Newsletter about nutrient stewardship - European Sustainable Phosphorus Platform (ESPP).
Stakeholder meeting to discuss EU Fertilisers Regulation
European Nutrient event – phosphorus recovery workshop and EU R&D meeting
New ESPP members
EU fertiliser criteria proposals for struvite, biochars, ashes (STRUBIAS)
EU Fertiliser Regulation proposal progressing through Parliament
Germany passes law making phosphorus recycling obligatory
Finland nutrient recycling policy and projects
EU court action against UK for sewage treatment resolved
Networks for transition to a bio-based and circular economy
North Sea Resources Roundabout
Netherlands Policy Brief: circular economy food system
Do you have a technology to remove excess phosphorus from freshwater bodies?
Phos4Life demonstrates 95% phosphorus recovery to phosphoric acid
Scenarios for sewage works energy and resource recovery
Overview of feasible technologies for phosphorus recovery in Switzerland
Nitrogen mineralisation from digestate
Yara position on the circular economy and examples of actions
Phytase safe and performance-effective in fish feed
Review of biochars as fertilisers
DVO “Phosphorus Removal” system makes fertiliser from digestate
Newtrient manure nutrient processing catalogue
IFA Nutrient Management Handbook
Cow urine finds a market
High quality fertilisation
From urine to ‘Pisner’ beer
Why organic farmers need recycled phosphorus fertilisers
GWI sludge treatment technology perspective
Correction Kjerstadius et al. LCA in ESPP eNews n°11
- Status of EU Fertiliser Regulation: amendments voted to date – main stakeholder positions relevant to nutrient recycling - outstanding issues – areas requiring input to the conciliation process
- Draft STRUBIAS criteria for struvite, biochar & ash-based products : discussion of JRC proposal as published 24/5/17 (see ESPP website)
- To participate register via
- Swiss - German phosphorus recovery workshop and EU research & development meeting. More information and the programme are online. To participate register via this link.
- Stands to enable nutrient recovery technology providers to meet utilities, engineering companies, water companies …
- Wed. 18th October: workshop on technology choices for implementation of the Swiss and German legislations which (will) require phosphorus recovery from sewage
- Thur. 19th October: meeting of R&D projects on nutrient recovery (Horizon 2020, LIFE, Interreg EU funded, national funded …) with technology and recycled nutrient users
Prayon Group is one of the world leaders in phosphate creativity, with more than a century of industrial experience. Prayon Group is owned jointly by the Office Chérifien des Phosphates (OCP) and the Wallonia Regional Investment Company (SRIW). Prayon manufactures purified phosphoric acids, phosphate salts and fluorine products at sites in Belgium, France and in the United States and serves a global customer base. Prayon products are used in food (including baked goods, meat, processed cheese, fish and seafood, cereals, fruit and vegetables), drinks, pharmaceutical products (including toothpaste, oral hygiene products and excipients) and a broad range of industrial applications (e.g. paper, ceramics, glass, metal, and so on). The Prayon wet processes for phosphoric acid production and associated equipment (e.g. Prayon Filters) are marketed throughout and are used to produce over 50% of the world’s merchant grade phosphoric acid. In order to diversify raw materials, Prayon has engaged some 20 different projects over the last two years, mostly business-to-business (confidential with concerned customer), covering food industry by-products, biomass energy and other ashes and spent reagents (on average 8 000 t/y of phosphoric acids recycled since 2000) see SCOPE Newsletter n°123.
Prayon website www.prayon.com
city of Vienna is treated in one wastewater treatment plant (capacity 4 Mio. population equivalents). The arising sewage sludge is incinerated in three fluidized bed reactors. The political will is to recover the c. 1 100 tP/y of valuable phosphorus present in the 12 000 t of sewage sludge ash. The municipal department 48 (MA 48) is responsible for waste management, street cleaning and vehicle fleet in the City of Vienna, and so for the residues from the incinerators, and is developing strategies to recover the phosphorus in the near future. Vienna City joins ESPP for comprehensive exchange of ideas, knowledge and experience in the field of phosphorus recovery. Furthermore, they believe that within a strong community of interest, it is possible to steer things in the right direction: closing of broken nutrient cycles.
Vienna city website www.wien.gv.at/umwelt/ma48
report and annexes include a detailed assessment explaining these proposed requirements. It is open to comment and can be consulted on the ESPP website www.phosphorusplatform.eu/regulatory . Please note that the Commission will only accept comments submitted by members of the STRUBIAS Expert Group, which includes ESPP, DPP (German Phosphorus Platform), ECN, EBA, EFPRA, Suez, Vienna City, Italpollina and Fertilisers Europe, as well as Member State representatives. If you have comments, please therefore send to ESPP by end July (), because ESPP must submit consolidated comments in August. This will be discussed at ESPP’s stakeholder meeting with the European Commission on 5th September.
STRUBIAS interim report and draft proposed “nutrient recovery rules”, 24 May 2017 www.phosphorusplatform.eu/regulatory
See for more information about the revision of the Fertiliser Regulation www.phosphorusplatform.eu/regulatory Order for new organisation of sewage sludge valorisation”, approved by Federal Parliament 24th May 2017 (promulgation underway) modifies Germany’s legislation on sewage sludge management (Sewage Sludge Ordonnance) with two main objectives: to ban land application of biosolids for larger sewage works and require phosphorus recovery, and to fix tighter quality requirements and contaminant limits for biosolids applied to land. The new law will require phosphorus recovery if sewage sludge contains more than 2% phosphorus, such that either 50% of the phosphorus is recovered or such that the concentration is reduced to < 2% P, within either 12 or 15 years (works of > 100 000 or >50 000 p.e.). The phosphorus recovery can either be directly from the sewage sludge, or after thermal treatment of the sludge, or could be installed upstream in the sewage works, subject to achieving the required final recovery objectives. The larger sewage works, where phosphorus recovery will be obligatory, represent around 2/3 of German sewage sludge today. Today, just under 30% of German sewage sludge is used in agriculture.
Deutscher Bundestag Drucksache 18/12495. “Verordnung zur Neuordnung der Klärschlammverwertung” http://dip21.bundestag.de/dip21/btd/18/124/1812495.pdf (in German) and summary in English in SCOPE Newsletter n°122 Government Programme (29/5/2015) fixes as objectives that 50% of sewage sludge and of manure should undergo advanced processing by 2025, in particular in eutrophication sensitive catchments such as the Baltic region. This has led to targeted funding for water protection and nutrient recycling in the Rural Development Programme. CIRCWASTE is a 7-year, 19 million € LIFE project (12 M€ EU funding), coordinated by the Finnish Environment Institute SYKE addressing a range of industrial and municipal wastes. Within this, LUKE is responsible for demonstrating the circular economy in the food chain in Southwest Finland, including nutrient recovery and recycling. This will address reducing food waste, using vegetable oils, finding food applications for agricultural by-products, nutrient recycling and biogas production from manures. A project from VTT is developing a ‘Resource Container’, within the RAK12 Ministry of the Environment programme, to treat wastewater and recover organic soil improver and nutrients. The containerised transportable plant will enable installation in small communities with significant summer population increases around the Baltic. In another project, BIOUREA, led by Käymäläseura Huusi Ry (Finland global dry toilet association), urine and composted faeces will be tested with farmers, to assess social acceptance, collection and management technologies, cost, crop effectiveness and regulatory aspects. failed to respect Urban Wastewater Treatment Directive obligations in 12 agglomerations, including failure to remove phosphorus in eight agglomerations in eutrophication Sensitive Areas in England. Issues in other agglomerations included storm overflows. However, all of identified compliance failures in the UK have now been resolved, except Gibraltar. Therefore, the UK was not fined by the European Court, and has had to pay legal costs only. In Gibraltar, municipal wastewater is not treated at all, but compliance is announced for end 2018. Spain is not reported to have commented.
European Court Judgement, 4th May 2017 http://curia.europa.eu/juris/document/document.jsf?text=&docid=190336 BioSTEP aims to engage citizens and stakeholders in the development of the EU’s bio-economy. BioSTEP has published a policy paper identifying necessary actions, and centred on the need for networking to support the bio-based and the circular economy. Recommendations include supporting SMEs in networks, including technology transfer and links to R&D centres, increasing civil society involvement, developing public awareness, instruments for stakeholder and public engagement, and public participation in policy definition.
“Creating networks for the transition to a bio-based and circular economy”, BioSTEP, April 2017 www.bio-step.eu
Contact via the Dutch Ministry of Economic Affaires document by the Netherlands Environmental Assessment Agency (PBL) discusses policy objectives for circular food systems. Priorities are identified as: management of natural resources (land, soil, water, biodiversity and minerals), optimum use of food (including moving towards a diet with less animal protein and less processed foods) and use of residue streams to avoid loss of biomass. Moerman’s Ladder and the Value Chain Pyramid are emphasised, with the order of priorities for actions: preventing food waste, recycling to human food, animal feed, use for bio-materials industry, fertiliser production (methanisation and composting), and lastly energy production. In the chapter on closing mineral cycles, it is noted that nutrient surpluses and environmental losses have been considerably reduced (e.g. phosphorus surplus reduced by 88% between 1986-2013) but challenges remain. Nitrogen from chicken litter is lost in incineration. Some nutrients in slaughterhouse waste, in food and beverage industry by-products and in household organic wastes, and much of the nutrients in sewage sludge are today not recycled. Also, data on nutrient flows in the Netherlands food system needs updating, since the most recent study is for 2011 (Smit et al. 2015).
PBL Policy Brief 2878, 2017 “Food for the Circular Economy” www.pbl.nl/sites/default/files/cms/publicaties/PBL-2017-Food-for-the-circular-economy-2878.pdf and "A substance flow analysis of phosphorus in the food production, processing and consumption system of the Netherlands.", Smit, A. L. et al., 2015, in Nutrient Cycling Agroecosystem https://link.springer.com/article/10.1007/s10705-015-9709-
George Barley Water Prize Stage 2 (US$ 80 000) is open for submissions. Deadline to request materials = 15th July 2017 at no cost. It is recommend to make your request far in advance of the deadline. This is critical to allow for ample shipping and testing time.
Stage 2 applicants must demonstrate their technology effectiveness in lab conditions for consecutive weeks at the laboratory scale (processing c. 24 litres/hour see exact specifications in application materials). Applicants will submit daily inflow and outflow samples from their technology.
This competition stage is open to all contestants, without any pre-assessment or qualification criteria, irrespective of whether or not you submitted to Stage 1 of the Prize. Applicants will use a provided phosphorus standard to run their technology, collect and test samples, then provide evidence supporting their technology.
Read more about Stage 2 of the Prize at www.barleyprize.com. To assist you in building your Stage 2 submission, review the webinar recording about the judging criteria, application process, and logistical details. Email with any questions. Deadline to request materials = 15th July 2017.
process for phosphorus recovery process from sewage sludge incineration ash (SSIA), for which development is led by Zurich Kanton (AWEL) and ZAR (Zentrum für nachhaltige Abfall- und Ressourcennutzung). A 3.3 million Swiss Franc (CHF) industrial development and pilot program was announced in 2015 (see SCOPE Newsletter n° 119). The process developed together with Técnicas Reunidas and successfully tested under micro-pilot plant operation in Madrid uses sulphuric acid (at 96%) to solubilise phosphorus and other elements in the ash, then hydrochloric acid and solvent extraction to separate phosphorus acid from iron chloride solution and heavy metals. The full scale process is planned to treat 30 000 t/year of SSIA, to produce 11 000 t/year of 74% phosphoric acid (after concentration using steam), 34 000 t/y of 40% iron chloride solution for recycling as coagulant agent in waste water treatment plants and 42 000 t/y of a residue which can be used by the cement industry. Heavy metal contaminants are nearly completely (>85%) transferred to a metal concentrate for metal recycling. The initial test results show the following recovering rates of the total potential in the SSIA: Phosphorus >95% (as phosphoric acid); iron: >90% (as iron-chloride solution). The total net cost for the thermal treatment of the digested and dewatered sewage sludge (DDSS), at 30% dry matter, including the Phos4life-process to recover the above materials out of the SSIA is around 170 CHF/t DDSS after deducting around 60 CHF (55 €) estimated revenues for phosphoric acid and other products. This is 70 CHF/ t DDSS higher than the thermal treatment only of DDSS today, but is lower than the treatment of DDSS before the system change to a single centralized mono-incineration plant for the entire Zurich Kanton. These initial test results will be presented to stakeholders 6th September 2017, Zurich, Switzerland.
Photo: Phos4Life pilot plant. Further information www.klaerschlamm.zh.ch (in German only) - News in French - To participate on 6th September register via eo.morf(a)bd.zh.ch
T. Fernández-Arévalo et al. “Quantitative assessment of energy and resource recovery in wastewater treatment plants based on plant-wide simulations” Water Research 2017 http://dx.doi.org/10.1016/j.watres.2017.04.001 and D. Batstone et al. “Platforms for energy and nutrient recovery from domestic wastewater: A review” Chemosphere, 140, 2-11, 2015 http://dx.doi.org/10.1016/j.chemosphere.2014.10.021 n°105) which requires phosphorus recovery from sewage sludge and meat and bone meal ash within 10 years. The processes considered include phosphate precipitation from sludge/liquor, acid and thermochemical digestion of sludge and of incineration ashes. 14 criteria and 25 sub-criteria were assessed including potential P-recovery rate, environmental performance (chemical consumption, waste, removal of contaminants), recovered product market and legal constraints (fertiliser authorisation, REACH), compatibility with Swiss infrastructure and legal context, and costs. The overall conclusion is that a number of technologies are available and feasible within the 10 year legal obligation horizon, but that processes must be further assessed for compatibility with specific local conditions. Technologies assessed are: struvite precipitation (Ostara, Struvia, NuReSys, Crystallactor, Airprex and Ekobalans); acid sludge digestion followed by phosphate precipitation (Budenheim, Gifhorn and Stuttgart); thermochemical slag or bio-coal (Kubota, Mephrec, Pyreg and Susteen), P-recovery from ashes (EcoPhos, AshDec, ICL thermal P4 production, LeachPhos and ZAR, Reco-Phos Germany, TetraPhos).
Ernst Basler + Partner for BAFU (Bundesamtes für Umwelt), Switzerland, January 2017 “Beurteilung von Technologien zur Phosphor-Rückgewinnung Gesamtheitliche Beurteilung der Nachhaltigkeit und Realisierbarkeit von P-Rückgewinnungstechnologien im Schweizer Kontext” www.bafu.admin.ch/dam/bafu/fr/dokumente/abfall/externe-studien-berichte/Beurteilung%20von%20Technologien%20zur%20Phosphor-Rueckgewinnung.pdf.download.pdf/EBP-Bericht_P-Technologien.pdf and summary in German by German Phosphorus Platform DPP www.deutsche-phosphor-plattform.de/bafu-bericht compared between urea mineral fertiliser, anaerobically stabilised sewage sludge (sewage works configuration not specified, digestate (input half bovine slurry half maze silage) and compost (input lingo-cellulose residues and organic fraction of municipal waste). The organic materials were dried at 105°C for 24 hours, presumably eliminating biological activity. Materials were added to soil at levels defined to provide the same total nitrogen, equivalent to 16.2 t/ha compost, 6.5 t/ha sewage sludge, 1.9 t/ha digestate and 0.7 t/ha urea. After 90 days, 87% of the urea was converted to nitrate, compared to 86% for digestate, 71% for compost and 66% for sewage sludge. Even after 30 days, the mineralisation of the digestate was not statistically different from that of the urea. The authors conclude that “around 90% of the nitrogen content in the digestate is short acting” and that “digestate could replace traditional mineral fertilisers”.
“Nitrogen mineralization from digestate in comparison to sewage sludge, compost and urea in a laboratory incubated soil experiment”, F. Tambone & F. Adani J. Plant Nutr. Soil Sci. 2017, http://dx.doi.org/10.1002/jpln.201600241 position paper on the circular economy. Around 11 million tons nitrogen (N) and 1 - 1.5 million tons phosphorus (P) are used in mineral fertilisers annually in Europe. Yara “sees the circular economy as an opportunity to improve sustainability performance in our markets, potentially leading to new business avenues”. Yara’s priorities are avoiding waste (food waste and losses of nutrients from fields), industrial symbiosis and closing the nutrient cycle. Yara is working on a circular approach to nutrients from secondary raw materials, with criteria of guaranteeing food safety, ensuring crop availability of nutrients, and respecting worker and environmental health and safety. Yara’s actions include nutrient analysis and recommendation services to farmers, use of gypsum as a phosphorus trap to reduce field run-off, N-SensorTM precision farming system, recovering phosphorus from mine tailings, industrial symbiosis (use of hydrogen, carbon monoxide, waste energy), and use of pyrite from another company’s mine tailings to help process phosphate rock.
Yara “Our position on – Circular Economy”, February 2017 www.yara.com/doc/247755_PP_CircularEconomy.pdf assessment of the safety and efficacy of phytase as a feed additive for fish. The enzyme phytase is today widely used in poultry and pig feed because it improves digestability of phytate, in which molecule is found a significant part of phosphorus in plant products and in particular grains, and which is not accessible to mono-gastric animals. The EFSA Scientific Opinion assesses OPTIPHOS®, a preparation of 6-phytase, produced by a genetically modified strain of Komagataella pastoris (previously Pichia p., DSM 23036) and follows previous EFSA Opinions (2011, 2015) on OPTIPHOS®, assessing safety and efficacy for pig feed and considering the environment, the consumer, the user and the genetic modification. The latest ESFA Opinion concludes, based on studies in trout and salmon, that the product is safe and efficacious for all finfish species.
“Safety and efficacy of OPTIPHOS® (6-phytase) as a feed additive for finfish”, EFSA Scientific Opinion adopted 23rd March 2014 http://dx.doi.org/10.2903/j.efsa.2017.4763 review of over 140 studies of biochars summarises how biochars can impact crop productivity and factors impacting their effectiveness. See also the summary of two 2016 literature review on biochars, Lichun Dai et al. and Fernanda Aller in SCOPE Newsletter n°123. This review notes that biochars can improve soil characteristics by increasing soil pH, by providing a substrate for soil microbial activity (due to biochar porosity), by improving nutrient and water retention and soil carbon content, but underlines that effects are very-much locally specific to soil – crop – biochar interactions. The review notes that most biochars tested to date, derived from wood biomass or crop wastes, have low nutrient content, whereas biochars from manures or sewage sludge will also bring nutrients to soil. Some biochars, particularly from municipal food waste or sewage sludge, may have negative effects on crop response because of high sodium content (increasing soil salinity). Levels of contaminants such as VOCs (volatile organic carbons) or heavy metals will depend on pyrolysis conditions and input materials and should be verified as appropriate.
“Crop response to soils amended with biochar: expected benefits and unintended risks”, R. Subedi et al., Italian Journal of Agronomy, funded by EU 7th FP Marie-Curie programme http://dx.doi.org/10.4081/ija.2017.794 installed the biggest biogas digester in North Carolina at Storms Farm, Bladenboro, treating manure from 29 000 pigs and 444 000 chickens and producing 600 kWh of electricity, now increased to 975 kWh. The project upgraded pig housing to a scraper system, which reduces manure dilution as well as reducing in-stable ammonia emissions, and uses a 3.2 million litre in-ground Two-Stage Mixed Plug Flow™ heated mesophilic digester, designed by DVO. The digestate is then treated in the DVO ‘Phosphorus Recovery’ system, which employs a bio-degradable polymer to bind and remove phosphorus, organic nitrogen and other valuable micro-nutrients from manure slurry, enabling recovery of phosphorus-rich organic solids. These solids containing 90% of the manure phosphorus content and are a stable, stackable, transportable, organic fertiliser product, pathogen-reduced to the point where harmful pathogens such as e-coli and salmonella are often not detected (DVO can add heat treatment/pasteurisation is required). The purified water after flotation has a fraction of the ‘pollution potential’ of raw animal wastes and can be irrigated locally. DVO digesters make up 31 of the 34 American Biogas Council (ABC)’s first Longevity Awards, operating continuously for more than 5 years, and in 7 cases more than 10 years. DVO’s Phosphorus Recovery system was one of the top 10 awards in the US EPA’s Nutrient Recycling Challenge Award for Phosphorus Recovery 2016.
Case study Storms Farm www.dvoinc.com/case-studies/Storms-Hog-Waste.pdf and www.withersravenel.com/case-studies/storms-farm and “Hog farm now recovers 90% of its phosphorus from manure” www.prweb.com/releases/2017/04/prweb14287616.htm
www.newtrient.com) is established by the US dairy industry to address manure nutrient sustainable management, with the aim of converting manure from a problem for farmers into an opportunity. Its members represent over half of total US milk production and the totality of US milk quality validation. The company has established an online catalogue of manure nutrient technologies and suppliers, ranging from solid-liquid separation to nutrient and energy recovery. The searchable catalogue covers 180 technologies identified as currently operating on the market and are included in the searchable catalogue, of which 60 specifically address nutrient recovery. After assessment, Newtrient has labelled some of the suppliers/technologies as “Recognised” or “Emerging Technology (identified as promising and heading in the right direction). Information from other technology suppliers to extend and update the catalogue is invited.
Newtrient online manure technology catalogue: www.newtrient.com/Catalog/Technology-Catalog Nutrient Management Handbook published by IFA (International Fertilizers Association), with the World Farmers’ Organisation and GACSA (Global Alliance for Climate Smart Agriculture) summarises why plants need nutrients, what are nutrient use efficiency and effectiveness, nutrient loss pathways, the need for soil fertility, nutrient stewardship and links to sustainability. Plants need seventeen elements: C, H and O; three primary macro-nutrients (N, P, K), secondary macro-nutrients (S, Mg, Ca) and micro-nutrients (Fe, Mn, Zn, Cu, B, Mo, Cl and Ni). Nutrient use efficiency (NUE) is defined as the percentage of total applied nutrients (from all sources) which is taken up by the crop. This does not always mean optimal effectiveness, as high can be achieved by depleting soil nutrients or by low crop productivity. Nutrient stewardship is based on the 4 R’s: right source (fertiliser in the right form according to crop needs), right application rate, right time and right place (ensuring that the nutrient stays in the root zone where the plant can access it). Data from nearly 200 studies is cited showing that fertiliser application leads to a c. 10% increase in soil carbon (compared to no-fertiliser controls). Environmental impacts (losses to water and climate change emissions) for different fertiliser types and applications are discussed. A key conclusion is that mineral fertilisers must not be considered in isolation from the use of organic nutrients, crop variety selection, water and soil management.
“Nutrient Management Handbook”, IFA, WFO and GACSA, November 2016 www.fertilizer.org/en/images/Library_Downloads/2016_Nutrient_Management_Handbook.pdf sells for around 1.5 €/litre in India, and can now be found on sale in the UK. India’s indigenous Bos indicus cows are considered sacred by Hindus. Collection of urine from the country’s retired dairy cows, which cannot be slaughtered or eaten, can contribute to the costs of their keep. The urine is used in religious ceremonies, but also in various traditional medicines. Scientists warn however that it can also transmit diseases such as leptospirosis, arthritis-causing brucellosis or Q-fever. The UK Food Standards Agency states that it is illegal to sell cow urine for human consumption. In India, cow urine is also processed into floor cleaner (Gaunyle, from the Holy Cow Foundation), soaps, disinfectants and elixirs. A difficulty is the urine collection, unlike for milking, it is difficult to predict when cows will urinate.
“Cow Urine Can Sell for More Than Milk in India”, Bloomberg, 18th July 2016 www.bloomberg.com/news/articles/2016-07-17/cow-urine-can-sell-for-more-than-milk-in-india and “Cow urine sold alongside food in London shops”, BBC, 10th March 2016 www.bbc.com/news/uk-england-london-35749269
“High quality fertilization”, Fertilizers Europe 2017 – see “New Regulation Position Paper” at www.fertilizerseurope.com/index.php?id=531 Pisner’. The “beercyling” project was supported by the Danish Agriculture and Food Council (DAFC) to change the image of waste, and because the festival urine was posing issues to the sewage treatment system. Previously, Ghent University had produce “Sewer to Brewer” beer from Roskilde urine, using solar energy to evaporate the urine, then a membrane separation system to produce clean water (this was then used in beer production) and fertiliser nutrients, without needing an electricity supply.
“From Sewer to Brewer”, 27th July 2016 www.nydailynews.com/life-style/eats/belgian-scientists-turn-urine-sewer-brewer-beer-article-1.2728599 and “Piss beer? Danish brewery makes pilsner from urine barley” 8th May 2017 www.beerstreetjournal.com/norrebro-bryghus-pisner and BBC 5th May 2017 5/5/17 www.bbc.co.uk/newsbeat/article/39817245/theres-a-new-beer-made-withhuman-urine-from-a-danish-music-festival online tutorial, summarising conclusions of the EU-funded FP7 CORE Organic IMPROVE-P project, presents the importance of phosphorus for organic farming and opportunities offered by recycled phosphate fertilisers. Aspects covered include available technologies, phosphorus plant availability, life cycle assessment, regulations and stakeholder attitudes. About 40% of organically farmed fields in Germany are low in phosphorus. Recycled P fertilisers show better plant nutrient availability than phosphate rock, which is used as in organic farming. Attention needs to be engaged to avoid pollutants such as pharmaceuticals, organic chemicals, plastics or heavy metals, but only 25% of interviewed stakeholders considered that the use of recycled fertiliser is negative for the image of organic farming.
Video tutorial, IMPROVE-P, 2017 “Phosphorus recycling for organic agriculture” www.coreorganicplus.org/currently/nyhed/artikel/video-tutorial-phosphorus-recycling-for-organic-agriculture magazine provides an 8-page overview of developing technologies for energy and resource recovery from sewage sludges. Pyrolysis and thermal hydrolysis processes are presented as having potential to recover energy potential as syngas or hydrogen, with a number of technology suppliers active including Kore Infrastructure, PHG Energy, Metawater, Tsukishima Kikai, Gennifuel, Antaco and AVA-CO2. Struvite phosphorus recovery is presented (e.g. Ostara, NuReSys, CNP) including after prior acid dissolution to increase soluble phosphorus available for recovery. Ecophos and Remondis technologies for phosphorus recovery from sludge ash, and Budenheim for P-recovery from sludge are cited. Other potentially recoverable materials in sewage sludge are cited as plasmids (DNA strands), bio-isoprene (for rubber manufacture) and rare metals.
Global Water Intelligence, January 2017 “Market map. Beating the burn rate for resource and energy recovery from sludge” www.globalwaterintel.com/global-water-intelligence-magazine/18/1/market-map/beating-the-burn-rate-for-resource-and-energy-recovery-from-sludge eNews 11, we presented two Life Cycle Analysis studies by Kjerstadius et al. comparing source separation of domestic wastewater and food waste to current conventional sewage treatment systems, concluding that higher nutrient recovery rates result from the former. The authors underline that their conclusions result from data that only around ¼ of sewage biosolids are currently returned to agriculture in Sweden. In theory all sewage biosolids could be recycled to agriculture, but they note that debate about pollutants in sewage biosolids poses an obstacle to this. The LCA also compares source separation with nutrient recovery installed to conventional sewerage and sewage works without nutrient recovery.
- +++ All Ireland Phosphorus Sustainability workshop and conference Microbial Resources for Agricultural and Food Security
21 - 23 June 2017, Belfast, Ireland - Website - Contact - Flyer
Starts with a 1 day workshop on ‘Irish phosphorus sustainability’ to establish the need for an Irish nutrient platform, and First conference of the Ireland EPA funded project "Phosphorus from wastewater: Novel technologies for advanced treatment and reuse".
- The Raw Materials Conference 2017 - No energy transition without raw materials
23 June 2017, The Hague, Netherlands - Contact
Organised by the Dutch Ministry of Foreign Affairs
- International conference Innovative solutions for sustainable management of nitrogen
26 - 28 June 2017, Aarhus, Denmark - Website
- +++ LIFE-Trialkyl research project mid term conference
27 June 2017, Milan, Italy - Registration - Website
The project and workshop focus on sustainable phosphorus chemistry, including a pilot plant visit
- +++ LIFE TL-BIOFER technical workshop nitrogen and phosphorus removal from wastewater
28 June 2017, Cordoba, Spain - Email - Website
Short presentations from European Projects related to Water and Microalgae are welcome.
- International Fertiliser Society (IFS) Technical Conference 2017
29 - 30 June 2017, Geological Society, London, United Kingdom - Website
- PBSi 2017 - International Conference On Phosphorus, Boron and Silicon
3 - 5 July 2017, Paris, France - Website
- +++ The BIG Phosphorus Conference and Exhibition – Removal & Recovery
4 - 5 July 2017, Manchester United Football Stadium, United Kingdom - Website
The event is supported by the UKWIR National Phosphorus Trials steering group and the National Chemical Investigation Programme (CIP) Phosphorus Steering Group
- +++ SMART-Plant research project launch
11 - 13 July 2017, Severn Trent Water, Coventry, United Kingdom - Website
Launch meeting of the EU funded SMART-Plant research project
- N8 AgriFood Food Production for the Future conference
11 - 13 July 2017, Durham, United Kingdom - Website
- 2nd IWA Resource Recovery conference
5 - 9 August 2017, New York, USA - Website - Email
2nd International Water Association conference on resource recovery from wastewater
- SERA-17 Meeting 2017
15 - 17 August 2017, Ohio, USA - Website
Focus on developing and promoting innovative solutions to minimize phosphorus losses from agriculture
- Swiss event Phosphorus: how to proceed (French/German)
30 August 2017, Bern, Switzerland - Website French - Website German
Meeting by Swiss Federal Agriculture and Environment offices to present revised Swiss Fertiliser Regulation requirements.
- 17th International RAMIRAN conference 'Sustainable utilization of manures and residue resources in agriculture'
4 - 6 September 2017, Wexford, Ireland - Website - Email
RAMIRAN (Recycling of Agricultural, Municipal and Industrial Residues in Agriculture Network) is a research and expertise network dealing with environmental issues relating to the use of livestock manure and other organic residues in agriculture.
- +++ Swiss information event P-Mining Project Canton Zurich
6 September 2017, Zurich, Switzerland - Email - Information French - Information German
Results from the micro-pilot phase will be presented and information about the actual work and an outlook will be provided
- +++ ESPP meeting EU Fertiliser Regulation and STRUBIAS
5 September 2017, Brussels, Belgium - Registration
Stakeholder meeting on EU Fertiliser Regulation developments and biochar, struvite and ash-products criteria
- +++ German Phosphorus Platform (DPP) FORUM 2017 (in German)
12 September 2017, Berlin, Germany - Website
National conference of the German Phosphorus Platform with a focus on how to get phosphorus recycling to the market
- IFDC and IFA workshop Phosphate Fertilizer Production Technology
2 - 6 October 2017, Berlin, Germany - Website
- European Waste Water Management Conference 2017
3 - 4 October 2017, Leeds, United Kingdom - Website
- NORDIWA - Nordic Waste Water Conference
10 - 12 October 2017, Aarhus, Denmark - Website
Potential phosphorus session is planned, check for an update
- +++ European Nutrient event
18 - 19 October 2017, Basel, Switzerland - Website - Programme - Registration
Nutrient event Nutrient recycling R&D projects and technologies meeting including technology fair
18 Oct: FHNW, DPP and Phos4You meeting "Sludge and phosphorus recycling in Switzerland and beyond (German, English translation)
19 Oct: ESPP and Phos4You meeting EU (H2020, LIFE, InterReg) and national funded R&D projects on nutrient recycling (English)
- Conference Managing Global Resources for a Secure Future
22 - 25 October 2017, Tampa, Florida, USA - Website
- World Resources Forum 2017 - Accelerating the resource revolution
24 - 25 October 2017, Geneva, Switzerland - Website
- EU Raw Materials Week 2017
6 - 10 November 2017, Brussels, Belgium - Website - Email
Organized by the European Commission, DG Growth, with side events organized by other organizations. You can add you event by email. See the website for an up to date event list. Nutrient relevant events are:
- 7 Nov.: EU critical raw materials event
- 8 Nov.: 5th annual high level conference of the European Innovation Partnership (EIP) on raw materials
- 9 Nov.: Horizon 2020: societal challenge 5 infoday & and brokerage event
- Sustainable Food and Beverage Conference 2017
7 November 2017, Coventry, United Kingdom - Website
- European Biosolids & Organic Resources Conference & Exhibition
20 - 21 November 2017, Leeds, United Kingdom - Website
Conference for the biosolids and biowaste industries
- Conference Phosphorus a critical resource with a future (in German)
22-23 November 2017, Stuttgart, Germany - Website
- +++ ManuREsource 2017 - International conference on manure management and valorisation
27 - 28 November 2017, Eindhoven, Netherlands - Website - Email
In cooperation with the Dutch Nutrient Platform. A facultative field trip with exclusive site visits to local manure processing installations will be organised on 29 November 2017.
- 3rd International Conference on Global Food Security and Sustainability
3 - 6 December 2017, Cape Town, South Africa - Website
- Course Phosphorus Removal and Tertiary Treatment Processes
7 December 2017, Wakefield, United Kingdom - Website
This course will review the design and operation of the main markets available for N and P removal technologies.
- ECO-BIO 2018 conference
4 - 7 March 2018, Dublin - Ireland - Website
About progress and steps to make the biobased economy a reality
- Phosphates 2018
12 - 14 March 2018, Marrakesh, Morocco - Website
Gathering for decision-makers representing the fertilizer, feed and industrial phosphates industries.
- IFAT trade fair for sewage - waste – resources
14 - 18 May 2018, Munchen, Germany - Website
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