April was definitively a busy month. As Luca posted, from the 18th to the 21st, we gathered together for the TreatRec second Advanced Training Course and then, from the 25th to the 29th, Pau J. and I attended a course at ICRA on modeling, control and decision support tools for sustainable wastewater treatment systems. Both courses aimed to train PhD students so I was surrounded by colleagues of my research field for over those 2 weeks. Socially wise, I enjoyed a lot meeting new people and, academically, I learnt a lot more from their respective research projects.
Last week I nearly broke into tears in the lab, and the reason was neither a failed experiment nor a reactor malfunctioning. No, the reason was that a colleague mentioned that he had read a paper that I contributed to some years ago. This unexpected strike of recognition worked its way through the rather thick skin I have grown during years of lab work and touched a tenderer spot inside me. Doing research is pretty rough, at least if you are working in a lab, most of us are quite content if not too many things go wrong and that in the end of the day you are still able to maintain the hope that you will get results enough to get a paper together. As encouragement we remind ourselves that we are part of a web of science and that great discoveries are the result of accumulated knowledge. Science recently presented statistics from Sci-Hub, the world’s largest pirate website for scholarly literature. Out of the nearly 30 million downloads from September 2015 to February 2016 the top one had little less than 8000 downloads and the number 10 had 1800 download. This illustrates the fact that scientists generally work in highly specialized fields but also gives an order of magnitude on how many (or few) people will read your publications. Therefore, that someone actually acnowledges to having read your paper and found it useful is quite amazing, at least for an early stage researcher.
If someone says :” I’m going down!”, you can be pretty confident he/she is in a bad mood, doing something which makes him/her sad! This is true. But, as usually happens in real life, going out from the “slang” field, words assume their real meaning. Last week the 5 PhD fellows of this TreatRec project went down, we went underground to visit some combined sewer overflow (CSO) sedimentation tank. What it is a sedimentation tank? I would not like to be rude, but visiting it was such an astonishing experience, which you should try once in your life, and so I am going to leave this door open… This means I will not explain what it is and how it works, but trust me, you do have “sediments” inside those tanks! A poetic statement from Sara Johansson (ESR3) works out better than pages of civil engineering books. While we were walking inside this tank, under the ground, wearing sexy safety clothes, and continuously measuring the H2S as a precaution, she (Sara) said:” It is like walking on the snow, more dark, stinky and maybe with some rat around you. But still it reminds of me walking on the snow in Sweden!”.
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In previous entries I have explained what is resilience (towards wastewater treatment), and why is important. I have also explained that the measurement of resilience was going to be one of the main focus of my PhD. In this entry I will be talking about the main tool (or rather framework of tools) that will help me with the study: wastewater treatment (WWT) modelling.
The assessment of global uncertainty of predictions (i.e., pharmaceutical concentrations in rivers) in environmental modeling is a key issue and still an active research area. Throughout my whole academic and professional career I have been hearing that word (uncertainty) very often. In fact, I calculated it in almost every assignment I had to carry out during my Master and, luckily, the tools available by then were sufficient to this end.
Choosing the pore size of filters to pre-treat the wastewater, before it is fed to your lab-scale column setup, is extremely important. Otherwise you will experience a conspicuous clog of the columns. Preparing the buffer solutions to be used in the fungi batch experiments, is necessary. Otherwise the pH will change and the results will not be comparable. Checking the trends of your pilot-scale installation, is the first action you should do as soon as you lift up the screen of your laptop. Otherwise you risk a too-long-stop of the pilot with all the resulting operational problems. Repeated actions, new procedures to learn, practical and theoretical doubts to be faced, recurrent meetings which show up in your agenda. Either everything is proceeding smoothly or nothing is going toward a turning point for your current research, it does not matter! Never mind! The tight schedule of a PhD student (but the same is still valid for every kind of job) could hide the aim behind all these mechanical activities. In our daily life may be that we rule out the reason why we are doing what we are doing in that very moment. We start a path, we do what we are told to do, we have filled a research plan, and day after day we tackle different situations popping up in every researcher’s life. With the aim of following up what is written in that plan. In my opinion is a fascinating and exciting job. But, sometimes I feel like I am losing my bearings. If I manage to stop for a while, raising my gaze from the mechanical operations I am doing in that very moment, I see a cloudy picture of what pushed me toward to this “water-research-field” direction. Then I take a breath. As if my life was a detail in Google Maps, I start to de-zoom, to go an higher point of view, to focus my attention on what is in the surrounding. I start to ramble on in a sort of lack of awareness. The thoughts in my mind follow this confusing sensation, and the lack of awareness become uncertainty.
Last week I attended a course on Advanced Urban Wastewater Treatment in Malmö, Sweden. The lecturers came from the academia (Lund, Aalborg and Denmark Technical universities) as well as from the industry. This broad approach to wastewater treatment was also reflected in the topics, which covered both novel technologies as well as ideas on how current technologies can be optimized. Presentations on the removal of pharmaceuticals, advanced reject water treatment and tools for evaluation of WWTP* carbon footprint were mixed with those on how to improve sludge digestion or how the choice of carbon source influence denitrification.
The latest general assembly of the Marie Curie Alumni Association 2016 in Venice attracted more than two hundred participants from all over the world – an undoubtable win for the young organization. MCAA was created in 2013 to promote career opportunities and cooperation between the current and former members of the prestigious Marie Sklodowska-Curie Actions, a set of scholarships awarded by the European Union to prioritized research projects.