View allAll Photos Tagged MoistureControl
Canon 5D mkII
Exposure0.006 sec (1/160)
Aperture f/18.0
Focal Length 17 mm
ISO Speed200
Strobist:
580exII camera left, full power, fired via Pocket Wizards.
Large circular reflector camera right.
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Construction of the New Opera House began in mid 2002. Commencement of the foundations using BarChip Shogun began in 2004.
The new Opera House will be situated partly on land and partly over water. This has significant consequences related to the foundation design, handling of polluted soil, control of moisture and, not least, the building water tightness.
The foundations required some 28,000 lineal metres of piles to act as supporting elements for the building above. The piles vary in length and can reach up to 55 metres below the water surface before meeting stable bedrock.
BarChip Shogun structural synthetic fibre was chosen for this significant project to provide a cost effective solution to the insitu pile reinforcement. BarChip’s high performance and long term durability for combatting the demanding marine environment were critical factors in this decision.
Dosed at 5 kg/m3, 3,000 m3 of concrete was reinforced with approximately 15 tonnes of BarChip Shogun structural fibres.
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Estimated cost EUR 300 Million
• Veideke Entreprenor AS was the chosen contractor
• Opera House measures a total of 38,000 m2
• Tower height of 54 m
• The main stage lies 16 m below sea level
• Length of 242 m by 110 m wide
• Over 1,000 rooms and 3 main performance stages
• Used approximately 15 tonnes of BarChip Shogun in total
• Reinforced with BarChip Shogun structural synthetic fibres
Desiccant bags represent the most successful and safe solution to reduce the humidity level inside your packaging.
MCS is a “recovery and decontamination specialist” allowing us to response with speed in your time of need. We have an extensive range of drying equipment available ensuring we can meet a surge of works due to severe storms or a major high-rise/commercial water damage disaster. Where possible, MCS “float dries” water damaged carpet. At the same time, the underlay, sub-flooring and skirting board area is dried and all in the shortest possible time frame. Furthermore, this system will minimise the browning affect which can be left on the surface of your carpet. Browning is where the jute backing wicks up the carpet fiber leaving a dark stain which is why carpet should not be dried on top. Our drying method means less time, less noise and less inconvenience to you. More info visit our in website: Moisturecontrol.com.au
MCS has the expertise, assessment skills, remediation ability and experience to totally resolve any issues you have in regards to Meth Lab clean-ups.More info visit in our Website : www.moisturecontrol.com.au
"Active-Clay" is best cost effective desiccant Protects Export
consignment form moisture in salty atmosphere.
Free from -DMF-Dimethyl Fumarate.
The importance of desiccants is undeniable for pharmaceutical and laboratory products.
For More Info: ow.ly/E3g43
We work on all Meth Lab Remediation & Legislation (Brisbane) and then restore your house back to its innovative form. After a progressive meth test, we cultivate a strategy to Clean Ups all traces of drug contamination. Our work for healthier homes, certified decontamination with beautiful results.More information visits our in website: Moisturecontrol.com.au
"Active-Clay" is eco-friendly chemically inert, Non-Toxic, accepted
world wide. Bio-degradable, High absorption capacity,
We work with almost all insurance carriers. If you have a problem immediately and need assistance, we are open 24 hours, we have contractors that can be dispatched to your location immediately. We take mold removal and remediation services very seriously.
#MoldTestingSanDiego #mold #moisturecontrol #waterdamage #SanDiego #waterdamagetesting
Moldfixer
12632 Cherrywood Street, Poway, California, US
(858) 201-4492
Intellivent is a Mooresville, NC company specializing in solving crawl space and basement problems. We provide basement and crawlspace waterproofing, drainage
Moisture Control Services (MCS) has a proven track record to solve your mould problem so it does not return. If MCS cannot detect the source(s) of your mould problem we do not charge for the inspection. When it comes to mould (mold) MCS has the expertise to perform professional mould inspection/assessment, restoration/remediation to your apartment, unit, home, house, property, building to your total satisfaction. Call MCS to discuss your mould issue so we can determine the best option to meet your needs.
More info visit our in website: www.moisturecontrol.com.au
Mold can often be found in the parts of a building you might not visit — places like structural supports and load-bearing beams. And if the mold gets into a penetrable area, mold can cause serious structural problems in your buildings and and furniture. In condensation conditions, mold or mould can bloom on leather, wood and upholstered furniture. Preventing from mold is very important to remove these problems, as well as protect your family against harmful allergens. More info visit our in website: Moisturecontrol.com.au
Moisture Control Services (MCS) has a proven track record to solve your mould problem so it does not return. If MCS cannot detect the source(s) of your mould problem we do not charge for the inspection. When it comes to mould (mold) MCS has the expertise to perform professional mould inspection/assessment, restoration/remediation to your apartment, unit, home, house, property, building to your total satisfaction. Call MCS to discuss your mould issue so we can determine the best option to meet your needs.
More info visit our in website: www.moisturecontrol.com.au
MCS will provide a report of findings including, level of contamination, information gathered during the inspection, cause of mould, correction action to avoid ongoing mould, scope of works, quote including clearance report (additional sampling to prove decontamination has been successful) and general health guidelines. More info visit our in website: www.moisturecontrol.com.au
Moisture Control Services has a proven track record to solve your mould problem so it does not return. If MCS cannot detect the source(s) of your mould problem we do not charge for the inspection. When it comes to mould (mold) MCS has the expertise to perform professional mould inspection/assessment, restoration/remediation to your apartment, unit, home, house, property, building to your total satisfaction. Call MCS to discuss your mould issue so we can determine the best option to meet your needs.
More info visit our in website: www.moisturecontrol.com.au
Moisture Control Services (MCS) has a proven track record to solve your mould problem so it does not return. If MCS cannot detect the source(s) of your mould problem we do not charge for the inspection. When it comes to mould (mold) MCS has the expertise to perform professional mould inspection/assessment, restoration/remediation to your apartment, unit, home, house, property, building to your total satisfaction. Call MCS to discuss your mould issue so we can determine the best option to meet your needs.
More info visit our in website: www.moisturecontrol.com.au
Moisture Control Services (MCS) Company is an eco-friendly well-founded on the front of the clandestine drug lab Remediation industry. We deliver higher clandestine drug lab testing, preparation services - Brisbane. We have the capability wanted to resolve the most multifaceted prohibited drug lab remediation issues. We committed to trying and perfecting skills that improve efficiency, safety and the quality works of our services.
If you suspect that your home or industrial business in Brisbane has a mould problem, Mould Remover Professionals can inspect and assess your property. If mould is found, we have the training, equipment, and expertise to handle the situation.More information visits our in website: www.moisturecontrol.com.au
It is a MCS objective to promote and continuously improve quality standards. Through innovation, focus and an open participating environment; improvements to increase our quality standards will be achieved which will also enhance customer satisfaction. More information visits our in website: www.moisturecontrol.com.au
The global dehumidifier market is expected to reach USD 5,129.5 million by 2030, growing at a CAGR of 6.8% from 2023 to 2030. The increasing demand for dehumidifiers in industrial, commercial, and residential applications is driving the market's growth.
For more information visit:https://market.us/report/dehumidifier-market/
MCS has the expertise is clean your rugs to a high professional standard. Rugs are normally removed from the home or business so they can be professionally cleaned in a controlled environment. When returned MCS is happy to install them back into their original position.Rug identification is important as this determines the best means for cleaning your rug and condition of your rug is recorded. Loose dirt/sand is removed by agitation or compressed air flow. This step is critical as on average 74-79% of the soil found in rugs is dry particle, fibrous and insoluble. Meaning the most effective way to remove this type of soil is dry extraction/vacuuming. Before cleaning your rug MCS will conduct a colourfastness (or dye transfer) test to ensure dye does not bleed from the rug with the cleaning solution we would be using. If stain treatment or fringe cleaning is required additional charges will apply.If rug has been contaminated by your pet MCS can eliminate the smell but a stain may be visible on the affected area. More info visit our in website: Moisturecontrol.com.au
「潮濕的天氣最怕衣服曬不乾、家裡又有悶味！」這次入手的 艾美特6L快速乾衣除濕機MD2J06C，小巧外型不佔空間，卻能快速乾衣、降低室內濕氣，還有靜音模式，夜晚睡覺也不被打擾。特別適合小坪數、親子或毛孩家庭，讓家中隨時保持乾爽舒適。這組相簿記錄了開箱到實際使用的情境，包括室內晾曬、臥室除濕等日常畫面，希望能分享給同樣有潮濕困擾的朋友，找到一台真正貼近生活需求的好除濕機。💧✨
The superior moisture absorption capabilities of silica gel and zeolite molecular sieve. Learn which desiccant is ideal for industrial processes such as gas drying, petrochemical separation, and pharmaceuticals. Optimize your moisture control strategy with high-efficiency, cost-effective desiccants designed for tough industrial environments.
For more information
Contact +91 9879203377,
Email us- molecularsievedesiccants@gmail.com
Visit us- www.molecularsievedesiccants.com/blogs/silica-gel-vs-zeol...