Ola Jonsson: instigating the renaissance of wood

Imagine a construction site. Remove the noise, the clutter and the junk. Imagine that half the standard amount of workers complete the job in half the amount of time. Imagine that every part of the building can one day be picked apart and repurposed. Imagine no more – this is the reality when the Scandinavian architectural firm C.F. Møller builds a nine-storey residential house entirely out of timber. And according to the architect Ola Jonsson, industrial technology has the potential to spark a renaissance of wood.

Words

Rósanna Róbertsdóttir

Photos

Elisabeth Ingvar

He takes off his red woollen hat, looks over at the photographer and asks: ‘Do I have hat hair now?’ With his plaid shirt, matte beige glasses, and rolled up construction plans under arm, Ola is the quintessential Stockholm architect.

He is also an associate partner at the international architectural firm C.F. Møller, where he has worked for a little over a decade because of a shared passion for sustainability and innovation. Creating projects that are in harmony with the environment has always been a primary driver for him as well as finding an outlet for the pioneer within. ‘My dad was an inventor. I was going to be an inventor but they’re unwilling to call me an “inventor” at the office, so I became head of innovation.’

‘They’re unwilling to call me an “inventor” at the office, so I became head of innovation.’

Building houses from wood is hardly novel. In Sweden particularly there has been a long history of using wood for small buildings and homes. But industrial wood technology will create a resurgence in demand for wood, according to Ola: Lumber is reborn with the possibility of multi-storey buildings with walls, slabs, elevator shafts and stairwells made entirely of cross-laminated wood. Ola opines that we are living in an era where it is vital to use sustainable materials. In essence, he believes that this is where architects can have an ethical impact. This is what drives his passion for wood.

Ola places heavy emphasis on using renewable and bio-based materials that are also durable, with a long life cycle. Emissions are delayed for the length of this cycle as the wood itself, along with surrounding greenery, absorbs carbon dioxide from the atmosphere. And if a building is going to be demolished, the material can potentially be used for a simple building or building product, when it may then be turned into fibre-based products such as textiles or paper before it is finally used as biomass or burnt for energy. Lasting for hundreds of years, this long life-cycle chain delays the emission of carbon dioxide into the atmosphere, thus positively impacting climate change.   

Furthermore, C.F. Møller sources material from Swedish manufacturers who harvest wood from local, sustainable forests. This means that for every tree cut down, several more are planted.

‘Sustainability and life-cycle achievements only make sense if we make holistic changes on a large scale and imagine the effect over a long period of time,’ says Ola. ‘To achieve national and international climate goals, the building industry needs to change its course radically. Prioritising sustainable building is crucial, and is also a simple move that will have a great impact. One house doesn’t necessarily make a difference, but Sweden can have an inspirational influence on other countries, regardless of its small footprint on the world.’

Ola is an influencer in his own right. He is gearing up to visit China to lecture on solid wood and recently did the same in New York. He plays a key role in a multi-disciplinary research group exploring the benefits and disadvantages of building multi-storey houses with solid wood. The research focuses on how to meet technical challenges and legal requirements.  And therein lies the renaissance, according to Ola.

‘People’s first response to wood construction is usually: “What about fire?” Yet buildings in wood are designed with the same regulations as all other buildings, and tests actually show that it’s safer to be in a solid timber building compared to concrete and steel. Still, it can be problematic getting the insurance companies to understand, potentially raising the insurance premiums.’

The house that Ola has designed is to be part of Kajstaden, a newly established residential neighbourhood in Västerås, a city in central Sweden. It is meant to simplify sustainable living for the community. Within Ola’s building there is a dedicated ‘cool room’ for storing groceries that have been delivered. This is designed to reduce car travel and eliminate the hassle of shopping for time-poor residents.

The first residents have started to move in and Ola is particularly happy to see lights giving life to the building. Homely, outdoor furniture and colourful adornments provide clues to the personalities of the residents.

‘With access to today’s industrial methods of building with wood, architects and engineers have few limits when it comes to designing,’ says Ola. ‘Kajstaden is a straight-up housing concept with a focus on the qualities of living next to the sea and in a sustainable manner. Pushing the limits of its capacity and building tall buildings is not the primary focus; what’s more important are the possibilities when it comes to using materials that can help to fix environmental issues, and the inspiration that Kajstaden can provide to future projects conducted by other developers.’

Ola refutes any suggestions that building with wood is more expensive. He says that the material is faster and simpler to put together, particularly as it is lighter, requires fewer lifts with cranes and more can be loaded onto trucks. He estimates that you can fast-track the build by up to half a year. ‘Time is definitely money in this industry. It’s cheaper to build in wood if you know what you’re doing.’

‘To achieve national and international climate goals, the building industry needs to change its course radically.’

On this particular project it took three workers an average of three days to build a single storey of the building – a rapid pace by any measure. ‘The team have said they don’t feel like building in concrete any more. Building in wood implies a quiet work environment, and a dry one too. In principle, you only really require the use of two items: a screwdriver and a screw.’

C.F. Møller, headquartered in Aarhus, Denmark, is one of Scandinavia’s leading architecture firms and Ola has played a key role in establishing its Swedish office in Stockholm. Being a fan of workplace diversity, he has recruited employees of varying ages from all over the world. This has created a melting pot of different ideas, providing innovative architecture as a reflection of society. Workplace equality is another focal point for Ola and C.F. Møller, and its Swedish office has a balance of female and male staff, at all levels.

Ola attributes much of his artistic approach to architecture to his time spent studying and working in Denmark. He believes that there is a more practical approach in Sweden, but that Danish culture encourages greater creativity. When C.F. Møller presented a talk on its project in Västerås, hundreds of people attended. It was explained why this building is well worth getting excited about. As trees absorb carbon dioxide from the atmosphere, and timber used as building material will as well, houses built from timber mean that a neighbourhood joins the forest in absorbing carbon dioxide from the atmosphere.

‘If all new buildings and city planning focused on timber, it would have a tremendous impact on quelling the harm caused by the release of carbon dioxide into the Earth’s atmosphere,’ enthuses Ola. ‘Wood provides great potential from an extended life-cycle perspective and is fundamental to the goal of a bio-based, circular economy. It’s a vital time for increased awareness within the building industry. We now have the technology and know-how. There are no excuses. I want to be part of eliminating the apprehension of other architects and builders and inspire them to join the renaissance of wood!’

For more information about C.F. Møller visit its website.

欧拉∙琼森: 掀起木制建筑的文艺复兴

想一个没有噪音、混乱与圾垃的建筑工地。试想只需标准工人数的一半,用一半的时间即可完工。想建筑物的每个部位可在一天内拆解并重新利用。别再想了斯堪的纳维亚建筑事务所C.F. Møller 盖了一栋九层楼全木造的住宅时,这已经实现。根据建筑师欧拉琼森所说,工业科技有激发木制建筑复兴的浅力。

Words

Rósanna Róbertsdóttir

Photos

Elisabeth Ingvar

他脱下红色毛帽并看着摄影师发问: “我的头发被帽子压变形了吗?”身着格子衬衫、戴着雾面米色眼镜并将施工图夹在手臂下,欧拉是位非常典型的斯德哥尔摩建筑师。

他还是一间国际建筑事务所C.F. Møller的助理合伙人,因为对可持续发展和创新的共同热情,他已在那工作了十多年。创建与环境协调的项目、为内部先驱者找寻出路一直是他背后的主要驱动力。“我父亲是发明家。我本来也想当发明家,但在办公室大家并不愿意称我为‘发明家’,于是我成了创新的领导者。”

“他们不愿意称我为 ‘发明家’,于是我成为创新的领导者。”

用木头建造房屋并非什么新鲜事。在瑞典,将木材用于小型建筑和住宅格外历史悠久。但工业木材科技将带来木材需求量的复兴,根据欧拉之见: 高层建筑里的墙壁、楼板、电梯井和楼梯间,可能全使用交错层压木材建造而成,木材将重获新生。欧拉认为我们生活在一个使用可持续材料极其重要的年代。本质上来说,他相信这会激发建筑师的道德观。这正是他对木材怀有热情的驱动力。

欧拉强调使用再生与生物基质材料的重要性,它们既耐用又有较长的生命周期。由于木材本身和其周围的绿色植物吸收大气中的二氧化碳,因此可延迟碳排放时间。如果要拆除大楼,该材料也可应用在简单的建筑或建筑产品,在它最终被用成生物质或燃烧能量之前,也可成为如纺织类或纸类的纤维物。这持续数百年的长效性生命周期,可延迟二氧化碳排放至大气层,因此对气候变迁带来正面效益。

此外,C.F. Møller采用瑞典制造商提供当地可持续森林采伐的木材,这意味每减少一颗树,将会种植更多的树下去。

如果我们大幅度做全面性改革并想象长期下所带来的影响,可持续性和循环周期成就才有意义。”欧拉说道。“为了实现国内与国际间的气候目标,建筑业者需要全然彻底地改变。优先考虑建造可持续性建筑非常重要,小动作将产生大影响。只有一间房屋并不会带来什么改变,但瑞典对其它国家而言,不论它在世界上有么小都能带来鼓舞人心的启发。”

欧拉本身就是具有影响力的人。他正准备访问中国,讲授实木座谈会,近期在纽约办过相同的讲座。他在一个多学科研究小组扮演了要角,探索实木建造高楼层建筑之优缺点。研究着重于技术挑战和法律上的要求。根据欧拉的看法,这即是文艺复兴所在。

“人们对木制建筑的第一反应通常是‘起火时怎么办?’事实上,木制建筑的设计与规范跟其他类型的建筑相同,事实经过测试证明,木制建筑比混泥土或钢筋建筑还来的安全。”然而,让保险公司理解这点挺困难的,并还可能会被增加保费。

欧拉设计的房屋将成为Kajstaden的一部分,其位于瑞典中部城市韦斯特拉斯新成立的住宅区,旨在简化小区的可持续生活。欧拉的建筑内部有一个‘凉爽室’用来专门存放刚交付的杂货,为了减少汽车旅行与帮省去没时间购物的住户麻烦而设计。

第一批住户已开始搬入,欧拉看着建筑物开始有了生气而特别高兴。居家、户外家具与色彩缤纷的装饰物皆显示出住户的个性。

欧拉说:“以现在的工程技术做木制建造,建筑师与工程师在设计方面几乎没有界线。”。Kajstaden是直接的住房概念,着重于居住海边旁、可持续性生活的质量。提高容量限度与建造高层建筑并不是重点所在,更重要的是使用对环境有所帮助的建材可能性,还有Kajstaden可以启发其他开发商未来进行的项目。

欧拉反驳任何木制建筑就是昂贵的说法。他说,这种建材组装上既快速又简单,它特别轻巧,并无须多趟起重申降机搬运,卡车一次即可装载较多的数量。他预估施工至多会少半年的时间。在这个行业时间绝对是金钱,如果你知道自己在做什么,木制建筑绝对是更便宜的。

“为了实现国内与国际的气候目标,建筑业者需要全面彻底地改变”

这个特别项目中,平均盖一层楼房只需三名工人三天的时间 – 比任何方法都迅速。 “团队说他们不想再用混泥土盖房子了。木材建造意味着安静、干燥的工作环境。理论上,其实你只需两件物品: 螺丝起子和螺丝。”

位于丹麦奥胡斯的C.F. Møller总部是斯堪的纳维亚顶尖的建筑事务所,瑞典成立斯德哥尔摩办公室时,欧拉扮演了要角。身为一名工作场所多元化的支持者,他聘用了来自世界各地、年龄个异的员工。这创造出各种想法的大熔炉,并提供反映社会的创新建筑。两性工作场所平等是欧拉和C.F. Møller的另一个重点,其瑞典办公室各阶层的男女职员数是平衡的。

欧拉将他大部分的建筑艺术方式归功于在丹麦学习和工作的日子。他认为瑞典有更实用的方式,但丹麦文化鼓励更大的创造力。当C.F. Møller 在韦斯特拉斯发表项目演说时,数以百位的民众出席。这已解释这栋大楼为何如此地值得令人兴奋。当树木吸收大气中的二氧化碳,用于建筑材料的木材也是如此,木制房屋表示这小区加入森林自然吸收大气中二氧化碳的行列。

欧拉兴奋地说着:“如果所有的新大楼与城市计划都着眼在木头上,这将可对平息二氧化碳排放到地球大气层的伤害产生巨大的影响。”“木头在延长生命周期的角度提供极大的浅力,并且它是生物基质,循环经济目标的根本所在。”这是建筑业内部提升意识的重要时刻。我们现在拥有科技与技术,没有借口了。我想消除其他建筑师与建商的疑虑,并激发他们一同参与木制建筑的文艺复兴!

更多关于C.F. Møller的信息,请参阅网官网

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