The Kingspan KoolDuct System is a premium performance pre insulated ducting system suitable for HVAC applications
It’s manufactured using rigid, high performance phenolic insulation panels instead of galvanised sheet metal .
This means it is a stand-along ductwork system which does not require any further insulation on-site – space saving and cost saving!
Pinnacle Ductwork are a Kingspan Delivery Partner for the KoolDuct pre insulated ducting system. We offer a full service for your project including;
- Design and Consultation
- Performance Calculations
- Competitive Pricing v Sheet Metal/Additional Insulation
- High Quality Fabrication
- Delivery to Site


Even wars can’t stop us
Charlie Centa from Indoor Skydiving Source reached out to us to cover our remarkable journey of building AERODIUM Kyiv. Below is a short summary of his conversation with the CEO and owner of AERODIUM, Ivars Beitans.
So, what’s so special about this project? Well… What’s not special about it? The way it was built, who built it, where it was built, the technology, the community… simply put Aerodium Kyiv is a marvel of engineering and human spirit.
Aerodium Kyiv is a remarkable achievement on multiple fronts. This project has been started since 2012 already and was planned as a key feature for the newly built shopping mall. However, due to the Russia-Ukraine war in 2014, the shopping mall construction was stopped. Then, after eight years, it was decided to finalize the shopping mall and wind tunnel for 2022. But another war broke out.
Despite facing adversity due to war and economic challenges, the state-of-the-art wind tunnel facility was successfully launched in April 2023, after 11 years of determined efforts. Rising to a height of 20 meters within the Respublika mega-mall, the facility boasts an expansive 10 meters of annealed glass across two stories, setting a new standard in engineering and architectural innovation.
The AERODIUM tunnel in Kyiv is a result of tough decisions. “From the start of the war in 2022 Kyiv has been a target of bombing several times,” says Ivars Beitans. “Finding staff willing to relocate to Ukraine and to join the local team was challenging. Luckily we found our head instructor from the UK and after a short test visit with our engineers, they were ready to return to Kyiv for a month to finish the work on the tunnel.” But he adds that the overall situation during the construction remained worrying as every week there were air strike warnings.
Another tough decision for Ivars Beitans was to convince project investors to change the technology of the wind tunnel. “The design and technology implemented at the start of 2012 were already outdated by 2021 when the project was restarted,” he says. “Several large-scale upgrades needed to be made e.g. frameless 11m tall extra thick glass design, newest safety features, active cooling instead of passive. Some of the earlier constructions had to be replaced entirely as they were not supporting the new design.”
But AERODIUM succeeded and as a result of these upgrades, the wind tunnel features all the latest technologies and inventions and has one-of-a-kind features and design that cannot be found anywhere else in Europe. Ivars Beitans concludes: “For us, it is a showroom model of our capabilities and we hope that after the war is over people will be able to travel to Ukraine and experience our tunnel in all its glory.”
You can read the full story on Indoor Skydiving Source.


Water is considered as one of the most essential commodities for us. Its everyday necessity, however, comes with the challenge of accessing clean and pure water for drinking and cooking. With the persistently increasing levels of contamination of underground water sources due to a variety of factors like rapid industrialization warrant use of treated water employing different types of water purification systems. Water can be contaminated through biological, physical, chemical, or radiological contaminants. In simple terms, contaminants are referred to very broadly as being anything apart from the water molecules present in water.
Given below is a general classification of types of water contaminants and some examples of each type:
- Biological contaminants are simply organisms in water. These are also known as microbiological contaminants. Examples include bacteria, parasites, viruses, and protozoa.
- Physical contaminants affect the physical properties of water. These contaminants may change the appearance of water. Examples include sediments and organic materials in water bodies.
- Chemical contaminants are the compounds or molecules other than water molecules. These contaminants may occur as a result of human activities or naturally. Some examples of chemical contaminants are pesticides, arsenic, salts, bleach, nitrogen, and toxins produced by human or animal drugs.
- Radiological contaminants are considered the most lethal of all types of contaminants and a major reason behind life-threatening diseases, such as cancer. This sort of contamination happens because of the presence of unstable atoms, which can emit radiation. Such contaminants include uranium, plutonium and cesium.
Not only the above contaminants affect water quality but problems of discolouration or foul odour also hit the quality of drinking water. To purify water by removing such a classified range of contaminants requires different water purification systems. This blog, therefore, discusses the popular types of water purification systems based on contaminants present in water and their functional mechanism.
What are the Stages of Water Purification?
Before getting to know about the different types of water purification systems, it is good to know about the stages of water purification systems. Given below are different stages of water purification:
- Ion exchange and coagulation – This is the first step of the water purification process. In this step, water is demineralised or softened by separating substances.
- Sedimentation – In this process, the dissolved solids are settled or deposited which result in cleansing of water from large-sized suspended solids.
- Filtration and granular activated carbon – At this stage, the suspended solids are filtered or separated with the help of activated carbon. The activated carbon works as a magnet that helps stick the impurities and allows clean water.
- Disinfection – Through disinfection, bio contaminants are separated from the water molecules.
- Reverse osmosis – Those impurities which may have been left at the earlier stages are removed through reverse osmosis process. This is a complex water purification technique that is capable of eliminating the smallest of impurities present in the water.
- Storage – At the last stage of water purification, water is stored in a clean container or a designated storage tank for domestic use.
Types of Water Purification System
Water purification systems are chosen in response to the quality or rather type of contaminants or impurities present in water. As discussed above, contaminants are classified into four broad categories. The selection of a particular type of water purification method is made once the kind of impurity present in water is determined. Let’s take a sneak peek into some of the widely prevalent types of water purification methods and the purposes they serve.
Reverse Osmosis (RO)
A gradual decline of sources of pure drinking water all over the world, in general, and complexity of water contaminants at different places due to increased industrial interference, in particular, have led to a major transformation in water purification technology. With years of R&D in the field, reverse osmosis has emerged as a viable solution to treating complex water impurities which can hardly be removed by simple purifiers.
RO water purification system is based on reverse osmosis technology. This technology is used to demineralise or deionise water. It works on the principle of reverse osmosis or reversing the natural osmosis process. Using this technique, water is pushed through a semipermeable membrane which allows pure water molecules to pass through while leaving the impurities behind. Besides blocking impurities, the RO technology minimizes hardness of water to improve the taste of drinking water. The purified water pushed through the membrane is collected in a tank for use.
RO water purifiers are designed to remove dissolved impurities, bacteria, viruses and pyrogens. The major benefits of RO water purifiers are that such purifiers remove physical as well as chemical contaminants. Besides, they also remove biological contaminants to ensure pure drinking water. Due to the increased efficiency, the major RO water purifier uses are both in domestic and commercial settings. The RO water purification method is suitable for purifying water at home or in public places where the system is installed with water dispensing machines.
Though a revolutionary technology that is potent enough to clean the most complex impurities which could not be removed using conventional purification methods, RO is costlier and results in significant wastage of water. However, new innovation in the technology has found a way to redirect the waste water into the overhead tank and reintroduce the same into the purification system, thus, reducing water wastage.
Another problem with the RO system is that it tends to remove the healthy minerals in water, thereby, reducing the health benefits of drinking water. But with functions, such as TDS (total dissolved solids) controller, you can maintain a certain percentage of mineral contents in water. Another new innovation is remineralization technology in RO systems by which minerals can be re-inducted into the drinking water.
Ultraviolet (UV) Water Purification System
Ultraviolet water purification systems employ ultraviolet light to remove microorganisms, such as bacteria, viruses, microbes, cysts, and pathogens present in water. This technology is suitable for purifying water which is infested with organic impurities. UV technology prevents the proliferation of microorganisms by using UV radiation. The radiation penetrates the cells of microbes and disables their reproduction ability. Once the proliferation of microorganisms is stopped the water is eventually cleaned. The dead germs are removed through a filter and the purified water is collected in a tank for drinking purposes.
For water contaminated with biological, physical and chemical impurities, a combined UV+RO filtration system is used for purifying water. UV water purifiers are also used in combination with activated carbon filters for more efficient removal of contaminants.
Activated Carbon Purification System
Activated charcoal removes toxic chemicals, like chlorine and pesticides in water. Activated carbon employs the adsorption technique for purifying water. Through this technique, the heavy metals, chemicals and other contaminants are attracted to the activated carbon surface. It removes the major impurities in water and protects the membranes of RO water purifiers by pushing less contaminated water for reverse osmosis. It blocks chemical impurities that may cause damage to the RO membranes.
For impurities, such as arsenic or fluoride in water, activated alumina is a preferred choice. It consists of aluminium oxide which is a highly porous ceramic compound with good outstanding adsorption capability. It means that when AA attracts chemicals to its porous zone, the chemicals are not only blocked inside the pores but, in fact, they are bonded together. This technique is very cost-effective for removing the water contaminants, such as heavy metals and toxins with the added features of preventing the harmful substances from leaking back into the environment. This technology is remarkable for purifying water for domestic use as well as for water treatment facilities.
Ultrafiltration (UF) Water Purifier
Ultrafiltration water purifying system is one of the most used systems for purifying water. This technology efficiently separates pure water molecules and contaminants present in water. In such systems, the UF membrane traps suspended heavy metals, solids, viruses, and other microbes when water is passed through it. The system is best suited for places where chemical contamination is low.
Which type of water purifier is best for home?
Different purifiers have different advantages. Selection of the water purification system depends on the nature of contamination. It is recommended that before installing a purification system, you should use a water testing kit to determine the type of contaminants present in water. Once the type of contamination in water is established, you can choose the best quality RO water purifier or other type of purifier to meet your requirements. Choosing the best type of water purifier for home is a challenging task. Nonetheless, as discussed above, selecting the best water purifier is not a very cumbersome task. As a first step, determine the type of contaminant present in water with the help of a water testing kit. Knowledge about the type(s) of contaminants in water makes the selection work easier. However, it has been often noted that most recommend the usage of RO or UV water purifiers, which has given rise to a fractured opinion among experts on an ongoing RO water purifier vs UV water purifier debate. This has ultimately led to technological innovation that sought to combine these different purification methods. That is the reason, nowadays, some water purifiers come in a combination of UV+UF+RO technology to deal with a broad range of impurities in water.


How To Use Concrete Deck Pier Blocks Ideas. 7 3 4 in x 10 concrete deck block 100002709 the home depot. 8 3 4 in x 10 concrete pier block w wood cap 100014754 the home depot.
Two 2x8s will lay on the piers using post bases, with 1/2 plywood to fill the remaining space in the post base. The footings are leveled using a string line. If the area receives frost, the piers can be installed above ground, but they normally require additional.
The Deck Height Will Be Determined By A Concrete Stoop Near The Door.
Doing so allows for a 10′ by 8′ deck using 9 deck blocks in total. The footings are leveled using a string line. Concrete deck piers are precast, concrete blocks that are set on a bed of gravel, eliminating the need to dig post holes.
Each Pier Carries A Portion Of The Load Based On The Area Of The Deck It Supports.
The maximum span of that beam meant that four piers were needed. One interesting system is a pin footing by diamond pier®. 8 3 4 in x 10 concrete pier block w wood cap 100014754 the home depot.
Angle The Steel Base Plate So It Rests On The Deck Block, Similar To Picture 4.
I plan to place 2×4 sleepers flat on top of the stoop and tie them in to the framing. Two 2x8s will lay on the piers using post bases, with 1/2 plywood to fill the remaining space in the post base. We will teach you how to determine the code compliant size of your footings based on the soil type and tributary loads.
If The Area Receives Frost, The Piers Can Be Installed Above Ground, But They Normally Require Additional.
Concrete deck blocks are very crude and resemble the cap you might have on a cheap ballpoint pen. Moulded into the top of each one are slots and a square recess. Concrete pier block with metal bracket 8053112 the home depot.
It Is A Bad Idea To Use Deck Blocks When Attaching The Deck To The House, On Stable Ground Or Supporting Elevated Decks, Pergolas Or A Roof.
A wood deck support post fits down inside the concrete pier block. Another spacing method is to put blocks 5 feet longitudinally and 4 feet laterally so that the arrangement is in the form of a rectangle. Check out our deck footing frost map to help you understand how deep your footings will need to be excavated.


Examples of different work experience of Madjin Sanat Mehr Co. in the implementation of industrial projects specifically in gas industry are presented in the following:
1) Zamyad Iran Radiator Factory:
· Provided infrastructure maps for gas facilities as well as water and fire plumping projects.
· Implementation of bypass systems and installation of gas regulator and meters in the factory.
· Complete safety check and repair of the internal gas network of the factory.
2) Pars Oil Refinery:
· Completed a new implementation of the internal gas network of the refinery with a station capacity of 10,000 cubic meters per hour with 2800 meters in length located in the altitude based on the standards of the gas and oil regulations.
· Implemented the fire line network of the refinery with iron, steel, and polyethylene pipes for the pipeline of about 3,000 long as well as hydrant valves installation and its relevant safety tests.
· The general contractor 1 and 2 of Pars Oil Refinery. Conducted the implementation of all related works including mechanical and electrical building installations. This also included the repair, replacement, and/or construction of the basic facilities of the refinery.
3) IRAN Textbooks Publishing Company:
· Designed, calculated and installed the grounded and surface gas lines and pressure reducing stations with the capacity of 1,000 cubic meters per hour and implemented a cathodic protection system.
4) Oghab Halva Company:
· Established different gas stations of 1,000 and 2,500 cubic meters.
5) Shifa Pharmed Industrial Group:
· Established a gas station of 2,500 cubic meters.
6) Saze Gostar Saipa Company
7) Other projects in Tehran:
· Design, calculation and execution of contracts with gas companies in the province of Tehran and Tehran city for different residential and commercial building including:
Golian Tower: 108 units; Roshani Tower: 96 units; Ebrahimi: 98 units; East and west Dena Tower: 220 units; Eram Tower: 94 units; Zaferaniye: 48 units; White Yas Tower:1289 units; Narges Flower Tower: 1600 units; Golsar 2 Tower: 98 units; Lavizan Dormitory and Shahid Rajayi University Dormitory.
8) Other projects for Industrial Factories:
· Delta 1 and 2 gas stations of 400 cubic meters
· Noosh Azar gas station of 1,000 cubic meters
· Karaj Shariati Stadium gas station of 1,000 cubic meters
· Gharch Sahar Production Complex gas station of 400 cubic meters


GHD Design developed a new shared use road space to invigorate a section of Village Street in Docklands Melbourne. Places Victoria engaged GHD Design to prepare concept designs for the pedestrianisation of Village Street in Docklands. This street is strategically located in the Docklands precinct and becomes an entertainment hub during major sporting events. The pedestrianisation of the street will provide the City of Melbourne and local traders the opportunity to create a more flexible is urban space for events and festivals.
For the initial part of the project a series of design options were developed and costed to allow Places Victoria to consult with local traders and the City of Melbourne. A final design was selected and GHD Design prepared the detailed design documentation for the construction of the project. Key disciplines included Landscape Architecture, Civil Engineering, Electrical and Lighting design. GHD Design worked closely with Places Victoria and the City of Melbourne to gain the relevant approvals for the project and will provide guidance during the construction period.


November 9, 10, 12, and 13, 2015 – 10 p.m. to 5 a.m.
As part of the Riverside County Transportation Commission’s 91 Project, there will be nighttime full closures of southbound 15 at the 91 interchange on Nov. 9, 10, 12 and 13, 2015. The roadway will close at 10 p.m. and reopen by 5 a.m. the following morning. No work will occur on Nov. 11 due to the observance of Veterans Day.
As a detour, motorists can take the southbound 15 connector to eastbound 91, use the McKinley Street off-ramp, and then enter the westbound 91 to reconnect to southbound 15 (please see detour map below).
The closures will allow crews to place temporary support for the construction of a bridge that, when completed, will serve as the new express lane connector between the 15 and 91.
Motorists are reminded to allow extra travel time, follow the designated detour and watch for construction workers and signs. Motorists also are cautioned to use reduced speeds when approaching the detour route. Speed limits on the 15 and the 91 are 55 MPH, and fines are doubled in construction zones.
For questions, please call the helpline or visit the website noted below. We thank you for your patience and understanding.
NOTE: Information contained in this Notice is subject to change based on weather, field conditions or other operational factors.


Bait Al Nokhada is the leading provider of car park shade structures in UAE, based at Abu Dhabi. The company was founded by Mr.Abdullah Hassan Mehdi / Mr. Majed Al Qubaisi in 1997, to provide the best quality products and services with new ideas and creativity in the field of Tents and fabric shade structures. We manufacture and install various designs of car park shade structures with guaranteed quality suited to the specific requirements of the clients.
Arch Design: The Best design you ever have. Arch design is the contemporary design in car park shade structure. This design will blend with any architectural structures or buildings. This is the ideal car park shade for residential buildings or commercial establishments.
Bottom Support Design: Bottom support is the simple and the classic design in car park shade structures, fits to the budget. These shades are suitable for large residential and industrial parking areas.
Cone Single Pole design: Offers the most modern look for car park shade structures. It is widely accepted for its design and a choice for single or multiple parking needs. Ideal for small and restricted areas.
Pyramid Arch Design: This design is very unique for its shape. It is a good choice for car park shades, especially for large independent villas.
Pyramid Design: Pyramid design car park shade structures are commonly accepted for its unique design. These shades are suitable for parks, open area car parking, residential area, etc
Single Pole Double Layer Design: Unique and aesthetically pleasing look blend with any architectural designs. Ideal for villas, commercial centers, etc
For technical specifications, email to email@example.com or Submit inquiry online
Tel: +971-2-555(8368)TENT Fax: +971-2-5545582


Traffic control on the way to work, such as the rising water level in the Han River, the eastern main line and the riverside north road, etc.
Traffic is being blocked in many parts of downtown Seoul on the way to work due to heavy rain in the central part of the capital.
According to the police and the Seoul Metropolitan Government on the 6th, traffic between Surak Underpass and Seongsu JC is being restricted due to rising water levels in all sections of the eastern highway. Two-way traffic between the northern end of Wonhyo Bridge on Gangbyeon Expressway and the entry ramp of the Medical Association was blocked.
Two-way traffic is also being controlled in the Majang Lamp-Seongsu JC section of the internal circulation road due to rising water levels in the Han River. A flood warning was issued at 5:50 a.m. at the Daegok Bridge branch in Tancheon.
Since 9:25 p.m. the previous day, two-way traffic between Dongjak Bridge and Yeomchang Nadulmok in Olympic Boulevard has also been restricted.
In addition, the flood control center has been under control since the 2nd and 3rd of last month, while the Yeouido and downstream ICs have been under control since the previous day. This is due to the rising water level in the Han River due to the discharge of Paldang Dam.


Daniel P. Clark, PE Town Administrator Mr. Clark has more than 27 years of engineering experience in water and wastewater utilities and four years Municipal Government experience. Mr. Clark is a licensed Professional Engineer and has a Master Degree in Civil Engineering.
- Vice-President, Clark & McCarthy Engineers, P.A.
- City Engineer, City of Palm Beach Gardens
- Growth Management Administrator, City of Palm Beach Gardens
- Consulting Engineer, Seacoast Utility Authority
- Design Engineer (Water Systems), Pacific Power and Light
- Assistant Superintendent, City of Salem Wastewater Treatment Plant
- Member, Economic Development Advisory Board, Palm Beach Gardens
- Chair, Citizens Advisory Committee on Transit Oriented Development, Palm Beach Gardens
- Board Member, Young Singers of the Palm Beaches a 501(C)3 not-for-profit Community Children's Choir
- Board Chair, Young Singers of the Palm Beaches Foundation
- Committee Member, Together Anything's Possible (TAP), a PGA Tour Charity
- Palm Beach County City Managers Association
- Consulting Engineers Legislative Council
- Florida Engineering Society
- American Society of Civil Engineers


53ft x 50ft x 70ft
Capacity 0f the Well
30 Lac Liters
Result - Savings Annually
This stepwell was one of the 3 wells in the Goshala that was used to water the livestock consisting of 2000 cows. This well had been severed from the Goshala premises due to development of roads infrastructure. It got neglected and got filled with garbage and silt.
- The well was cleared of the garbage and the wild vegetation growing around it and desilted.
Almost 500 tonnes of garbage were removed.
- The well was dewatered. This water was used in the Goshala as well as by the municipality to water plants by the roads.
- The well was desilted and at almost 70ft depth the base of the well was reached, which has natural aquifers.
- The wall of the well has been raised 3’ and enforced with a 6’ high fencing to avoid accidents yet provide an easy view of it.
- The surrounding area are made greener with plantations under Haritha Haram scheme by the government.
Rainwater Harvesting: To keep the well healthy and running and serving its purpose, the runoff water must be captured, filtered, and allowed into the well.
- The well is at a downward slope. A lot of water from the 100ft road flows towards the well. An 18” X 18” trench is made at the periphery of the well to capture the runoff from the road.
- This water is passed through silt traps and then channelised into a series of recharge pits.
- A large rectangular recharge pit with injection bore is also given where the maximum water flows from the road to recharge the ground levels.


The Dangote Group is a diversified and fully integrated conglomerate with interests across a range of sectors in Nigeria and Africa. Current interests include Cement, Sugar, Flour, Salt, Pasta, Beverages, Noodles, Poly Products, Transportation and real estate with new initiatives in the Oil and Gas, Telecommunication, Fertilizer and Steel sector of the economy.
We are recruiting to fill the position below:
Job Title: Field Engineer for Piling
Function/Domain: Constructions (CONS)
- Dangote Oil Refining Company is about starting with piling works required to provide bearing capacity for the projected refinery facilities and foundations.
- In order to validate the daily progress and quality of these piling works, we are looking for enthusiastic, hard-working and highly motivated graduates with 10 years relevant QA/QC experience in piling, civil and industrial Construction.
- Read and Interpret drawings and specification
- Check Location of pile correspond with drawing
- Check the soil report and follow up the drilling to make sure of the efficiency and accuracy of the foundation (pile, sheet pile, diaphragm, h-beam….etc.
- Check and monitor the material manufacturing and piling activities as per the refinery requirement
- Monitor and ensure that material quantity and blow counts are counted and actual
- Check that pile shoe has not failed and check
Desired Qualification/Preferred Competencies
- B.Eng or B.Tech in Civil Engineering with specialization and experience in Pile Engineering, Structural Engineering, Construction Engineering or Geo-technical Engineering.
- A masters in Civil or Structural Engineering will be added advantage.
Application Deadline: 30th September, 2017.


World Bank loan to help Chinese city custom tyvek wristbandshandle floods, pollutionChoose Wisely When Challenging Custom Rubber Bracelet Provider There are always simple things that you can do to help someone in will be required. One of the easiest ways persons can help underprivileged children in our communities is choosing wholesale backpacks. It"s quite common today for many families to struggle financially, and in spite of how hard they try, they are just unable to give you a basic school item like a backpack for their adolescents. By purchasing wholesale backpacks, every donated dollar is capable of being stretched further, producing more assistance being given. To a child who doesn"t a backpack, a donation such since can help greatly.
BEIJING - The World Bank has approved a $150-million loan to a city in southwest China to help improve flood risk management and reduce water pollution.
The loan will supplement government funding worth $200 million to finance a water infrastructure project in Hezhou, Guangxi Zhuang autonomous region, which will be completed within six years and directly benefit more than 100,000 people, according to a World Bank statement.
Hezhou is currently the only prefecture-level city in Guangxi without a flood control system.
The project will reduce flood risks along a river by connecting the main stream to tributaries, improving flood drainage capacity, removing obstructions, and upgrading mainstream infrastructure.
Water pollution will also be reduced as a new sewage treatment plant and associated facilities will be built to separate wastewater from rainwater and achieve better treatment. Greenhouse gas emissions are expected to go down by 1,697 tonnes of CO2-equivalent per year.
"Globally, cities benefit from integrated approaches to successfully and sustainably reduce urban flooding risks," said Qin Gang, World Bank senior water supply and sanitation specialist.
"This project will tap into the World Bank"s experience and global knowledge, and share international best practices in integrated urban water management to help Hezhou improve its water environment and urban climate resilience," Qin said.tyvek wristbands london fabric wristbands motivational bracelets for athletes silicone keychain how to take off festival wristband


The vast majority of brick homes are actually made of timber wall frames which hold up the timber framed roof.
There is a single course of brick around the outside to protect the timber from the elements which in turn gives the sense of a “brick home”.
Quick test! Lightly hit a few areas of your internal walls with an open hand. If you can hear mostly a hollow sound, then it would likely be a timber frame and not solid brick.
Ok, so how do termites get in?
Easily through the small gaps in the mortar between the bricks which are embedded in the ground.
During a termite treatment in Mudgeeraba, we thought that these photo’s and information would help home owners understand.
Here are the house bricks embedded in the ground (only visual once a trench is dug) and here are the termites gaining concealed entry into another brick home.
Most of the timber in a brick home is covered by wall linings so often there is significant damage before the home owner is aware of any problem what so ever.
To protect “brick homes” from termites, we need to apply a registered Termiticide into the trenches whilst they are being back-filled and beneath any concrete paths around the home by drill and injecting.
Once a full treated zone has been established, replace the pavers, seal up the drill holes and to make it almost impossible to notice what extensive work has been conducted.
See here in this diagram, how a full treated zone protects a brick house from concealed termite attack to the timber frame.
If you would like an accurate quote on a full termite treatment, just contact us on 0459 166 396 and as every home is slightly different, we will give our best advice and possible options on the best way to protect your home.
That’s what we do at Conquer Termites Gold Coast 🙂


Our wheels are mainly used in all kinds of lift machines, such as single girder overhead crane, double girder overhead crane, gantry crane, port crane and transfer cart etc. FLANGED CRANE WHEELS are various, like single rim wheel, double rim wheel, non-rim wheel, and other nonstandard wheels.
DOUBLE FLANGED CRANE WHEELS worked on rail of the Equipment. To load equipment and goods weight. Double Flanged can prevent the wheels break away from the rails. SINGLE FLANGED CRANE WHEELS has the same effect with Double Flanged crane wheels. Single flanged crane wheels usually used in the trolley and transfer cart.NON FLANGED CRANE WHEELS used for a variety of equipment. Wheel tread contact with the rails. In order to keep the Non Flanged crane wheels never break away from the rails, need to assemble level of the wheel on the equipment to keep Non Flanged crane wheels vertical traveling with the rails. Avoid wheels contact with rails side, prevent rail gnawing.
According to the forming method,the wheels have forging and casting two types of wheels. The material of forging wheels includes 42CrMo4, AISI4140, 41Cr4, A504, SSW-Q1R, 65Mn,1045,1055,1060,1070,These material can also make casting wheel according to the customer's demand. At the same time, we can also make cast iron wheels. According to the material can be divided into Grey Cast iron wheels and Ductile iron wheels,Grey cast iron wheels include HT200,HT250,HT300,and ductile iron wheels include 400, 500,600,700 etc.
Flanged crane wheels are available in a wide range of standard sizes. In addition, Flanged crane wheels to meet your special design requirements can be produced in virtually any size, configuration and surface finish condition. Flanged crane wheels are available in any surface hardness up to 55 HRC including our standard heat treatments.Flanged crane wheels are also able to be Deep Hardened or Differentially Hardened for heavy wear or load requirements. For applications with severe flange loading we also manufacture an AISI-4140 "Super Tough" crane wheel.For example for ZPMC port crane wheel.
Different stages of hardness was listed,Untreated, Annealed, Normalized Crane Wheels：


City Hall-Second Floor
208 N. First Avenue
Alpena, Michigan 49707
It is the responsibility of the Engineering Department to oversee the capital infrastructure projects occurring within and for the City of Alpena. The Engineering Department designs most of these projects with its in-house staff and is performing more in-house design by using its new computer-aided, drafting system.
The Engineering Department oversees:
- Tree Planting Partnership Program
- Voluntary Sidewalk Program
- Contractual operation of the water and wastewater plan
- Water and wastewater plant capital improvements
- Capital improvement program for all infrastructure improvements
- Street system (compliance with Act 51)
- Bituminous pavement repair and paving program
- Pavement marking program
- Sign inventory
- Water distribution maintenance
- Wastewater collection maintenance
Frequently Asked Questions
Where is my property line?
Generally speaking, your property line is 18 inches behind the sidewalk; however, there are some exceptions.
Can I plant trees in the right-of-way?
Yes, however, you must have permission from the City of Alpena. Furthermore, only certain trees can be planted in the right-of-way.
How do I get sidewalk installed or replaced in front of my property?
You can contact the City Engineer’s office to schedule a meeting to discuss the sidewalk to be installed or replaced, and you will be given an estimate of your cost to have the sidewalk work performed.
When is a right-of-way permit needed, and how do I obtain one?
A right-of-way permit is required any time work is performed in the right-of-way or adjacent to it. A permit can be obtained from the City Engineer’s Office and can usually be issued immediately. In some instances an on-site inspection must be performed prior to issuance of the permit, which can delay the process by one or two days.


Leading Georgian development company Epic Development was established in 2007. The company’s projects include 15 completed and few projects under construction in Tbilisi .We offer you a large range of quality housing for different tastes and needs in any district of Tbilisi taking into account your capabilities and wishes. If you want to live in a house with with a stadium, playgrounds, a kindergarten and a school, remember that we can provide all of this. The of experts conducts constant monitoring of the process of selecting high-quality building materials, the progress of construction and the creation of infrastructure in accordance with European standards. Each our project is implemented using energy-efficient and environmentally friendly European materials of the highest quality. The construction of our residential estates is financed entirely through Bank investments, and this gives an additional guarantee that any project will be delivered on schedule.


Commercial Roofing Contractors, Have you ever considered replacing the roof of your house?. Or the idea of getting a sturdier roof for a commercial property?
With residential and commercial roofs, there are differences in the type of materials used. The design of the roof, and the costs associated with installation. Read further to know more about such differences and how to choose the one that fulfils all your needs for commercial roofing contractor .
The most apparent difference between a residential and a commercial roof is that of design.
In the case of the latter, the inclination of the slope is either entirely flat or somewhat low. These are often spotted in places like restaurants, factories, warehouses or shops.
Residential roofs, on the other hand, have a relatively higher pitch. In most cases, a commercial roof is bigger than residential roofs. The surface of a residential roof is usually vacant, with the occasional exceptions of solar panels installed on the roofs for Commercial Roofing Contractors.
Roof Installation and Repair
There is a significant difference when it comes to the repair and installation requirements of residential and commercial spaces. Often, a residential roof has a simpler construction thereby taking lesser number of days to construct. A commercial roof, meanwhile, can take a month if not more owing to its size and the layers involved.
There is a noticeable difference in the materials used in construction of commercial vis a vis residential roofs which may vary upon factors like weather conditions, cost and design.
It is important to hire a commercial roof contractor who, based upon these factors, decides which materials should be used. The construction of a commercial roof involves multiple layers which includes coating for both protective and reflecting purposes, decking and insulation.
The mixture of layer which needs to be applied is contingent upon the type of roofing in terms of commercial roofing contractor.
Of the materials used for residential properties, asphalt shingles is the most popular. In most cases, construction of residential roof requires the plywood to be nailed to wooden rafters, creating the roofing deck.
commercial roofing contractor
This guide will be helpful in distinguishing between commercial and residential roofing and assessing your needs.
Roof replacement is a costly affair and the return on the investment is assured only when the roofing system is maintained properly.
It is important to check your roof periodically or contact a commercial roof contractor. Who would conduct routine inspections and flag out issues as they come up. This is where our expertise comes in.
At Zavza Seal, we are well equipped to provide commercial roof contractor services for replacement, maintenance and construction of roofs. Reach out to us today for a rough estimate for your roofing needs for free and make your visions turn into reality for commercial roofing contractor.
Visit us for Commercial Roofing Contractors services and to get a free estimate for services in Long Island. We offer affordable prices for residential and commercial roofing.


By Gail Miyasaki, Rafu Craft Editor
Photos by Tommy and Gail Miyasaki
One of NYC’s most historic landmarks is the Brooklyn Bridge. When it opened in 1883, 150,000 people crossed over this expansive suspension bridge connecting Manhattan and Brooklyn. Tommy and I walked the 1.1 miles above vehicular traffic and the East River, taking photos from all angles and overhearing a potpourri of languages, as we all marked time that October day.
To read more about Gail Miyasaki’s Brooklyn Bridge walk, click here.


Looking out over Vancouver downtown from the hills of Kitsalano leading into Kerrisdale, I see the skyline almost seem to float in a gentle mist. The rain of winter is here; the kind where moisture saturates the sky and flows with the wind, swirling in downward spirals, sheets of water. The lights of the Shangri-La shine high in the sky, followed by a myriad of spires reaching into the clouds almost breaking through to the starry sky. Somewhere down there, the beautiful Dominion Building sits with an archaic record for the tallest building in Vancouver, holding the record back in 1909. I can’t see it now behind the always-reaching skyline. Development as a whole is a remarkable accomplishment of human kind replicated across more and more cities as city centers and residential neighborhoods pop up everywhere.
Here is the crux though; a 17-story apartment building with 3 stories of basement parking is forever…
Even if the building falls down, that piece of earth is unlikely to ever be turned back into the soil and space that was once there prior to the building’s existence. Nor should it be. The cement industry is a leading producer of carbon dioxide (CO2), creating up to 5% of worldwide man-made emissions of CO2.1 When we spend so much energy and materials ranging from steel and rebar to wood and concrete, it should be a lasting endeavor. With 900 kg of CO2 emitted for the fabrication of every ton of cement, it is crucial that we build only when we need to and with forever in mind. 2
This time for forethought on building is vanishing quickly as it becomes cheaper, easier, and faster to build. The Burj Khalifa in Dubai, or tallest building in the world was built in just over 5 years. As of 2006, about 7.5 cubic kilometres of concrete are made each year—more than one cubic metre for every person on Earth.3 This highlights the fact that we are quickly paving the earth over. Development will continue, buildings will keep going up, we will continue to lay pavement but if concrete is forever, let it be a lasting project. Let us build with sustainability, environmental awareness, and green technologies as our pillars for the future. Do we need to pave every connecting walkway? Are wood chips an option? How energy neutral can we make this building? Is there a green solution?
Or are our children going to be known as the jack hammer generation. A thought on development.
1.Mahasenan, Natesan; Steve Smith, Kenneth Humphreys, Y. Kaya (2003). “The Cement Industry and Global Climate Change: Current and Potential Future Cement Industry CO2
2. The Cement Sustainability Initiative: Progress report, World Business Council for Sustainable Development, published 2002-06-01
3. Minerals commodity summary – cement – 2007″. US United States Geographic Service. 2007-06-01. http://minerals.usgs.gov/minerals/pubs/commodity/cement/index.html. Retrieved 2008-01-16.


building with nature in mind
At our latest development, Highwood Grove, we are proud to announce that all of our Newbridge homes have been built with nature in mind…specifically bats.
With the increase in development of new building sites and redevelopment of older buildings, especially in rural areas, availability of roost sites for bat species is becoming more limited. However, bats can be encouraged to remain at old sites or colonise new ones by incorporating artificial roost spaces into the building during the build or renovation process.
The Habibat Bat Box is a large, solid box made of insulating concrete with an internal roost space, which can be incorporated into the fabric of a building as it is built or renovated. A variety of facings can be fitted to suit any existing brick, wood, stonework or rendered finish, rendering the box unobtrusive and aesthetically pleasing. The Habibat box is suitable for species which are most commonly found roosting in buildings in the UK, such as Pipistrelle, Natterer’s, Whiskered, and Brandt’s bats.


Make it work
As a system integrator, we take responsibility for the capture, processing and analysis of traffic data from a variety of sources and providers. We are also able to manage physical infrastructure. We ensure that high-quality data are supplied to the right place at the right time. Data sources include sensors, cameras, dynamic signage, toll points, noise meters and air quality instrumentation. We price and prepare data for analytical purposes – we are even able to complete analyses ourselves. Our solutions are generic and supplier-independent which ensures great flexibility in the choice of infrastructure, for example. Our solutions provide a comprehensive overview and control of the traffic situation, enhanced traffic flows, increased road safety and environmental benefits.


The curved roof of the building is made of solid zinc with just a few tenths of a per cent of titanium and copper. As the metal ages, it acquires a slightly darker patina.
The vertical windowless elevations are made of aluminium, which is resistant to the maritime climate in Helsinki. They were sandpapered by hand with horizontal strokes, giving the aluminium a surface that refracts light.
There are reddish surfaces on the south and north elevations of the building. These are made from acid-reddened textured brass, treated with heat and chemicals.
The building’s big curved glass wall is made from Reglit glass u-blocks, which are mainly used in industrial buildings. The greenish element has been removed from the building’s glass walls and gallery windows in order to ensure that the light entering the building is natural daylight. Most of the glass surfaces are sandblasted, using aluminium oxide or silicon dioxide instead of sand. This creates a prismatic surface that refracts the light beautifully. The other glazed walls are steel curtain walls.
The walls and ceilings are of white plaster, with the aim of creating tranquillity and simplicity.
The floor is dark grey, almost black, concrete. The high curved concrete wall of the foyer is concrete cast in a horizontal board mould and painted white.
The walls of Kiasma Theatre are reddish plywood. The control booth is upholstered in fabric that gives the impression of dark blue velvet.


Projects that are stalled or abandoned before completion require comprehensive and difficult assessments to determine what work was already performed and how. We do the painstaking legwork to prevent costly missteps.
Bringing together architects, engineers, mechanics and specialists, we provide a detailed plan of action and a roadmap to resuming and completing the project. As our name suggests, precision and thoroughness are what we demand and deliver.
When construction endeavours are mired in bureaucracy, and proper certification continues to be denied, projects can stall and suffer irreversible damage. Our team succeeds where others failed and works with HPD and other agencies to once again break the shovels out.
The #1 responsibility of every GC, we excel at providing first-rate construction, with excellence from the field to the office. Exclusively contracting with leading subs, we tackle projects of every size with efficiency, proficiency and an unrivaled commitment to first-rate work.
Complex construction projects require adeptness at working with multiple stakeholders, agencies, and interests to get where you want to go - together. Our reputation for getting things done has catapulted us to the forefront of this challenging and exciting niche market.


Reddit reviews Pyle Portable Vehicle Traffic Speed Bump - 9 Feet Heavy Duty Reflective Plastic Humps, Car Truck Automotive Vehicles Speed Bumps for Asphalt Concrete Gravel Garage Driveway Roads Parking Lot - PSPD16
We found 1 Reddit comments about Pyle Portable Vehicle Traffic Speed Bump - 9 Feet Heavy Duty Reflective Plastic Humps, Car Truck Automotive Vehicles Speed Bumps for Asphalt Concrete Gravel Garage Driveway Roads Parking Lot - PSPD16. Here are the top ones, ranked by their Reddit score.
UNIVERSAL PLACEMENT: The Pyle Vehicle Speed Bumps for driveway are designed to temporarily control traffic flow. Unlike concrete bumps, it can be deployed and retrieved in seconds. It is designed to easily conform to virtually any road surface9. 8 FEET LENGTH: Its total unrolled size measures 9. 8 foot length by 9-inch width by 2-inch height perfect for single lane placement. Hump efficiently controls vehicle speeds and eliminates maintenance problems associated w/ permanent speed bumpsPORTABLE DESIGN: These speed humps for roads feature hassle-free, portable and quick deployment design and includes storage / carry bag for easy relocation and offers convenient means of transport and storage. Also features weather resistant designHEAVY DUTY: The long ramp car traffic guard features durable and reliable construction from high quality reinforced polypropylene in bright yellow for increased visibility. It is backed w/ rubber matting, keeping the speed bump securely in placeWIDE APPLICATION: The portable safety speed bumps for concrete can also be used on asphalt, gravel and uneven surfaces. Used for car, truck, bus, trailer and more. Ideal for streets, driveway, commercial parking lots or shopping mall
I'm having the same problems, and considering some solutions.


During the RICS ASEAN Forum held last April 4, Marissa Benitez, Director of Valuation and Advisory Services of Colliers International, spoke about Valuation of Green Commercial Property in Manila. Her topics on green building are very informative.
Ramon CF Cuervo III also took part in the forum, answering the question and answers from the participants regarding the green building innovation. He will do the next article on the value of green building and carbon credit income, and how valuable it is to invest in energy savings.
Mr. Cuervo and Ms. Benitez are the only Filipino members of RICS and were special privilege and earned the prestigious designation as a chartered surveyor by RICS.
Green building refers to a structure and using process that is environmentally responsible and resource-efficient throughout a building’s life-cycle: from sitting to design, construction, operation, maintenance, renovation, and demolition. This requires close cooperation of the design team, the architects, the engineers, and the client at all project stages. The Green Building practice expands and complements the classical building design concerns of economy, utility, durability, and comfort.
There are a number of motives for building green, including environmental, economic, and social benefits. However, modern sustainability initiatives call for an integrated and synergistic design to both new construction and in the retrofitting of existing structures. Also known as sustainable design, this approach integrates the building life-cycle with each green practice employed with a design-purpose to create a synergy among the practices used.
Green building brings together a vast array of practices, techniques, and skills to reduce and ultimately eliminate the impacts of buildings on the environment and human health. It often emphasizes taking advantage of renewable resources, e.g., using sunlight through passive solar, active solar, and photovoltaic techniques and using plants and trees through green roofs, rain gardens, and reduction of rainwater run-off. Many other techniques are used, such as using wood as a building material, or using packed gravel or permeable concrete instead of conventional concrete or asphalt to enhance replenishment of ground water.
Green buildings use key resources that are more efficient than regular buildings. Using resources such as land, water, energy, and materials more efficiently results in reducing the overall impact of the building to human health and the environment.
It also helps in protecting the health of occupants and employees and thus, improving their productivity. For the environment, green buildings reduce waste, pollution and environmental degradation.
Aside from helping the environment and people’s quality of life, green buildings provides financial benefits than conventional buildings. It cost less to operate because it gives savings to water, electricity and energy, reduced employee health cost, and lower operational and maintenance cost.
For the Philippines, the country has three sustainability initiatives for green building. These are Philippine Green Building Council (PHILGBC), Building for Ecologically Responsive Design Excellence (BERDE) Program, and BERDE Green Building Rating System.
According to Ms. Benitez, there are three approaches in valuing green commercial property: (1) Sales Comparison Approach in which is a sufficient recent, transparent and homogenous transactions are required for an accurate valuation, (2) Income Capitalisation Approach in which also a Discounted Cash Flow Analysis (Yield Capitalization Approach), and (3) Depreciated Replacement Cost Approach.
For RESPs, choosing green buildings has key drivers for the market value of green buildings which are lower building operating costs, ease of sale and rent, tenant retention and improved overall occupancy rates
Despite of the advocacy of green buildings worldwide, there are also some limitations in the Philippines. We have limited application. We only have two green buildings in the country that are both LEED certified.
Lack of real estate valuers with technical terms or ratings standards used in sustainability initiatives with the exception of plant and machinery valuers is another limitation. RESP’s need to learn more in order to be competent in technical terms or ratings standards used in sustainability initiatives.
Other limitations include acceptability of sustainability initiatives to developers, lack of local valuation guidelines/ standards/benchmarks for valuers, limited information/data and sustainability benefit cannot be quantified, such as improving the quality of life.
The only two green buildings in the country that are both LEED certified are The Zuellig Building in Makati City and Sunlife Building in Taguig City.
The Zuellig Building is a 33-story office skyscraper owned by the Zuellig Group. Developed by its real estate arm, the Bridgebury Realty Corp., it has a height of 155 meters or 508.53 feet and has a total floor area of 62,800 sqm. that are available for rent, 59,900 sqm. of prime-grade office space in the tower, and 2,900 sqm. in the retail pavilion. The building has acquired a pre-certification at Gold Level under the Leadership in Energy and Environment Design (LEED) program of the U.S. Green Building Council.
Zuellig Building stands on a prime piece of land with a total land area of 8,285 square meters on Makati Avenue. The exterior of the office skyscraper has an all-glass facade and large floor-to-ceiling glazing panels. The design of this office skyscraper was inspired by bamboo and flowing water with its distinctive texture being associated with the local organic motifs and shading capabilities of the structure. The glass panel used in Zuellig Building is double-paned with low-emissivity (low-E) which minimizes solar heat gain and energy loss and at the same time maximizes the utlization of natural daylight.
Green architecture principles have the following “green” advantages–energy savings of approximately 15% (4.3 million kWh annually) compared with a conventional ASHRAE-compliant building; power-saving lights; water conservation of approximately 71% (29 million litres annually) through the recycling of grey water, collection of rain water, and condensate water; carbon dioxide monitoring; landscaped surroundings; daylight for 90% of interior spaces; green terraces in the sky garden’s retail pavilion; and employee productivity and wellness.
Another green building is the Sunlife Building in Global City, Taguig. According to the website of Sunlife, the building has already been pre-certified by the Leadership in Energy and Environmental Design(LEED) for Core and Shell Development. It is also raring to be certified for LEED Commercial Interiors, another validation of its commitment to a sustainable building system.
The Sun Life Centre is working towards the distinction of being the first green building in the Philippines to receive the Gold level LEED certification for Core and Shell development and for Commercial Interiors. “Its features are expected to set the standard for premium office buildings in the Bonifacio Global City,” said Armand Apuya, Sun Life Philippines Administrative Services Head, who is also in charge of building design and construction.
Lower energy costs are one of the amenities that set the Sun Life Centre apart. Its double-glazed low emissivity glass allows daylight to come in while blocking outside noise and heat, helping reduce harmful emissions and minimize the use of cooling devices.
Another stellar feature is the green roof, where a rain harvesting system can irrigate rainwater for non-potable usage. “The green roof will mitigate the ‘heat island effect’, which transforms buildings into pocket islands of heat. Because of vegetation, Sun Life Centre’s green roof will absorb the urban heat while also serving as an outdoor garden,” explained Apuya.
Aside from savings in energy use, a green building such as the Sun Life Centre also addresses the ‘sick building syndrome.’ It refers to ailments mostly related to poor indoor air quality in the office, usually from a building’s ventilation system. Given the reduced use of air conditioning and the increased circulation of natural air, Sun Life’s new home is beneficial for the wellness of its tenants.
With references from:
- Marissa Benitez


Through Brenkę company with over 30 years experience and who understand our environment as a complex network of single subsystems being protected best by sustainable handling of the central environmental protection goods water, air and soil. For the preservation of these protection goods, the emissions into and the impacts of the environmental media have to be analyzed and limited to standards being reasonable with respect to both, managerial and national economics.
In this context, differentiated databases, exact diagnoses and reliable projections of the transport and effects of relevant hazardous substances need to be drawn up at short notice and in accordance with the requirements of the specific case concerned.
We determine the amounts of hazardous material and their transports in air, water and soil as well as in the biosphere by model calculations and validate them by measurements if possible. With the analyses of the respective site specific exposure situation we are able to limit extensive and costly investigations to the really unavoidable measure. The results then lead to optimized solutions for the successive phases of planning, licensing and realization.
Our Services for You
Water Resources Management
- Concepts for water extraction taking environmental aspects into account.
- Investigations of sustainable water supply for cities.
- Planning aids for sustainable land use.
- Investigations of impacts of planning and building projects on water and soil.
Security Measures for Water-Supply Catchments
- Hydrogeological investigations in water resource development.
- Planning regarding water rights and water management for water extraction plants.
- Strategies to protect water-supply catchments of groundwater extraction plants and dams.
- Advice on agricultural land use taking a sustainable water use into account.
- Water management plans to control extraction.
- Monitoring and development of water information systems.
Decentralized Stormwater Management
- Planning maps for "stormwater infiltration" for urban areas.
- Drainage concepts for potential building areas.
- Comprehensive planning concerning the use of stormwater on industrial and building areas.
Model-based analyses of pollutant transport in water and soil
- Surface and groundwater flow - even under complex geological conditions and in mining areas.
- Dynamics and geochemistry of organic and inorganic pollutant transport in water and soil.
Model-based emission and impact analyses of air pollutants
- Dispersion meteorology.
- Atmospheric dispersion of air polluntants - even in complex terrain.
- Dry and wet deposition and resuspension.
- Investigations on urban and regional climates.
- Dynamics and chemistry of the atmosphere.
Monitoring of emissions and impacts.
Ecological analyses of exposure pathways.
Investigations and assessments of potentially polluted sites, including on-site examinations and sampling for water, air and soil.
Planning of concepts and licensing for
- Water treatment plants.
- Chemical plants.
- Intermediate and final repositories.
- Thermal, biological and physico-chemical waste treatment plants.
Development and assessment of cost-optimal and sustainable remediation concepts.
Tendering and contract negotiations.
Supervision and progress control of remediation work.
Development of utilization concepts for contaminated sites.


A house that has cracks inside or outside may have foundation issues that need to be repaired. The cracks can be found in the brick, sheetrock, floorboards, tile, and foundation. Many times gaps can be found between some doors and windows. The damages can also cause problems in the basement including leaning walls and flooding.
The reason for foundation damage is the soil beneath the home. Expansive soil can shrink and swell according to the moisture in the ground. High moisture levels can cause the soil to expand which will heave and lift the home. Some factors that contribute to too much moisture in the soil are plumbing leaks and improper drainage. The opposite can also happen. If there’s not enough moisture in the soil, it will shrink and cause the foundation to settle. Besides wind and heat, another factor that can cause a lack of moisture in the ground is trees. If trees are present close to a home, the roots can extend under the home’s foundation and take in the moisture from the soil.
Why do we need to repair these? If the foundation isn’t repaired, the issues can get worse over time. Repairing the foundation cannot only help with the cracks in the house, but it can also fix doors and windows that no longer close properly. Another reason for foundation repair is the home’s resale value. Since most people end up selling their home at some point, the resale value will be significantly lower if the home has foundation and structural damages. These damages must be disclosed to potential buyers. In the end, no one wants to purchase a home with signs of foundation failure and it is cheaper to repair your homes foundation rather than risk lowering the price substantially to make a sale.
All Florida Ram Jack
16646 Scheer Blvd.
Hudson, FL 34667
Call Toll Free:
Foundation serves as an anchoring structure for a building. It holds the house into the ground and provides a level grounding for the building to sit on. A solid foundation is crucial to the longevity of your home or building. If your foundation was poorly built or has aged over time, your structure could settle as the soil moves. This leaves you with a damaged home.
Foundation allows a structure to stand in place, even when the soil around it shrinks or expands from moisture. This prevents the home from succumbing to environmental stresses below. If the soil is heavily saturated and turns into mud, a home or building still stands. Conversely, if the soil around the house is extremely dried out, a solid foundation will keep the home from moving too much.
One of the most important functions of foundation is to counteract weight. The deeper the foundation, the more counterbalance there can be. The counterbalance offsets any additional force that might be applied towards the building above the soil. By anchoring it into the ground, it is literally having the weight of the world push against it. This keeps the building locked into place.
Not every building requires the same amount of foundation, though. The demands of a skyscraper are vastly different than the needs of a manufactured home. Because of this, different building foundation types exist. This keeps each structure properly anchored due to its particular requirements.
This is a majority of the foundation you will find in any residential area. The structure of a home or small building does not require a tremendous amount of counterbalance in order to keep it in place. As such, homebuilders primarily plant shallow foundation. This gives the base a structure needs to stay steady.
Shallow foundations can be made in a variety of methods. Their construction varies, but the purpose of each one remains the same: give buildings the support they need.
Spread footing is just a bit wider than the wall or structure directly above it. It’s a very precise, direct form of foundation where only the actual structure is supported instead of having any left over.
Combined footing is where multiple columns are reinforced by fortified concrete. These may be utilized when a load bearing structure is unable to go past a certain point. You may find one of these in use when a column cannot go past a building’s end.
Whereas combined footing are simply columns, strap footing takes it a step further. Strap footing columns are columns which are connected with a beam of concrete, or a “strap.” This strap helps distribute weight between columns, which relieves the weight pressed on each individual structure.
Mat footing (also known as raft footing) is foundation that is fortified by steel beams. This is different than combined footing, as it is a wide foundation compared to a column. The beams are laid into place, then has concrete poured inside. This gives the foundation extra strength and helps hold the weight.
For bigger buildings such as office complexes, multiple story apartments, skyscrapers, and more, you have to dig deeper. This is where deep foundation comes in. Compared to something as superficial as shallow foundations, deep foundations bore deep into the Earth, laying thick bases for maximum stability.
Similarly to shallow foundation, deep foundation accomplishes its goals in a number of ways. Deep foundation is also used when the soil in a construction project is bad. This requires placing the brunt of the weight onto strong rock bases located far below the soil. Therefore, the load is no longer placed on the bad soil, but on the rocks far below.
Pile foundation is when a grouping of pylons or beams are placed together as one of the support echelons. The beam is usually made out of concrete or metal, though some beams are made out of wood. On top of this beam is a cap. This cap provides a firm setting on which the superstructure will rest on. This effectively forms the “pile,” though it resembles more of a column when finally deployed.
The benefit to this method is the wide distribution. Instead of one beam taking the brunt of a tremendous amount of weight, the weight is spread out. This requires each load to bear less. Additionally, it can be much easier to create one large column out of smaller elements instead of trying to handle one single massive column.
Helical piles operate much the way a common household screw would, but on a macro level. Many steel plates are attached to each other and then torqued into the Earth. The pile then “screws” itself into the soil, securing the foundation and preparing itself to receive the load.
Ram Jack Texas deals with two different types of pile foundations: While driven piles are simply driven into the ground with hydraulic drivers, helical piles operate in a vastly different way. Instead of relying on a centralized structure, a helical pile relies on the outward forces of the helix plates on the surrounding load-bearing strata.. The location of all the weight is not centralized; it is spaced out vastly.
Contact : All Florida Ram Jack
Visit us at www.allfloridaramjack.com/
Williston-Police – Fire Headquarters
Installer: Ram Jack Solid Foundations
Introduction: The general public relies on first responders to maintain the peace, provide medical care, and support the community. It’s never good news when a police and fire headquarters needs extensive repair. Not only must cities rearrange their first response protocols to ensure the public remains safe and protected, it also complicates response times and inconveniences the public employees on whom the general public relies. When the Williston Police and Fire Headquarters in Williston, Florida began suffering from some foundation problems, city officials called Ram Jack Solid Foundations to get the structure back in action as soon as possible.
Problem: Built by committee twenty years ago on top of an old cattle stock yard, the Williston Police and Fire building was suffering from serious foundation issues. Not only was the soil settling, but the structure rested on a growing sink hole, making it unsafe to park the heavy fire trucks and engines in any of the six engine bays. The geotechnical report proposed installing 420 cubic yards of grout, but the proximity of the site to a nearby city well made this solution less than ideal. City officials wanted a safe place to conduct first response operations as soon as possible while maintaining the integrity of the city’s first response system. Ram Jack Solid Foundations proposed an alternate solution that would both stabilize and repair the structure while allowing city employees to continue their important work.
Proposed Solution: Ram Jack Solid Foundations proposed the use of remediation helical piles to support the foundation in combination with placed grout to stabilize the ground below. By using helical piles, the amount of grout needed would be reduced to 40 cubic yards, and the nearby well would not be threatened. The helical piles would support the perimeter, interior, engine bays, and column footers; and the interior would be further supported by a newly placed slab to replace the damaged one.
Outcome: Working around the clock in 24-hour shifts to complete the job as quickly as possible, Ram Jack removed the damaged foundation, installed helical piles, and placed a new foundation with no delays. Once complete, 450 helical piles were installed to an average depth of 22 ft., supporting the newly placed foundation and allowing city employees to get back to their usual business of serving the public. City officials were more than satisfied with the job and ecstatic to have their employees able to do their duties in a safe, stable structure.
Visit at www.allfloridaramjack.com
1. What does RamJack do?
RamJack dealers (throughout the US and in Canada, Costa Rica, and Panama) install steel piles to support foundations. This can be done for new constructions or as underpinning for existing structures. Often, RamJack dealers offer other services as well as foundation stabilization.
All Florida Ram Jack
Residential & Commercials Sinkhole & Foundation Repair Specialists for West Central Florida
2. How long have you been in business?
RamJack has been in business for over 30 years, and has been at the forefront of steel pilings for foundations since the beginning. Our first patent was issued in 1987. About 20 other patents have been or are currently owned by RamJack, which has also spent 30 years developing and refining Foundation repair solutions to ensure the best quality in the industry.
3. Can I buy RamJack products?
RamJack products can only be purchased and installed by our trained dealers.
4. How do I know I have a foundation problem?
You can review the signs and symptoms of foundation failure information, but the only way to know for sure is have one of our trained specialists evaluate your home’s foundation.
If you don’t have a foundation problem, they will tell you. If you do, they will recommend a proper solution to your foundation problem.
5. How can I tell if I have foundation problems?
Evidence of foundation failure is seen in a variety of ways. Stair step cracks in your brick are the most common and obvious symptom of foundation failure.
You may also see your chimney pulling away or you may even find cracks in the foundation itself. Inside your home, you may see cracks in your drywall, broken window panes, uneven floors, or doors that won’t open or shut properly.
All of these signs indicate that your home’s foundation has moved and your home is out of alignment. The value of your largest investment may now be in jeopardy.
6. What happens if I call RamJack?
A professional RamJack representative will examine your home’s damage, measure variances in the foundation, and determine the best solution for your specific situation.
7. What kind of solutions does RamJack offer?
For many situations, a RamJack steel driven pile system will be installed.
The key to this system is the powerful dual hydraulic cylinders which drive the pilings with up to 70,000 pounds of driving force. In order to withstand the extreme pressures of RamJack’s hydraulic pile driving system, only heavy gauge, high strength carbon steel is used, along with a heavy wall independent guide sleeve.
This unique design rifles the piling into the soil without the bending or deflection usually associated with inferior systems.
Each steel pile is driven deep into the soil until a layer of bedrock or adequate load-bearing strata is encountered. The depth of each pile may vary according to the underlying geological formations.
Once all piles are securely set, the foundation is carefully lifted to an elevation of maximum practical recovery.
This will permanently halt any further deterioration due to settling of your foundation.
Sometimes a customized remedy is required for a permanent solution. RamJack’s patented helical piles are the best solution for certain soil types, and for interior applications. High torque from hydraulic gear reduction motors spin helix discs deep into the soil until dependable load bearing strata is reached.
RamJack has developed sophisticated software to assist engineers in designing the appropriate helix configuration based upon soil strength and applied loads.
Our engineering department is consulted every day by engineers all over North America to aid in designing foundation solutions.
Helix piles are also excellent for new construction, especially when bad soil conditions are known to exist on the building site. Concrete foundations can be poured the same day and each pile is independently tested during installation by monitoring the torsion resistance.
The RamJack new construction helix installations are especially useful in environmentally sensitive areas such as wetlands, tundra, or rain forests. In other situations, RamJack tie-backs with specialized brackets may be the appropriate solution for the problem.
Whatever the need, RamJack has a solution.
8. Why are RamJack solutions better than others?
RamJack offers the best piling system in the industry. All RamJack steel is ordered to our specifications directly from U.S. mills.
In order to maintain the highest quality product, RamJack utilizes state of the art manufacturing processes.
Computerized CNC units craft parts within a thousandth of an inch. Meanwhile, computerized plasma tables and robots cut and weld RamJack products to exact specifications.
RamJack products are coated with a highly durable thermal plastic coating which insures that all products will stand the test of time and are environmentally friendly. After the materials are clean and dry, the plastic powder is electro-statically applied.
Finally, the product is guided through a 40-foot high curing oven to permanently bond the coating to the product.
For over 30 years, the people of RamJack have dedicated themselves to providing a product and a service second to none. Through extensive research and development, RamJack has engineered permanent solutions for a variety of problems.
9. What will happen if I don’t do the repair?
It’s up to the homeowner to decide whether or not to do the repair. It’s our job to provide you with the most appropriate remedy for your situation. Over time, almost all foundation problems will get worse if they are not properly repaired.
10. How good is the RamJack Warranty?
Go to our warranty page here.
The use of helical piles in construction dates back nearly 200 years. In the 1830’s, the earliest versions of today’s helical piles were used in England for moorings and for the foundations of lighthouse structures. Today, helical piles are gaining worldwide acceptance throughout the construction industry and engineering community due to the versatility of both the product and the installation equipment. In 2007, the International Code Council Evaluation Service, Inc. (ICC-ES) approved AC358, Acceptance Criteria for Helical Foundation Systems and Devices. Helical piles are also now included in the 2009 International Building Code.
Ram Jack Foundation Systems has been issued the very first ICC Evaluation Service (ICC-ES) Evaluation Report (ESR-1854) by requesting their patented steel products be evaluated by the International Code Council.
The International Code Council–Evaluation Service developed Acceptance Criteria (AC), to establish a baseline against how an innovative product can be objectively measured. The ICC-ES, a highly respected and critical link to building code officials, use a unique process to evaluate the strength, integrity and environmental safety of helical piers in the foundation repair industry.
“The adoption of acceptance criteria AC358 and having the ESR-1854 completed on Ram Jack Foundation Systems are major milestones, not only for Ram Jack, but for the helical industry as a whole,” said Darin Willis, Director of Engineering with Ram Jack. “Having ICC-ES evaluation reports will make it easier to specify and design helical foundation systems. Engineers, designers and code officials can expect a higher quality and reliability from helical foundation systems by insisting on ICC-ES Evaluation Reports”.
The commercial building code requires all helical pier installations meet the ICC-ES 358 Acceptance Criteria for foundation repair projects. Currently, only Ram Jack and two other companies in the country are compliant to the specific requirements. Rick Sykes, President of Ram Jack Foundation Solutions of Durham, North Carolina says, “with the rate at which this industry is growing, we can only suspect that residential building code officials will follow suite requiring ICC-ES Evaluation Reports on residential foundation repair projects, as well.”
“As with all ICC-ES reports, the Ram Jack report will save building departments countless hours when evaluating building plans that specify Ram Jack Foundations Systems,” said Yamil Moya, Staff Engineer with ICC-ES. “When ICC-ES issues a report on an evaluated product, code officials know it is code compliant and will result in structurally sound buildings. ESR-1854 provides building professionals with comprehensive details by which to determine the benefit of using Ram Jack’s foundation system for a project, as well as for building officials when approving plans.”
All Florida Ram Jack
16646 Scheer Blvd.
Hudson, FL 34667
Call Toll Free:
All Florida Ram Jack Foundation Repair
Ram Jack Helical Pier Ram Jack Helical Pier
The Ram Jack helical pier driving head delivers power to long sections of piering for a faster installation and a stronger pier, while transferring loads from the existing foundation to a soil suitable for the load.
RAM JACK TRI STATES CASE STUDY VIDEO
Scott MacKay with Ram Jack Tri States just finished a 172 pile job in Conshohocken, PA. Ram Jack installed piles to support the Rowing Center Building, the deck, and dock. All the concrete is supported by Ram Jack Helical Piles. In all there are 120 under the building, 32 under the deck, and another 20 under the concrete dock supports.
To the left is a screen shot of a four minute aerial fly over video of the project.
What a great way to use today’s technology with your case studies. If you have any interesting jobs you would like to send in to have a case study created please visit ramjack.com/CaseStudyForm and let us know if you have any questions. We look forward to seeing this job from Ram Jack Tri States as a printed case study.
To view the video: bit.ly/RowingCenterCaseStudyVideo
Visit us at www.allfloridaramjack.com
Sinkhole concerns … High Deductibles?Many times we can repair your home for a fraction of your deductible!
No sinkhole insurance?
We can repair your home for $139 a month! Less than the cost of sinkhole insurance.
Can’t get sinkhole insurance?
We can repair your home for less than the cost of monthly premiums!
Sinkhole claim denied?
We can repair your home for less than your monthly premiums!
Call us at 727-447-5502 or visit us at
ALL FLORIDA RAMJACK 16646 Scheer Blvd. , Hudson, FL 34667
Phone : 727-447-5502
8 am – 5 pm
Our Tampa, Florida soil stabilization company understands the special foundation needs of our customers living along the coast. For those living on or near beaches, seawalls are an important part of foundation safety.
Seawalls are built parallel to the coastline to provide safety on muddy or sandy beach areas, in addition to protecting coastal land sections from erosion. For coastal foundation support, our foundation reinforcement company offers coastal timber support as well as bulkhead seawall tieback.
Ram Jack Seawall Repair
Ram Jack Seawall offers a patent-pending repair method for concrete, steel, wood and vinyl seawalls. The system can often return crooked or leaning seawalls to their post-installation position. Ram Jack’s seawall repair methods can permanently stabilize seawalls, virtually eliminating the need for future repairs.
Timber Pile Support System
Erosion is prevalent on sandy soils and beaches, causing homes built on timber pilings to move and sink over time. Ram Jack installs both helical piers and piling brackets in order to keep the piling in place. We use standoff brackets to hold helicals in place throughout the lifting process. Ram Jack’s brackets keep the timber pilings straight, without any tilting.
Bulkhead Tie-back Support System
Ram Jack installs helical piers and seawall brackets to repair bowing concrete and vinyl seawalls. The brackets can also be installed during seawall construction to prevent bowing from the start. The helicals are driven deep into the soil to hold the pressure from the wall and straighten it. Ram Jack includes a five-year warranty on the seawall brackets. These seawall brackets are a unique patent-pending design by our Tampa foundation repair company.


Tuen Mun-Chek Lap Kok Tunnel, Hong Kong
For the new Tuen Mun-Chek Tap Kok Tunnel in Hong Kong, VLS was appointed to design the lifting gantry and to supervise more than 100 lifting and lowering operations for the assembly of two TBMs ... [more]
Budapest Swimming Stadium, Hungary
Raising of a 2,400t roof structure for the new Swimming Stadium in Budapest ... [more]
Kentucky Lake Arch Bridge, United States
On Dec. 1 2015 VSL Heavy Lifting raised the steel arch span from a pontoon and lowered it onto the new piers. This was a milestone event for the construction of the new bridge over the Kentucky Lake ... [more]
VSL is an acknowledged leading company in Heavy Lifting exceptional loads based on decades of experience. VSL serves its clients the feasibility of special construction methods and visionary architecture. Represented in a great number of countries, VSL Heavy Lifting takes full advantages for its clients from a highly qualified worldwide network.
Our business is to find custom sized solutions for moving heavy loads safely and efficiently by VSL hydraulic strand jacking systems. We support you to perform your conception.


As previously noted, the Loop Trolley project is moving forward, and at the moment it’s making a bit of a mess in front of our building! This work will impact your travel time to and from school, and it will require extra care getting in and out of our driveways.
Here’s what you need to know for the start of school:
1. All traffic has now moved permanently to the west side of DeBaliviere Ave. This means that you will have to cross a construction area now – and trolley tracks later – in order to access our property from DeBaliviere.
2. Construction will continue on DeBaliviere for a few more months. The bridge closure on DeBaliviere between Forest Park Parkway and Pershing will continue until at least some time in September.
3. Our main parking lot, at the north of the campus, will get a new, three-lane driveway near the north end of the lot. This driveway construction will also continue until September, but the lot will remain accessible through the current driveway until the new one is ready.
3. The front door (south) drop-off lane will remain in use as before.
4. Please be careful and plan for extra time to get to and from school! Construction sites are dangerous, and we all need to slow down and pay attention to be safe.
Let’s have a safe start to the new school year!


Information Model (BIM) and collaboration technologies enable us to work to achieve the leanest possible design and construction process for our clients. This virtual model can be tested, reconfigured and streamlined to assist our clients and design team to understanding the implication of their choices and decisions – our information-rich models have enabled higher precision in project feasibility, cost, sustainability and construction scheduling.
View BIM projects and news
There is an inherent longevity built into all HPA designs: we design in a way that transcends fashion or trend, and strive to create work of lasting public value and enduring cultural worth. Our methodology is correspondingly rigorous, encompassing environmental assessment and Building Information Modelling (BIM), to maximise productivity, minimise waste and enhance post-construction efficiency in every building.
View Sustainability projects and news
At HPA, fabrication is embodied in both the exploration of form at the outset of a project, and the precise execution of a final design. This dual approach means paying attention to detail from the moment of design conception through the entire process of construction. The result is architectural innovation with respect for economic reality.
View Fabrication projects and news


Sustainable management of water in agriculture is critical to increase agricultural production and productivity. Globally, agriculture is the largest consumer of water and accounts for nearly 70% of the water used throughout the world, the majority of which is used for irrigation. Irrigation is defined as the artificial application of water to agricultural land to assist in the growing of crops (and pastures). This can be done by letting water flow over the land ("surface irrigation"), by spraying water under pressure over the land concerned ("sprinkler irrigation"), or by bringing it directly to the plant ("localized irrigation"). Irrigation makes agriculture possible in areas previously unsuitable for intensive crop production.
In the MedAgri region, which has one of the highest levels of water scarcity in the world, careful management of water resources is an absolutely necessity and a need for continuously improving water management is therefore of paramount importance. A number of projects are now underway to modernize irrigation systems in order to increase agricultural productivity and profitability, to improve equity in access to higher-quality water and to promote more sustainable use of irrigation water to overcome current and future water deficits. A number of new non-traditional water technologies are also being developed and the MedAgri region has become one the leading regions in the world in applying non-traditional water technologies, particularly water treatment and re-use. Water re-use is the process whereby wastewater is treated to an appropriate standard and reused for a variety of purposes, including irrigation. Much wide recognition is now being given to water reuse which, when applied within a limited and controlled context, will be a critical in securing adequate water supplies. In rural areas of most developing countries, the use of sewage and wastewater for irrigation is a common practice and water reuse is believed to be one potential intervention strategy for developing non-conventional water resources.
The scarcity of water has motivated some countries in the region, (particularly Egypt, Jordan and Tunisia) to introduce wastewater treatment and reuse as an additional water resource in their national water resource management plans. To date, Egypt has over 320 wastewater treatment plants to alleviate the pressure imposed by increasing demands on fresh water resources. The capacity of these plants has increased by 10 times in the last few decades. Tunisia currently irrigates over 7,000 hectares with treated waste water for irrigation and the number of wastewater treatment plants has gradually risen to over 80 operating plants, the largest of which his situated in Choutrana. The number of wastewater treatment plants in Morocco is still low, however many exist in largest cities (Ouarzazate, Ben Sergao, Benslimane and Drarga for example) and a number of multidisciplinary projects concerning the treatment and reuse of wastewater in irrigation have been launched in the past couple of decades. Jordan?s water scarcity has led to the reuse of treated water in agriculture for many years and most of the cities are equipped with waste water treatment plants. The first wastewater treatment plant was established in 1970 and the largest water treatment plant to date is located in Khirbet As Samra. For more information on the sector, please contact Giovanni Munoz at Giovanni.Munoz@fao.org


The Dayton Engineer
Dayton Society of Professional Engineers
Date: Thursday, April 13, 2023
Time: 12:00 Noon to 2:00 PM
Topic: “ODOT & County Engineer’s Update”
Presented by:John ‘Bud’ O’Brien, ODOT District 7; Tammy Campbell, P.E., ODOT District 8; Paul Gruner, P.E., P.S., Montgomery County Engineer; Stephanie Ann Goff, P.E., P.S., Greene County Engineer
A buffet lunch will be served.
Attendees will receive 1.5 Professional Development Hours for Engineering
Reservations: Those wishing to attend should make your reservations no later than noon on Tuesday, April 11, 2023, with Jon Wheeler by email at email@example.com or by phone at (937) 239-5982 (mobile).
Cost: $20-Members Location: Engineer’s Club of Dayton
$30-Non-Members 110 East Monument Avenue
$10-Students Dayton, OH
John ‘Bud’ O’Brien, Deputy Director, District 7 and Tammy Campbell, P.E., Deputy Director, District 8 will update us on ODOT District 7 & 8 projects and any changes regarding working with ODOT. Paul Gruner, P.E., P.S. will update us on projects in Montgomery County and Stephanie Ann Goff, P.E., P.S., will update us on projects in Greene County.


Capital Improvement Projects:
H&H Builders and Restoration, Inc. are experts at performing capital improvement projects for fully occupied facilities. We specialize in interior and exterior refurbishments and additions. Our goal is to increase the building’s value, aesthetics’, utility, and/or adapt the building for a new or further purpose. We take pride in our ability to work in and around your day to day operations with minimal disturbance to our clients and their tenants. We perform complex construction scopes at a fast pace while providing excellent results.
H&H Builders and Restoration, Inc.’s construction division provides a wide range of capital improvement options from ground up construction, interior/exterior remodeling, kitchen improvements, tenant improvements, construction refurbishing and parking lot repairs, just to name a few.
Our goal is to provide the following:
Value Engineering to bring your project goals in or under budget
Create an aggressive construction schedule
Meet or exceed your quality expectations
Communicate throughout the construction process to guarantee that our goals are being met
Be on schedule or beat the anticipated schedule


State of Iowa Bid Opportunities
9093.00 DVA IVH Fox Retaining Wall Storm Repairs
Request for Proposals
The State of Iowa Department of Administrative Services (“DAS”) is currently seeking design services from qualified design firms for a project consisting of repairs to a failed section of an existing retaining wall and an evaluation into the conditions that caused the failure of the retaining wall at the Iowa Veterans Home in Marshalltown, Iowa. A pre-proposal meeting will be held on-site at the Iowa Veterans Home at 1:00 PM CT, Wednesday, February 13th, 2019. Attendees shall meet at the Whitehill building at 1301 Summit St. Marshalltown, IA 50158.
Administrative Services, Dept
1305 E Walnut St
Hoover Bld, 3rd Fl
Des Moines, IA 50319
2/8/2019 1:30:00 PM
2/22/2019 2:00:00 PM
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Engineering Services :
JPSTEC is a specialist engineering services & solutions company servicing clients across a range of engineering segments helping improve their engineering efficiency, support their global footprint and improve their competitiveness. Leveraging technology, domain knowledge, & our robust work planning methodology to ensure an effective global delivery model for engineering services projects, we have emerged as a partner-of-choice for leading international companies. Our engineering teams seamlessly integrate into our client's in-house engineering / product development team & environment and act as a virtual extension of their engineering enterprise.
New standards are needed to codify recent developments in thinking and emerging best practice in engineering services: those collaborative technical and engineering activities that contribute to a business service that is enabled by keeping complex, long-life engineering assets operational at minimum cost. Such services are illustrated by the engineering involved in what have been called “complex service systems” or “product-service systems” and need the engineering activity and resource to be integrated with the overall service provision Eco-system. This means that engineers and engineering have a critical role to play within the overall service delivery system displaying new, integrated behaviors and complementary competencies to support the service paradigm. To support successful service outcomes, this requires a very different set of behaviors and processes to those prevalent in the traditional arcane and transaction approach of systems engineering or physical asset management. A new framework standard is proposed together with guidance on the application of relevant existing process and technical standards.
Engineering solutions ought to be agile, inventive, robust and productive. We at Jpstec understand and recognize the diverse demands that a client has from engineering design services, and strive to provide high-quality and reliable civil, structural, architectural, mechanical and electrical engineering solutions that perfectly meet their unique needs. Our best-in-class engineering services are provided by an efficient in-house team which has vast experience in not only providing customized solutions but providing value-additions as well across diverse industry verticals.
Every business entity needs top notch engineering services for their business operations. However, it's easier said than done, as maintaining required infrastructure, workflow quality and project management process intact requires a lot of manpower, time and money, that's why most smart organizations outsource engineering services to third-party vendors like Jpstec.
Jpstec Engineering Services maintains the highest standards of quality in each of its activities, giving priority to: