excavation job. Assisting the underground plumber, cutting new sections of piping, or refilling a trench are all common job responsibilities. Previous excavation experience is NOT REQUIRED.


Van Bergen Architectura designs sustainable, smart buildings that focus on the use of space.
What tasks suit Van Bergen Architectura?
Van Bergen Architectura delves into the use of space as the basis of good design. We think about emotions appropriate to the use and let them influence the design. This is how we achieve a more layered architecture.
Focusing on routing, light and material, we create beauty in the building.
Together with the client we look for the right balance between ambition and feasibility, every euro must shine.
Michael graduated cum laude from the Academy of Architecture in Amsterdam in 2016, for his project New Life for the Dead he was nominated multiple times. After 10 years working at renowned firms, Michael started his studio Van Bergen Architectura in 2016.
Besides the studio, Michael is a passionate lecturer at TU-Delft in wood construction, examines at the Academy of Architecture in Amsterdam and is active in various neighborhood participations for a more ‘livable’ city. He is also working on a book about modern craft.
Van Bergen Architectura is a network studio. The studio consists of a collective of architects, urban planners, project developers, landscape architects and lighting designers. Within the studio an appropriate team is formed for each assignment with driven consultants and designers.
Currently we are collaborating in projects with:


The Library Planning and Construction department helps communities build new libraries or revitalize existing structures and serves as an advisor between them and state funding agencies.
Staff assist with the planning and funding of construction, remodeling, energy conservation, emergency preparedness, accessibility, space planning, and budgeting.
Planning and Construction manages two major programs for funding libraries: Capital Outlay and Major Repair and Renovation (MRR).
Capital Outlay Grants
This is a matching-funds program primarily for new library construction that also provides financial aid for full-facility renovations and large additions to existing facilities. Funding is allocated by state legislation and funded by General Obligation bonds through the Georgia State Financing and Investment Commission.
Major Repair and Renovation (MRR) Grants
MRR is also a matching-funds program that assists library facilities with deferred maintenance projects and improvements. Typical projects range from structural issues to roof repair and HVAC replacement. It also assists with upgrades needed to help libraries meet the Americans with Disabilities Act’s Standards for Accessible Design.


Among the most vital as well as common roof services available is the repair service of leaking roofings. Water can do fairly a great deal damage to property if it permeates right into the roofing. They likewise recognize precisely which parts of their roof covering are vulnerable to establishing leakages, and also they might discover problems in the roofing locations which aren't always evident to the naked eye. This is among their numerous skills, and one which they need to utilize to take care of problems as they occur, and to stop them from repeating. It's an ability that can assist to shield the house. Roofing companies give a wide variety of other solutions also. Open the site to learn more about chattanooga best roofing company.
Among these is called pre-tack repair, which is a kind of preventive upkeep solution that prevents additional damage to the roofing by executing some small roof repairs before the start of a roof task. In some cases it is less complicated to repair things prior to they end up being damaged, as well as sometimes it is easier to replace the entire thing. Pre-tack repair works to ensure that your roofing is solid enough to stand up to whatever the weather condition tosses at it. If there is an existing leakage, for instance, this can be resolved prior to any type of other job obtains done, and any kind of excess repair work is removed prior to any kind of more damage occurs.
Expert roofing firms will certainly likewise inspect old residential or commercial properties for problems, as well as will accomplish routine upkeep checks that a homeowner may not have the ability to execute himself. Among these assessments is an assessment of your roofing to identify whether you need a brand-new roofing. A professional roofing firm will certainly have the ability to identify any kind of signs of damage, such as missing ceramic tiles, openings, or age places. They can also examine the roof covering for indications of damage brought on by pets, such as skunks and raccoons, which are recognized to create damages to roofing materials. There are various kinds of seamless gutters that can be mounted on residences; however, a trusted roof firm will certainly suggest that you have them changed as soon as possible.
Seamless gutters are among the major causes of roof covering leaks, as water can conveniently enter with tiny openings, especially around downspouts. This will certainly result in water accumulating on the roofing system and also causing larger leakages; over time, this can swiftly lead to roofing failing. Normal evaluations of rain gutters will aid avoid leaks and also help you stay clear of huge expenses in the future. Just like seamless gutters, there are a variety of different kinds of roofing system leaks; nonetheless, one of the most common type is caused by the visibility of pooled water underneath a roofer's shingles. These leakages are often caused by badly designed blinking, which allows some water to seep via.
Many commercial structures experience this sort of leak, which is why professional roofing companies are needed in order to perform the required repair services. Along with preventing water damage, they also help seal versus leakages, allowing you to keep your building's look while avoiding leaks from taking place to begin with. If you require to have particular sections of your roof covering replaced, such as old skylights or home windows, there are likewise a range of roof solutions available to do the task for you. For additional information about these services, view here!
Lots of commercial buildings suffer from split or missing out on roof coverings; fixing these frameworks can considerably minimize your insurance coverage costs as well as improve your service's picture. While setting up new roofs is a complicated process, many roof covering services available today offer the competence needed to complete the task effectively. The best component regarding working with a reputable firm is that they will certainly give every one of the materials required in order to fix or replace a harmed roofing system. Consequently, they won't require you to purchase products prior to they get to your home or business. Check out this blog to get enlightened on this topic: https://en.wikipedia.org/wiki/Roof.


SAND FILTER SYSTEM WITH BLOW-MOLDED TANK
Our unique blow-molded process creates a one piece, non-corrosive tank of unequaled strength and durability. This pump and filter system provides excellent performance at an affordable price.
- Six-position 1-1/2 in. multiport valve
- Self-priming Dynamo® pumps in 3/4, 1, and 1-1/2 hp ratings
- Unique process creates a one-piece, non-corrosive tank of superior strength and durability even in the most demanding of applications
- Combination water and sand drain makes servicing and winterizing fast and easy
- Unionized Pump to Filter connection


DISCIPLINE FOCUS: Architectural Conservation and Sustainability Engineering is a unique engineering discipline focused on sustainable development and heritage conservation. These have become guiding principles for our modern industrial society. With increased awareness of the importance of economic, social and environmental sustainability, expertise in sustainable green building design and heritage conservation is now in high demand. Graduates in architectural conservation and sustainability apply their knowledge in sustainability to the design and retrofit of new and existing buildings, considering areas such as life-cycle costs, impact of selected materials, and energy needs and consumption. They also bring their expertise to the burgeoning field of conservation, as more buildings receive heritage designation and are in need of repair and adaptation. There are two streams offered in the program, which students select after second year. The Structural Stream allows students to take all the structural design courses that a civil engineer completes and the Environmental Stream focuses on water quality and conservation, air quality, life-cycle analysis, and proper recycling and disposal of materials and waste streams.
IMPROVING THE WORLD THROUGH ARCHITECTURAL CONSERVATION AND SUSTAINABILITY ENGINEERING: Designing, managing and protecting our infrastructure with a focus on conservation and sustainability will ensure responsible use of our energy and natural resources while protecting our environment for generations to come.
POSSIBLE JOBS: The Architectural Conservation and Sustainability Engineering program was developed in response to the needs identified by industry: the need for engineers with expertise in heritage conservation and rehabilitation, and sustainable, energy-efficient building design. Our graduates work in engineering consulting and design firms, in all levels of government and with different organizations focussed on heritage conservation and sustainable building design.


The March snowstorm was the fourth largest in Denver since 1881.
DENVER – Two days after a historic snow storm in the Denver area, many surrounding cities are still clearing roads – the March snow storm was Denver’s fourth largest since 1881.
While most of the main streets have been cleared, many side streets in the subway area are still covered in inches of snow. 9NEWS asked some metropolises about their road conditions two days after the storm.
City officials said their main and back roads are 100% passable for rescue workers. Right now they are working on addressing some of the residential areas by streets while continuing to clear turn lanes and street entrances on main roads.
Unlike Denver, Aurora doesn’t have smaller plows for back streets. The city tells 9NEWS that their snow removal plan is to work from roads with highest priority to lowest priority. Until all is said and done, they are within 2 to 3 blocks of each home.
Commerce City began work on residential streets on Tuesday. They too work from the highest to lowest priority and have focused on main roads. City officials told 9NEWS they would address back and forth streets that complete the city’s transportation network and provide access to schools.
This is where people can see the progress of snow removal in Commerce City.
A spokesman for the city of Arvada said 9NEWS plow crews have been able to take a pass at least once on each road since the storm. Communications manager Ben Irwin said the city could report a snow safety emergency on Sunday so contractors could assist with the snow removal process early on.
Arvada has a priority list for the snow removal process. You can find it here.
Douglas County told 9NEWS during a storm that all equipment was destined for busy county roads to ensure emergency teams could safely respond to calls. Once the storm is over, the plow crews work on the neighborhood streets.
On Tuesday, a spokesman announced that the district has 64 snow removal devices with which dead ends and side streets are to be cleared.
RECOMMENDED VIDEOS: Snow in Colorado


Features and Screenshots Construction Company Simulator – build a business! Game for Android
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Construction Company Simulator – build a business! Download Apk + Mod version for android: Become a director and a driver for a small building company in a new construction simulator! You have a lot of stuff to build – from a house to huge bridge. And multiple trucks to build with – from an excavator to tower crane. New construction simulator offer you to run a full-scale building company and build objects yourself!
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Build everything, from a small house to railway tunnels
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CITY OF SAN JOSE DEL MONTE, BULACAN – In a move to expand safe and potable water service, San Jose del Monte City Water District (San Jose Water) held the ground-breaking ceremony for its new Water Treatment Plant no. 3 (WTP-3) on March 23, 2017.
The ceremony, which was held at the WTP-3 site in Brgy. Tungkong Mangga, marks the official beginning of the implementation of the project.
Present during the said activity are the San Jose Water Board of Directors headed by Chairman Enrique A. Delos Santos, the San Jose Water management team headed by GM Loreto G. Limcolioc, and Local Water Utilities Administration (LWUA) Senior Deputy Administrator, Mr. Edgardo De Mayo.
The event was also graced by the presence of several local government officials, notably City Mayor Arthur B. Robes. Also in attendance were members of the city council, and officials from the city’s 59 barangays.
The WTP-3 can serve 15,000 additional families which will be relocated by the National Government to the City of San Jose del Monte in the next five years.
In his message, San Jose Water Board Chairman Enrique Delos Santos said that the treatment plant is San Jose Water’s response to the increasing demand of the city.
“The city’s population is rapidly increasing because of the continuing relocation of Metro Manila’s informal settlers to the city by the national government and the boom of real estate development for residential and commercial establishments. The city will also host one of the stations of MRT Line 7 so we expect further commercial development in the city, which will also mean additional demand for safe and potable water,” said Board Chairman Delos Santos.
For his part, San Jose Water GM Loreto Limcolioc said that the water source for the city residents is no longer enough to meet the demand.
“We are awaiting the operation of the Bulacan Bulk Water Supply Project but we cannot sit while our people thirst. We have to do something while the Bulacan Bulk (Project) is still being constructed,” GM Limcolioc said.
The treatment plant will process 10,000 cumd of water which will be sourced from Angat River. The volume is part of the 30,000 cumd allocated by the Metropolitan Waterworks and Sewerage System (MWSS) in 2014 for San Jose Water’s use.
GM Limcolioc said that if the Bulacan Bulk Water Supply Project will not materialize by 2018, the treatment plant will be expanded to accommodate the remaining 20,000 cumd.
The WTP-3 forms part of San Jose Water’s Comprehensive Water Supply System Project – Phase 3.


The scope of our maintenance contract includes a 24-hour emergency response service. We have a 24-hour on-call list for our technicians, via our call centre and the phone number for emergency response. We offer a 7-day, 24-hour call-out service, a climbing lane in the event of a communication breakdown and a mobilization process in case the response to incidents requires more resources than a single technician. TSL was the subcontractor responsible for the work on traffic lights and public lighting for this project. These include pipeline, fattening facilities, wiring, hanging and installation of lanterns, software testing, commissioning and initial maintenance. We have also installed SCATS connections via multiplexar for crossovers. During this period, we partnered directly with JTOC in software installations, commissioning and integration. In addition to traffic lights, TSL has provided and installed streetlights as part of the New Lynn revitalization project. We also designed and built the electronic road signs for bus ducts. Over the past four years, Auckland City Council has implemented a series of road construction projects that have included new or improved lights. The services we have provided are examples of this: maintenance and modernization work is often carried out at busy and busy intersections where it is important to minimize disruption to pedestrian and traffic flows. We have established an excellent collaboration with our customers, we meet their wishes and we understand their requirements towards us. During this contract, we developed a number of innovations that offered benefits in terms of reduced costs, security or added value.
This contract covers the maintenance and updating of 100 traffic lights. The scope includes prevention, 24-hour emergency and error response, lamp change, wiring and electronic component repair, controller configuration, loop exchange, updated RAMM asset data, traffic management, and proactive device status message. Upgrades include crossover hardware and software, switching to LED lanterns, new pylons, controller loops, wiring; Integration with SCATS and making available all integrated and ramm asset data. The ongoing maintenance of various traffic lights on St. Charles Road. Busy intersections on St Charles Road are a priority for maintenance. We have worked closely with local businesses, local schools and motorists to minimize disruption to their day-to-day operations. TSL has completed all the work at a very high level, showing that it can provide on time and budget with sufficient resources. This project required a very detailed and complex management of traffic and pedestrians. Design, manufacture, supply and installation of signalling masts and feeder arms, including some innovative traffic lights/road light masts.
Installing and installing traffic light controllers. Delivery and installation of ampellans. Development, installation and integration of a new Pedestrian Count reverse lantern for the Queen St project (see separate case study).


S&W Ready Mix Concrete Co LLC is a supplier of ready mix concrete operating 24 plants and over 200 trucks in Eastern North Carolina and Myrtle Beach South Carolina. Surrounding the military institutions of Camp Lejeune, Seymour Johnson AFB, Cherry Point AFB, and Ft. Bragg as well as the coastal cities of Wilmington through Myrtle Beach to Georgetown, SC. S&W Ready Mix Concrete was founded on the principles of quality and service.
Our technical services department operates a full quality control lab in Wilmington, NC. Mix design and material tests are performed daily to ensure the plastic and hardened properties of our concrete exceeds expectations. New admixtures and specialty concrete such as marine concrete, self-consolidating concrete, long haul concrete, slump retaining concrete, and high strength mixes are routinely evaluated and available to meet any project specification.
S&W Ready Mix Concrete has invested heavily in customer service, safety, and the environment. The safety and environmental programs have both been recognized as a leader in the industry by way of multiple awards from the Carolinas and National Ready Mix Concrete Associations. We have the latest in truck tracking technologies and offer a customer mobile app for instant order and truck tracking information.


Commonwealth Engineering Inc. (CEI) provides personal and professional engineering, surveying and permitting services to Architectural firms, Developers, Contractors, Municipalities and the Public Sector.
We specialize in the Survey, Design, Permitting and Construction Staking of Residential, Commercial and Industrial Developments.
- Site Plans
- Stormwater Management
- Residential Developments
- Septic Systems
- Utility Design and Permitting
- Consulting Services
- ALTA Surveys
- Land Court Surveys
- Global Positioning Systems (GPS)
- Construction Layout
- Boundary Surveys
- Topographic Mapping
- Lot Stakeouts
Commonwealth Engineering, Inc. (CEI) was incorporated in 1990, formed by a development company to provide civil engineering and surveying support for its projects. In 1996, under new management, CEI took a new direction and expanded its clientele, providing professional services to developers, municipalities, institutions, commercial and residential property owners, attorneys and architects.
In association with subconsultants, CEI can also provide wetland, landscape architecture and architectural design, planning and permitting services.


IntIntSec - Intelligent InterSection
Increasing volumes of traffic in inner-city areas aggravates the tensions between safety, traffic efficiency and environmental pollution. While intersections are critical nodes in traffic networks, most of them are simplified and only controlled via fixed, pre-defined traffic light phase schedules.
Inflexible, sub-optimal traffic light control can lead to unnecessary traffic jams and vehicle emissions. The individual needs, requirements, and possibilities for different road users (e.g., connected vehicles, pedestrians, cyclists, scooters, etc.) are not properly considered.
Modern ICT, communication and control concepts offer the potential to comprehensively manage intersection traffic in real time, to consider the requirements of all road users, interpret the situations accurately, and to implement individual, coordinated and cooperative control strategies to achieve a holistic optimum.
The project will collect, link and use available real-time information of the positions, speeds and expected behavior of many different road users in order to simultaneously
- ensure traffic safety for all road users,
- regulate the resulting traffic flows efficiently, and thus
- minimize the overall energy consumption and emissions of the road users due to the intersection passage.
The involvement of the many, heterogeneous relevant stakeholders in terms of human-centered design, the effective technical design and solution of the required optimization, control, and communication approaches, and the evaluation of these solutions go far beyond the state of the art and require the R&D work within this project.
Context information (time of day, weather, regional traffic volume) is combined with real-time data provided by on-board sensors (e.g., from connected vehicles with assistance systems) or innovative traffic monitoring systems (e.g., for pedestrians or cyclists).
This comprehensive approach makes it possible to capture the intersection situation in more detail, control traffic more efficiently and resolve dangerous situations or even prevent them from occurring in the first place.
To this end, the project also aims to develop new communication methods to enable interaction with the different road users. IntIntSec will not only provide design methods for intelligent intersections but will also quantify the added value for the various groups of road users (including pedestrians), residents, operators, public actors and traffic planners, and develop an interdisciplinary, inclusive methodology for obtaining these findings.
TU Wien, Institute of Telecommunications
Other consortium partners
- TU Wien - Institute of Mechanics and Mechatronics
- Swarco Futurit Ges.m.b.H
- Austrian Road Safety Board (KfV)
- komobile W7
Institute of Telecommunications
Univ.Prof. Dr.Christoph Mecklenbräuker


Richard Harkless, Project Manager
Rick has over 35 years experience in the civil engineering field focusing on all aspects of private development, transportation, storm water management, and stream restoration projects. He has been responsible for multi-family, single family, commercial and industrial projects and public street improvements. Work performed includes site planning, zoning, compliance consultation, grading, storm water management, sanitary and water design, pump stations, and periodic construction inspections. He has expertise in all of the design functions and CAD work necessary to complete a project from conception through construction.
- Storm, sanitary and water design
- Grading and drainage plans
- Public roadway improvements
- Parking lot restoration
- Maintenance of traffic
- City of Columbus Curb Ramp Training


Pipes is any intricate system which lugs fluids for various usages through a collection of terminals. It may entail distribution, storage, or disposal of fluids. It also involves the building and construction of public structures, private homes, and also personal markets. Plumbing consequently includes gas, fluid, and solid substances performed pipelines for transport or passage. Public water systems include city water, private wells, country water networks, as well as private metropolitan water supply.
Plumbing also involves the building and construction of pipes, fixtures, shutoffs, and also other devices for carrying liquids. Public utilities consist of high-voltage line, gas, high-pressure oil, and telecoms. They are primarily used to bring liquid-carrying liquids as well as liquids with low pressure. Residential plumbing solutions handle fixtures such as cooking area sinks, bathroom seats, cooking area faucets, garbage disposals, tubs, showers, toilets, faucets, water heaters, as well as other fixtures. Specialist pipes services handle drainage, line water heaters, sink as well as tub fixtures, as well as piping for these plumbing fixtures.
Industrial pipes consists of underground water systems, storm drain systems, and also sewer system. They are mostly used to carry resources and fluids from plants and manufacturing facilities to industrial facilities and various other locations where they are required for industrial purposes. The pipes professionals keep and also fix water supply as well as pipes, inspect the functioning of drainage systems, perform maintenance on pipelines and tools, and also prepare blueprints.
A plumbing plays an important role in the construction of public utilities. When it comes to drain lines and water pipes under roadways, he removes obstructions and also repair work pipelines. In case of connecting waste pipes to sewage system lines, he gets rid of obstructions, mounts components, and repairs shutoffs. In case of fixing water mains and also repairing septic systems, he cleans and also repair services pipelines as well as fixtures. When it comes to installing iron pipes and also joints in walls as well as roof coverings, plumbers flexes as well as shapes pipes.
Plumbing is separated into 3 groups: Public, Private, and Service provider’s. Public plumbing systems consist of sewers, water drainage systems, and tornado drain; private pipelines consist of showering, faucets, commodes, rest rooms, showers, baths, and also kitchen sink. Service provider’s pipelines include pipes for water drainage; building pipes; fire places and also smokeshafts; plumbing fixtures; sinks and bathrooms; sinks for bathroom and kitchen usage; and also floor covering, roofing, and ceramic tile installment. A pipes citation required to be developed by qualified designers or service technicians who have gotten appropriate experience in the various kinds of pipes systems and also fittings. An engineer should be selected for every type of job to make certain that it is done according to code and security requirements.
To price estimate a professional plumbing technician, you require to initial send out an initial email or contact us to ascertain whether the proposed task is accepted by the city government. A plumbing might also be contacted us to evaluate an issue in the drainpipe area. For large tasks, such as septic systems and also water tank, it is usually better to hire a certified professional than to attempt as well as deal with the problem by yourself. Certified plumbing services or pipes service provider can assist in saving you time, money, and also even minimize stress and anxiety when unwanted fixings as well as upkeep happen.
It is unusual exactly how an apparently easy procedure can become a frustrating and also unsafe task, when it concerns the ideal plumbing devices as well as supplies. A lot of residence plumbing professionals have a wide variety of devices available to handle various pipes circumstances. These consist of water extractors to get rid of gathered debris from drains, pressure washing machines, air drills, and other tools that will help them complete the job professionally, safely, and also efficiently. Below are a few of one of the most useful tools for your pipes needs.
A water extractor is a long, slim cyndrical tube with a telescoping handle used to compel water out of clogs and pipelines. This type of device is important to any kind of plumbing system. It assists clear out clogs from the pipes by eliminating excess water from the system. It is also efficient in cleaning out particles that may be caught in a pipeline. Water removal gadgets can be available in different sizes and shapes relying on the dimension and also type of pipes system in your home.
Water pump pliers are normally utilized for mounting and repairing water pumps. They are a have to for all plumbers. These tools are normally a mix of a wrench collection. They consist of a huge, durable screw that is used to tighten or loosen water pipes. Plumbing snake is an outstanding plumbing device that can repair or change plumbing pipelines.
Air drills are hand-held devices that are excellent for setting up faucets and toilets, however they can also be used for cleaning cement in pipes. Air drills permit you to pass through also the smallest of openings. Pipes snake is a plumbing device that is usually used to install piping and shield the inside of pipes from rust. Pipeline cleansers and wrench set are various other crucial pipes tools made use of for comprehensive pipes examination. These tools are utilized to eliminate any kind of build-up of dirt or oil from the inside of pipes.
An air compressor is a have to for any type of house with a plumbing system. It is necessary to maintain a supply of air in the house at all times because of the potentiality of emergency Pipes troubles. Air powered compressors should be maintained inside a pipes system’s storage tank. Auto stores, house depots, as well as equipment stores sell these tools. Hydraulic wrench is additionally a pipes tool that is utilized to tighten bolts that can be detrimental for a plumbing system otherwise made use of effectively. plumbing snake ace hardware
A plumbing tools checklist must consist of all the plumbing devices that are needed for a home pipes system to work smoothly. These devices can be bought at a neighborhood hardware store. A few of the pipes devices made use of in a pipes installation are listed here. Pipes devices are a have to for a well kept and also useful home pipes system.


Los Alamitos, CA Copper Repipe and Slab Leaks Cost
A Repipe is the procedure where the old piping in a house or a building are upgraded with new ones. All pipe fittings, stop valves and supply lines are upgraded. this generally leads to a lot better water pressure and greater quality water.
Should We Repipe the house in Los Alamitos?
There are many reasons for why a person should replace the water pipes of the home.
For residences with galvanized water pipes:
Galvanized piping are located in homes built through the 1980’s. A galvanized pipe is an iron water line which is zinc coated to be protected from corrosion. The fact is that the zinc coating regularly corrodes over the years revealing the iron material, then oxidation build-up.
Familiar Slab Leak Indications:
Reduced Water Pressure – The reason could possibly be the restriction of the water flow attributable to corrosion and rust buildup in the galvanized pipe.
Rust Colored Water – Corrosion often goes into the water fixtures. This means an advanced stage of oxidation in your plumbing.
Leaking Pipes – Leaks are commonly the result of corrosion of the galvanized iron pipes. Undetected leaking can develop inside of the walls, inside of the attic and beneath the residence, building up the risk of extensive damage to the house and property.
For residences with polybutylene water pipes:
This kind of plastic water pipe was commonly used from the middle of the 70’s to early 90’s. At the time it had been thought to be the next great advance for water pipes and water fixtures. Polybutylene water line systems ended up being installed in millions of homes before it was deemed highly faulty. Basically 75% of all houses constructed during this timeframe continues to have this type of pipe in the house.
Polybutylene water pipes have an exceedingly small lifespan, considering that chemical contaminants in ordinary city-provided water causes it to harden and change into brittle. The fittings normally burst first, followed by the water line itself.
Polybutylene plumbing systems are made up of flexible plastic pipe, colored grey when for indoor use and blue or black outside. Certain fittings are manufactured with metal and plastic. Insert fittings are used to join up sections of polybutylene pipe.
For homes with copper plumbing located in the slab.
Slab leaks are generated by copper or other piping becoming corroded from certain soil and water conditions under the floor of the house.
Slab Leak Symptoms:
- Water is leaking in your foundation.
- Water is running even when the faucets are off.
- Your water meter indicates the water is running regardless of whether the water is turned off.
- Extraordinarily large water charges.
- Neighbors have had a slab leak.
- You have had a slab leak before.
Important things about Copper or PEX Repiping
- Improved water pressure
- You can forget about rusty or smelly water
- Nice and clean, crystal clear water
- The ability to use more than one faucet at a time
- Superior quality water pipes without any more leaky pipes.
- No burnt skin in your shower if somebody turns on your faucet or flushes.
- A lot more peace of mind when your piping system is secure and safe.
- Really good selling point for your property.
When you hire a plumbing service or other firm to complete the task, it’s possibly going to set you back more in the long term when you consider that you are going to have to employ a drywall repair service business to patch over the numerous entry points. Whenever you seek the services of a repipe company that has a master patcher on staff such as Repipe Specialists, you will never have to spend additional money or time getting your house back to original condition. From beginning to end, the PEX and Copper repipe process usually takes just a few days.


China host formulation!Two international standards release
Author:China Daily Time:2022.07.19
A few days ago, the International Railway Alliance issued and implemented the "High -speed Railway Design Infrastructure" standard and "High -speed Railway Design Power Supply" standard formulated by my country. Both standards are the first international railway standards in related fields.
The International Railway Alliance is the most influential professional international standard for the railway industry. The two standards released this time were hosted by experts organized by China National Railway Group. More than 20 experts from more than ten countries including France, Germany, Japan, Spain, and Italy participated, and it lasted for 4 years.
Based on the successful experience of the world's high -speed railway design and the advanced technologies of the system integration of the world, the two "standards" introduced the overall design concept of China's high -speed railway to absorb the loading of the Chinese high -speed railway trains, line spacing, roadbladder filler classification, and tunnel surrounding rock classification For basic key indicators, promote the Chinese CRTSIII -type plate -free rails and EMU motto, contact network system and other advantageous technologies. Finally, the overall design, lines, roads, bridges, tunnels, rails, stations, stations, stations, stations, stations, stations, stations, stations, stations, stations, stations EMU uses design concepts, key parameters and technical requirements in the fields of maintenance facilities, maintenance facilities, comprehensive protection, environmental protection, environmental protection, traction supply, contact networks, power supply and distribution and remote systems. It contributed China's wisdom and Chinese plan to the construction operation of the world high -speed railway.
China High -speed Railway 11 system -level standards
Fill in international gaps
As of the end of 2021, my country's high -speed rail operating mileage exceeded 40,000 kilometers, accounting for more than 2/3 of the global high -speed rail mileage. In recent years, the National Railway Group has focused on promoting international standardization. China's high -speed rail is moving from building a national business card to leading international standards.
In November last year, the International Railway Alliance has released the "High -speed Railway Design Communication Signal" standard for the formation of my country. The "infrastructure" and "power supply" standards released this time are the second and third international standards of the "High -speed Railway Design" series. In recent years, experts from the National Railway Group have presided over the revision of more than 60 important technical standards such as the International Railway Alliance high -speed railway, train network, and braking system. 11 high -speed railway system -level standards such as a series have filled the international standard gap in key areas such as high -speed railway implementation and design.
Source: CCTV News
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What is AutoCAD?
AutoCAD® is computer-aided design (CAD) software that architects, engineers, and construction professionals rely on to create precise 2D and 3D drawings.
- Draft and edit 2D geometry and 3D models with solids, surfaces, and mesh objects
- Annotate drawings with text, dimensions, leaders, and tables
- Customize with add-on apps and APIs
What’s new in AutoCAD 2020
AutoCAD® 2020 software includes industry-specific toolsets; improved workflows across desktop, web, and mobile; and new features such as the Blocks palette.
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