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HomeRangeAkasison

Akasison

Big Building, Big Water! The Perfect Siphonic Solution

28 March, 2023 by

The recently completed Massey University Innovation Complex (IC Building), on the East Precinct Auckland Campus, Albany is a big project by any measure.

The 9,800 square metre state-of-the-art facility will be home to the science, innovation and research centre, and houses teaching and research laboratories and collaborative working spaces.

But it isn’t just the scale of the building, or the approx. 3,500 square metre roof area that made it a challenging project for architects and contractors involved, the science and laboratory aspect made for additional pipework, ducting and services that made the available roof areas and ceiling spaces very congested indeed.

This complexity meant that the Marley Akasison siphonic roof drainage system and its space-saving attributes provided an ideal solution.

Siphonic roof drainage systems are an efficient method of draining rainwater rapidly, especially from buildings with a large roof area. A siphonic roof drainage system utilises the full height of the building and the fall and acceleration of rainwater down the downpipe to create negative pressures that suck water off the roof. They require fewer, smaller downpipes and the pipework can be installed close to the roof with zero gradient and because of the suction the water volume is drained much faster.

Project architects, Athfield Architects approached Marley in February 2018 to provide siphonic roof drainage solutions for the Massey building, having previously worked together on the PwC Centre in Wellington.

Young architect Chi Tran was given the task of working with Marley to develop the drainage plan. A recent graduate, it was Chi’s first siphonic drainage project and a steep learning curve for him.

“With the usual gravity system, you need to integrate all these additional falls in the pipes. So, knowing that we’d be limited in space and competing for every single millimetre in those ceiling cavities, the siphonic system was definitely the most efficient way to get our routes to work,” he said.

Chi says that the siphonic system needs to be carefully planned, as the spacing between dropper pipes is very precise to create the hydraulic pressure needed for the system to prime and function. That meant a lot of coordination was required between hydraulic services and structural.

“Every little turn, every tailpipe, and offsets had to be considered. There were a couple instances where we had to design the structure around the siphonic system, otherwise penetrations would be required through a steel beam, for example – which we aim to avoid.”

In these cases, Chi worked with the structural engineer for a solution. “They were accommodating. And when we couldn’t, Marley was also very accommodating,” Chi said.

James Rodger, Building Services Manager at Southbase Construction coordinated the design/build on the project along with DL Good Plumbers and the hydraulic consultant.

James received the novated design from Athfield Architects and together with D.L. Goods, created a 3D model using Navisworks 3D visualization software, allowing the project team to fine-tune the system well before the install was scheduled to happen.

“Having Marley on board really early on, and DL Goods doing the coordination design, meant we had a really bulletproof design. So, we knew exactly where the fittings were going, there were no clashes, and there was no rework.

“And Marley were really good. Any changes, Marley would be really quick to respond, and tell us what we could and couldn’t do,” he said.

An additional benefit of getting the roof drainage system in place early was protecting the worksite during the record weather events that hit Auckland during the build.

“The main thing if you’re getting rain events during construction is you need to get water off the roof and away from the building. It was really handy for us – we didn’t have to do any temporary drainage, we could use a permanent system,” James says.

“From a contractor perspective, it was a very smooth process. Communication was good. Marley was very good to work with. The end result was a good outcome for the project, for us, and for the client and for the contractor.”

The Massey IC project was one of the largest Marley Akasison installations to date, but even though the massive building has only recently been handed over, the system’s effectiveness – even through record downpours, plus the ease of installation and exceptional support by the Marley team has won over the entire project team. In fact, Athfield Architects has already begun investigating it as an option for a major public building project. Stay tuned!

Project Details:

  • Developer: Massey University Te Kunenga ki Pūrehuroa
  • Architect: Athfield Architects Limited
  • Main contractor: Southbase Construction Limited
  • Plumbing subcontractor: D.L. Good Plumbers Limited

See more Akasison projects here

Bunnings Queenstown

15 December, 2021 by

Four years in the making, the $40 million, 8,100 square metre Bunnings on the Frankton Flats, Queenstown, finally opened earlier this year.

Bunnings first applied to council to build the Queenstown store on the 1.6-hectare site in April 2017, but was declined, leading Bunnings to appeal the decision to the Environment Court and finally getting approval for site works last year.

Now, standing tall under The Remarkables with the largest trade yard of any New Zealand Bunnings, business is booming and they’re proud to be supplying important building materials to support the local construction sector.

But, big buildings need big drainage so the Marley Akasison siphonic roof drainage system was chosen to cope with the imposing structure, in an area known for its environmental extremes, including snow and sudden, massive dumps of rain.

We spoke with some of the key partners involved in delivering Bunnings Queenstown to learn more about the factors that made Akasison the right drainage solution for this landmark project.

Saving space

Main contractor for the Bunnings Queenstown design/build project was Milton head-office based Calder Stewart Construction.

Paul Smith, National Design Manager says that despite the complex planning process for the project, the build itself was relatively straight forward with a prefabricated steel structure, Kingspan panels and roofing.

One issue however, was to provide adequate roof drainage despite the client’s brief for no visible downpipes on the front face of the building. That made Akasison the ideal solution.

“When we do design builds, typically we find the projects have been designed with a traditional drainage system,” Smith says.

“But when you get into the detailed design and you realise it actually doesn’t suit a traditional method, because you can’t have the downpipes where you need them.

“That’s when we contacted Marley and looked at a siphonic option,” Smith says.

Siphonic systems use the unique properties of water to draw the water down the pipe at a much faster rate.

In traditional roof drainage the water spirals down the downpipe, with a tunnel of air in the middle, so only a limited amount of water is discharged. That means multiple downpipes are required to handle the total load during heavy rain periods to stop water overflowing out of the gutters.

Siphonic systems require fewer, smaller downpipes because the system gets loaded and the water fills up and drops down the downpipe without the air tunnel. This means the water volume is cleared much faster. And the pipework can be installed horizontally and close to the roof with no gradient.

Paul Smith’s first experience with siphonics was using it for a cinema complex project in Christchurch, which had a long internal gutter, but, like Bunnings Queenstown, nowhere to put downpipes. Smith saw siphonics as the best solution and was impressed with the result.

Now, Smith has introduced the system for the new, Port Otago building in Port Chalmers as well, “because it’s all glass and no one wants to see downpipes,” he says.

Smith says that there are significant planning benefits in using the Akasison system.

“With the speed that many projects are being developed in these days, there’s often not enough time to have the design finished to see where all the downpipes are, and to get all the drains cast into the floor.

“If you’ve only got one connection point it’s easier. Instead of having multiple vertical downpipes, you’ve only got the one vertical downpipe, depending on building size, so you can make a duct space or a set out, and that’s where all your siphonic system can go to,” he says.

Smith works with the Marley design team to do the concept for budgeting, and once all details are agreed with the plumber, it goes back to Marley for the detailed design phase. Then, all the documentation is ready for the building consent.

And Smith says the councils like it.

“If you show them, “Here, Marley have designed it for us. Here’s all your documentation you need,” they usually go, “Cool. Tick the box”.

And Smith says the system stacks up well for those “big, big, projects”.

“Even if there is a premium for siphonics, when you weigh it up against the simplicity of maintaining the client’s brief of clean walls, or the fact the architect’s given us no space to put any services in, it helps solve those issues for us and more than makes up for any difference”.

Surprising performance

Peter Diver Plumbing was the subcontractor for Bunnings Queenstown and Director, Michael Diver has used a mixture of siphonic systems for different projects over 15 years, but says Marley is definitely his preferred option.

“We’ve done other siphonic systems in the past, but Marley has a different clipping and rail system compared to others. The overall product looks a lot better and it allows for expansion and contraction a lot better than other systems out there, so it will give a lot longer life.”

Diver says that prior to the Bunnings job, his team had been involved in a much larger installation in Christchurch with the Marley system at Waimakariri Multi-Use Sport Facility, in Rangiora.

Diver says that the first time using siphonics was “definitely an eye-opener.”

“When you run a 75mm pipe where you’d normally have a 200mm pipe, you do question yourself. But then, when you see it working, it’s quite surprising how much water it actually sucks out.”

Diver got a chance to see the Akasison installation get a solid workout this year, with big one-in-200 year rain events hitting both Queenstown and Rangiora. Diver says that the team went out to see how the systems were coping  and found both were well within capacity.

“You just have to trust the Marley design team to specify the right system.

“It can look quite daunting to start with, but the Marley guys are really good. They come down and do training. They run over everything with you, give you really good documentation with plans, fittings list, measurements, everything like that. So once you actually drill into it, it’s actually a lot easier than it looks.”

So, why does Diver think siphonic systems are not more extensively used?

“I just think it’s lack of knowledge from consultants. If they saw the benefits of it and the cost savings and the time and space savings they’d use it more. Those consultants just don’t get to see what it is and how it works,” he says.

Easy install

Self-employed Plumber Dave Weight of Ezyplumb contracted to Peter Diver Plumbing on this project and said it was a relief to not have to wrangle massive pipes on the Bunnings job.

He says it was a relief to not have to wrangle massive pipes on the job.

“When you have big pipes that have got fall on them, they always hit an aircon duct sooner or later. And putting in a 125mm or a 80mm siphonic is a hell of a lot easier than trying to put 150mm PVC in and getting the ends together and all that,” he said.

Weight says the Bunnings project was a good one for him to start on, with a ‘small’ 120 metre straight run.

“I got to see it in action. It started raining and I actually opened up the inspection lid that was at the very end of the line where it goes into the 200mm.

“Obviously on a normal system, if you open that lid, you are going to get absolutely saturated. But I took the lid fully off and there was just a solid 125mm column of water blasting past that inspection lid.”

Weight said that getting all the plans from Marley, with a full list of materials and measurements made the process even easier.

“I’ve done bits and pieces on other systems, but that’s the first time I’ve done a whole system. I thought it was cool. It was definitely a process, but it wasn’t really that difficult and I liked the end result.”

 

Details:

Developer: Bunnings (NZ) Limited, Owen Sanders (Project Manager)

Main Contractor: Calder Stewart Industries Ltd/Calder Stewart Construction

Plumbing subcontractor: Diver Group/Peter Diver Plumbing, Michael Diver.

Installer: Dave Weight

 

See more Akasison projects here

Turanga Christchurch Central Library meets Marley Akasison

17 May, 2019 by

Behind the clean, uncluttered lines of the very stylish Tūranga Christchurch Central Library, is a highly efficient Marley Akasison siphonic roof drainage system.

And the beauty of it is you can’t see it.
It’s a revolutionary concealed system that rapidly drains water from a roof.

Steve Skidmore, Marley’s National Technical Sales Engineer, worked closely with Architectus and Southbase Construction to design and assist in the installation of a Akasison roof drainage system for this major project.

The Akasison system was ideal for the library as it gave the architects so much more freedom with their design.

The Marley Akasison system siphons water through small pipes installed close to the roof. These pipes can be installed horizontally with zero gradient and they can be routed with far more flexibility than traditional systems. This frees up more usable space within the building as well as giving designers more latitude.

Quite apart from the design advantages the Marley Akasison system delivers, it also stacks up for cost savings. Compared to traditional drainage systems, material and installation costs are reduced because a building requires fewer downpipes and far less groundwork. And it’s self-cleaning.

Because the Marley Akasison siphonic roof drainage system is so new and different to anything on the New Zealand market, Steve Skidmore is the man to talk to. He can offer you a Free trial of our in-house design service or he can come and visit you and determine whether the Marley Akasison system is right for your next project.

To arrange a time or for further information, email: steve.skidmore@marley.co.nz

See more Akasison projects here

$300 million leading-edge JUSTICE PRECINCT

30 August, 2017 by

The Justice & Emergency Services Precinct (the Precinct) is a $300 million project led by the Ministry of Justice, to bring together all justice and emergency services in one purpose-built, leading-edge precinct in Christchurch’s central business district.

Copyright Neil Macbeth

Expected to be operational by the end of 2017, the Precinct will be used by an estimated 2,000 people daily. Set to be the largest multi-agency government co-location project in New Zealand’s history, and the first major public building to be built in Christchurch by the Government since the earthquakes of 2010 and 2011.

The Precinct will combine:

  • New Zealand Police
  • Ministry of Justice
  • Department of Corrections
  • Fire and Emergency New Zealand
  • Ministry of Civil Defence and Emergency Management Group (National, Regional and Local)
  • St John New Zealand

Behind the scenes

We spoke with some of the team working for the main contractor Fletcher Construction on the Precinct project, including John Leen of John Leen Plumbing (JLP), and Steve Skidmore of Marley NZ, to get their insights on the unique challenges this 42,000m2 area commercial build presented.

“We set in place a strategic plan back in 2013 which included a watching brief on the rebuild works in Christchurch post-earthquake.” says John Leen, owner of JLP.

“In November 2013 I came to Christchurch and set up a new JLP division.”

JLP initially tendered and won the in-slab and civil works, before securing the full plumbing package for the balance of the building, seeking  Marley’s products, planning and design expertise for the siphonic rainwater system: Marley Akasison Siphonic Drainage.

“JLP started in-slab works in July 2014 and we’ve had a presence on the site since then.” John says. “We celebrated 30 years in business last October and we are thinking of taking up plumbing full time!”

BIM for the win

Steve Skidmore is Marley’s NZ-based National Technical Sales Engineer, assisting architects, developers, engineers and specifiers in designing the Akasison siphonic roof drainage systems for projects NZ-wide.

The Precinct certainly posed more than a few challenges. “The buildings are complex, with inputs and requirements to consider for all disciplines,” said Steve, adding “JLP’s use of Building Information Modelling [BIM] meant coordination between the requirements of architecture, structural, plumbing, mechanical, electrical, data, and HVAC [heating, ventilation, air conditioning] could all be modelled in advance to secure a route for siphonic pipework through the ‘busy’ building ceiling spaces and service risers.”

If a section of work is not modelled then you don’t know if you might have a clash.

John adds, “We worked very closely with the project team to complete the plumbing install in the 3D world of BIM.”

“The software allowed us to create the full plumbing install in conjunction with the structure and other sub trades, and review the clashes on desktop in 3D.” John said. “This is an exceptionally good process to ensure the bulk of the works are coordinated prior to site install.”

This enabled JLP to install major pipe runs very early in the construction stage, working around other trades without major conflict issues.

“Like all new technologies, there were some fish hooks so to speak,” says John, “But they were well outweighed by our ability to get in front of the installation programme.”

“The greatest learning is that you need everyone in the waka paddling in the same direction, if a section of work is not modelled then you don’t know that you might have a clash, but if you were in the waka you had a lead on those that were not!” says John.

Copyright Neil Macbeth

Size & seismic

A lot of complexity came down to the sheer size of the project, however Christchurch’s high seismic activity brought with it additional requirements. The allowance for movement in the design of the buildings meant the many soil, stormwater, water and gas pipes that crossed this plane also had seismic considerations.

“They had to have seismic joints installed from fixed-up to fixed-down, literally hundreds of them, which also meant all in-ceiling services had to have seismic restraints and hangers fitted, so in a major seismic event, these services not only survive but continue to operate.” John explains.

“This meant there was significant emphasis put into services having dual standby and duty type, including dual water supplied from adjacent streets, water storage supply tanks, sewer storage tanks, dual gas supplies, backup power supply via generators, fire system backup supply, and various security, data, communications, and BMS type support.”

In excess of a thousand onsite

With the project’s size also came the complication of getting sufficient staff. At the height of the project, JLP had around 30 staff onsite at one time, including contracts admin, quality assurance, site foreman and a variety of trades. This included around 12 Filipinos, 4 Frenchmen, various English and Irishmen and a base of Kiwis.

“If it were not for our ability to employ overseas immigrant tradespeople, we could never have completed this type of project.” John says.

Drawing of Christchurch Justice and Emergency Services Precinct project using Akasison Siphonic Drainage

Local design

Marley’s team, led by Steve Skidmore, provides a unique service in New Zealand, with Marley NZ able to carry out siphonic designs locally and liaise directly with expertise within the wider Aliaxis group (Marley’s parent company), with 15,700 staff across 40 countries.

The Achilles heel of other siphonic systems is the design team being offshore, often delaying installs when changes are required. Marley’s behind-the-scenes support team are always exceptionally helpful with technical answers and support for whatever we may require

Everyone together

“We place all our orders though Plumbing World, our preferred plumbing supplier, who supplied all of the ‘behind the wall’ plumbing requirements for this project and have provided strong support.” says John. “Between Marley and Plumbing World we always get a great response.”

As well as many other suppliers and contractors, JLP also worked with Mico for ‘front of wall’ fixtures, as well as Humes for the bulk of the civil work requirements, Tauranga-based Hose Supplies for seismic requirements, and Viaco for special seismic fixings.

Heaps of roof

Over 9,000m2 of roof area bought its own unique challenges.

Pipe runs with NO falls excites architects and consultants

Heaps of roof meant heaps of gutters and outlets, somewhere around 2.5kms of pipe, the equivalent Unirail support system, and around 110 outlets, all acoustically wrapped, seismically supported, air tested, then water tested from ground to flood level.

JLP also installed a complete Marley uPVC overflow secondary path system to deal with any water if for some reason all siphonic outlets managed to get blocked.

“The roof areas were all dual layer torch-on products which also determined the minimum falls from high points to outlets in the box gutters,” John says. “This kept all the outlets at approx. 8m centres so the fall in the gutters maintained the torch-on guarantee requirements.”

“The Akasison siphonic system allows you to run all the horizontal pipes in the ceiling space level, so with the size of the building that meant very long runs, which if falls were required, would have meant most of the system would be hanging through ceilings!”

“Pipe runs with NO falls excites architects and consultants, as this means less space required for services and high ceiling heights. Plumbers do not need to work out falls and it is easy to install.” says John.

The Marley Akasison Siphonic Drainage system saves space, frees up design, and reduces material and installation costs.

The concealed system rapidly drains water, siphoning through small pipes close to the roof to maximise space, allowing more flexibility for routing of pipework, giving more usable space inside the building due to small pipework that can be installed horizontally with zero gradient.

Find out more about the Akasison Siphonic Drainage system for your next commercial project.

Photos of Steve Skidmore from marley and John Leen from JLP Plumbing

Pictured above: Steve Skidmore, Marley & John Leen, John Leen Plumbing

See more Akasison projects here

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