The Canadian Biogas Association is pleased to introduce the second 2021 Value of Biogas speaker line up for the April 27-29 conference. Look no further for experts in biogas/RNG technology, policy, and research. Scroll through the alphabetical listing of speakers below and click to view their abstracts and biographies.
Abstract: Renewable natural gas (RNG) can be produced from different biomasses through gasification, supercritical water gasification (SCWG), pyrolysis, and anaerobic digestion (AD). For the development of a commercial scale RNG production plant from biomass as feedstock, assessing the cost of production of RNG is necessary. In this study, comprehensive data-intensive techno-economic models are developed to calculate RNG production cost ($/MJ) from thermochemical and biological conversion processes using forest and agricultural biomass feedstocks. The results provide new information for policymakers and companies as they can draw insights for the technology transitions that they may need to consider meeting climate change goals.
Biography: Maryam is currently a post-doctoral researcher in Mechanical Engineering Department at the University of Alberta. She has a PhD in Mechanical Engineering (Engineering Management specialization) from University of Alberta. Her multi-disciplinary research is about techno-economic and life cycle assessments of various energy systems with a focus on production of biofuels and biochemicals. She has contributed to the publication of more than fifteen peer-reviewed journal articles, book chapter and industrial/governmental reports. She has also presented the results of her research at several national and international conferences. During her PhD, she has been the recipient of several awards, scholarships and grants.
Abstract: Biogas produced from Source Separated Organics (SSO) is becoming increasingly common as municipalities take initiatives to find alternative uses for waste in support of the circular economy. Many municipalities around the world have adopted programs to separate organic waste from other waste streams. This organic waste can then be put through an anaerobic digestion process that produces biogas that can be purified and used for pipeline injection, CNG and LNG. Xebec has experience in biogas cleanup from SSO waste and this presentation will provide an inside look into a successful SSO biogas project.
Biography: Laurent Amram holds a Bachelor of Mechanical Engineering from École Polytechnique de Montréal. He acquired a strong international experience in the last 25 years in Industrial Equipment Sales in Europe, Asia and North America. Laurent is the Business Development Manager- Advanced Gas Purification System at Xebec for the Quebec and Ontario markets and Atlantic Provinces.
Abstract: To develop a successful on-farm RNG project, a number of factors need to be considered. Is there existing A/D? What is the proximity to pipeline/offtaker? What biogas upgrading technology is best for on-farm application? What is the best end use for the RNG? What is the value of the RNG? In this agriculture case study, Samantha Benz of BIOFerm Energy Systems will discuss the process and challenges of successfully developing an RNG project for a large Midwestern dairy farm to maximize the sustainability initiatives the operation already had in place.
Biography: Samantha Benz is the Sales & Marketing Specialist at BIOFerm Energy Systems, headquartered in Madison, WI. In her role, she focuses on sales and marketing initiatives for all areas of the company – anaerobic digestion, gas upgrading and solar energy. Samantha studied Life Sciences Communication at the University of Wisconsin-Madison and has a background in renewable energy (primarily ethanol and solar) and agriculture. She also serves on the Board of the National Agri-Marketing Association’s Badger Chapter. In normal times she enjoys happy hours and traveling the globe, but in the past year has discovered quite a few new shows/movies on Netflix.
Abstract: To meet the challenge of climate change, Quebec has embarked on a major energy transition. This transition requires the electrification of the economy, but also the development of hydrogen and bioenergy. Renewable natural gas, a low-carbon gas produced locally, is ideal for "greening" uses where electrification is more difficult. To ensure the development of this new industry, the Quebec government has adopted structuring tools, both in terms of regulations and support programs for producers. The outline of this plan will be presented to you.
Biography: Xavier Brosseau is an economist by training, having graduated from Laval University with a specialization in natural resources economics. Xavier began his career in Ottawa in 1998 at the Department of Finance in the Sales Tax Branch. He then pursued his career at the Quebec Ministry of Finance in the Personal Tax Policy Branch. Beginning in 2002, he held the position of Advisor in the Secretariat of Priorities and Strategic Projects of the Ministère du Conseil exécutif where he was responsible for matters relating to public finances, natural resource development and economic development projects. Since 2014, Mr. Brosseau has been Director of the Supply and Biofuels Directorate at the Quebec Department of Energy and Natural Resources. Its management mandate covers the entire downstream hydrocarbon sector. It also ensures the creation of an environment favorable to the development of the bioenergy sector.
Abstract: Twelve French farmers had decided to pool their stockpiles of manure and other organic waste to serve as a resource for biogas production. Prodeval used its Valopur® technology to help them set up a compact, economical production unit, which simply connected to the methanation units already in place without any change to operations. The technology allows for the repurposing of a portion of the biogas generated by the anaerobic digestion of agricultural waste. The Méthamoly project effectively met 40% of the regional needs in its first year of implementation. Thrilled with the results, the farmers opted for Prodeval’s first CN’Green® unit in September 2020, enabling them to convert RNG into CNG and supply biogas to the region’s waste collection trucks.
Biography: Since January 2020, Sophie Chainel has held the position of General Manager of Prodeval Canada, a subsidiary of a French company specializing in the treatment and recovery of biogas from the methanation of organic waste. Her dual mandate is to structure the subsidiary, including its business ecosystem, while promoting the company’s flagship products: VALOPUR, VALOPACK, VALOGAZ, CN'Green and AgriGNV. Sophie Chainel is passionate about environment — waste management, energy, agriculture — and technological innovation, therefore she finds herself completely at ease in this role, which allows her to thrive in her professional life and provides her awesome opportunities to achieve ever greater heights!
Abstract: A comprehensive new report from the Canadian Institute for Climate Choices explores a range of pathways Canada could take to achieve net zero emissions by 2050 and identifies critical choices that emerge along the way. The report examines: What different potential pathways exist for Canada? What is consistent across all the potential pathways? Where do the pathways diverge and why? And what must be true for a given pathway to come about? This presentation will summarize the report’s key findings, including the role RNG plays on the path to Canada’s net zero target.
Biography: Jason Dion is the Mitigation Research Director at the Canadian Institute for Climate Choices. He is the lead author of the recent Institute report Canada’s Net Zero Future: Finding our way in the global transition. Previously, he was Lead Researcher with Canada’s Ecofiscal Commission and a project manager and economist at the International Institute for Sustainable Development (IISD). Jason’s work has focused on GHG mitigation, carbon pricing, environmental risk and financial assurance, green public procurement, and sustainable infrastructure.
Biography: David Donovan is a Director in the Energy and Environment Practice at Sussex Strategy Group. David joined Sussex after considerable experience at Queen’s Park and in the energy sector. Most recently, David served as the Chief of Staff to Ontario’s Minister of Small Business and Red Tape Reduction and prior to that, as Director of Policy to the Minister of Environment, Conservation and Parks where he was responsible for the development of the government’s Made-in-Ontario Environment Plan. Prior to government, David led government relations files for a leading Canadian energy company active in traditional large energy assets as well as emerging renewable technologies.
Abstract: The YellowJacket 5 site project in upstate NY features multiple dairy farms, refurbished digesters and virtual pipeline economics. They have been running for over a year. In the presentation we will discuss about the technical and commercial challenges of the project and the service experience we've had over the first 12 months.
Biography: John is head of business development for Bright Biomethane North America and also represents Membrane Systems Europe for double membrane digester roofs. For almost 15 years John has been involved with just about every aspect of anaerobic digestion in Canada and the U.S: design, development, build, Cogeneration and now gas upgrading and Biomass plant. Prior to this John led HHAngus Consulting Co’s EPC business and was responsible for storage projects, roof top solar and for the design and development work for the Zooshare 500Kw Digester in Toronto. John is past Chair of the Biogas Association and graduated in Mechanical Engineering from Derby University in the U.K. He lives In Toronto with his wife Sandra and has two daughters: Frankie and Emma. In his spare time, he sings in a rock choir and races a vintage car, still not biogas powered.
Abstract: This presentation highlights the economic and environmental benefits of biogas/RNG in the production of renewable hydrogen. The presentation will explore the biogas-to-hydrogen conversion process and its applications for decarbonizing industry and powering transport.
Biography: Steve is a 15-year veteran of the hydrogen industry having held positions in R&D, product manufacturing, system design and business development. Having worked in the UK and US markets he has an excellent understanding of the technical and economic drivers for hydrogen production systems. Steve is currently the European VP for BayoTech and holds a BSc and MPhil in Materials Science from Birmingham University, a MBA from Sheffield University and is a chartered manager.
Abstract: Who CE is and what is Redeem RNG? How we generate supplies of RNG with partners like BP across Canada and the US - examples of current Canadian and US suppliers. Who are the RNG suppliers we want to partner with? Our growth trajectory – Sold over 500 M DLE’s across North America in 2019 and anticipate that there will be very significant supply and demand increases as individual Canadian provinces (like BC already has) and/or the federal government introduce low carbon fuel standards/carbon taxes similar to what states like California and Washington and the US government have in the US. The relative value of zero or negative CI RNG and how this will be a game changer as a financially and operationally superior and equal or better environmental alternative or complement to battery powered buses and commercial trucks NOW and for the foreseeable future without even considering the dirty secret associated with the production and disposal of large battery packs. Why governments at all levels need to recognize that the production and use of RNG for on-road transportation is the highest and best use of RNG, a boon to the circular economy high paying job creator. In closing, an exciting opportunity for clean fuel diversity that will allow Canada and Canadians to meet environmental goals without betting the farm (and its RNG production) on one technology – flavour of the day battery buses and commercial vehicles (How many nuclear plants do we want to build to provide the power these vehicles will need and who is going to pay for it?)
Biography: Ms. Kamali oversees sustainability at Clean Energy, ensuring that corporate responsibility and a sustainable strategy are an integral part of the Clean Energy vision. Ms. Kamali is responsible for cultivating high-impact partnerships that deliver strategic value to Clean Energy and advance the role of RNG in the alternative fuels landscape. Ms. Kamali identifies and advances the environmental issues that affect Clean Energy and its employees, suppliers and other external stakeholders.
Abstract: Canada needs clean fuels to achieve net-zero 2050: power, biofuels and hydrogen. Recently, there has been a groundswell of interest in hydrogen energy around the world as industry and governments recognize the critical role it will play in achieving net zero 2050. Canada has long been a leader in hydrogen and fuel cell technology. Canada is a leading producer of hydrogen including an increasing amount of clean hydrogen, the cradle of PEM fuel cell technology with leading players such as Ballard Power, and over 100 years of electrolyzer history, including Cummins Canada and its predecessors. With over 90 member companies, the Canadian Hydrogen and Fuel Cell Association is the voice of the sector. The recent Hydrogen Strategy for Canada recognizes the importance of hydrogen energy, and now Canadian federal and provincial governments are working to build our strong base of projects and expertise, to stimulate the deployment of hydrogen energy projects. How can the Biogas and Hydrogen sectors spur development of both clean fuels and help Canada achieve net-zero more quickly and cost effectively? The presentation will review recent policy, funding and actions to support hydrogen, and highlight potential areas for collaboration in joint hydrogen/biogas projects.
Biography: Mr. Kirby joined CHFCA as President and CEO in August 2019. A mechanical engineer with an honours degree from the University of British Columbia, he has led the commercialization of many clean technologies, including hydrogen energy technologies. Mr. Kirby was a founder and CEO of S2G BioChemicals Inc., a Vancouver-based industrial biotech company 2nd-generation technology for sustainable bioproducts. Over a 10-year period, Mr. Kirby secured investment and strategic partnerships that enabled it to develop into a leading bioproducts company. In 2018, S2G was acquired by Fortress Global Industries, a Canadian forest products company, becoming Fortress Advanced Bioproducts. Prior to starting S2G, Mark led business and technology development, operations and commercialization in the food, industrial gases, fuel cell and forest products industries with fuel cell leader Ballard Power, Canadian hydrogen technology start-up QuestAir Technologies and global industrial gases company Praxair.
Abstract: The Renewable Natural Gas (RNG) Handbook was written principally for municipal elected officials and staff who are involved in solid and liquid waste management and working on the environmental file for their municipality. Knowingly or unknowingly, they are currently in a position to assess their options in terms of what to do with the biogas being produced from the natural degradation of organic materials from their existing landfills, waste-water treatment-facilities and source-separated organics (SSO)-fed anaerobic digesters.
Biography: Richard has been working on energy and climate policies and technology for nearly 20 years with a variety of public, private and non-profit organizations and has facilitated and spoken at dozens of events across Canada. Richard and his team at Laszlo Energy Services (LES) provide customized energy and carbon policy, strategy and communications expertise to gas, thermal and electric utilities, real estate property managers and developers, technology and service providers, and government clients. As a Senior Associate at QUEST, Richard Chairs the Ontario CHP Consortium and Alberta CHP Working Group, representing energy leaders from over 100 organizations committed to moving high efficiency combined heat and power and low carbon thermal policies and projects forward. Richard’s research and advocacy work with QUEST includes Getting to Implementation in Canada! an initiative aimed at helping communities implement their Community Energy Plans and Resilient Pipes and Wires, examining energy distributor actions and government policies in response to extreme weather events. Richard is an adjunct professor at York University and is the proud author of Pollution Probe’s first Primer on Energy Systems in Canada and contributed to the development of the Ontario’s Renewable Energy Approval under the Green Energy and Green Economy Act.
Abstract: Maxime will cover the news subsidies programs in Quebec and how to benefit from them. Quebec biogas projects have access to over 350 M$ in CAPEX subsidies in the upcoming 5 years. There are over 45 RNG projects in development in Quebec but not all of them will make it to the end. In the presentation Maxime will discuss some of these projects and how they are building their business plans.
Biography: Mr. Lemonde holds a degree in Biotechnology Engineering and a Master’s degree in applied science with the Chemical Engineering Department at Sherbrooke University. Mr. Lemonde has been working in anaerobic digestion and composting since 2010 and started BiogasWorld in 2016. His company is now generating business leads and market intelligence to most of the biogas-related companies in North America with hundreds of active clients.
Abstract: RNG and biogas producers are faced with a myriad of options for use and monetization of their product. This includes voluntary markets through gas utilities, carbon offset markets, US Renewable Fuel and LCFS markets, the BC LCFS and the impending CFS. The BC LCFS market, not to be confused with voluntary programs from BC gas utilities, is an existing high-value opportunity for RNG across Canada and for Agricultural methane projects in particular. In this presentation, we will outline both the commercial and regulatory considerations in selling RNG into the BC LCFS market. We will also explore the overlap between BC LCFS and the CFS and carbon offset markets.
Biography: Jamie leads Bluesource’s carbon offset and renewable fuel project origination and development in Canada. He brings a strong track record as a catalyst of significant project investment in forest carbon, waste-to-energy, programmatic fuel switching, renewable power generation, energy efficiency, and methane capture within the oil & gas and consumer packaged goods sectors. He has worked in the carbon market since 2002 and has a deep technical, financial, policy, and strategic skill set in this area. Amongst Jamie’s successes are having structured pioneering trades in the carbon market, developed first-of-its-kind offset projects; generated significant value in offset credits; and co-authored a Clean Development Mechanism methodology. Jamie holds a Masters of Environmental Law & Policy from Vermont Law School and a B.Comm in Economics and Finance from the University of Guelph.
Abstract: In 2009 Cavendish Farms invested in an AD facility initially as a solution to stabilize French fry waste. Previously all waste was diverted to local farms to feed livestock but a significant downturn in markets resulted in a back up of waste. When commissioned, the facility was one of the largest of its kind in North America. What began as a solution to manage a waste problem has become a significant part of our company’s sustainability story and most recently, a critical asset to help manage carbon tax exposure. On an increasing basis, large customers are asking food suppliers to report greenhouse gas emissions and to outline strategies to incorporate renewable energy. The facility has served us well and provides a significant source of energy and the current focus in on managing operations to increase output. The de-watered digestate is a valuable soil amendment product and is used on agricultural fields
Biography: Mr. MacQuarrie has a M.Sc. (Agr) degree from McGill University. He has worked with the PEI Department of Agriculture in various portfolios and spent 3 years working on a cooperative potato technology project in Eastern Europe (Ukraine and Romania). He was the Deputy Minister (PEI) responsible for the department of Agriculture, was also the DM responsible for Environment and in his last position in government and was the DM of Transportation, Energy and Infrastructure. In 2017 he joined Cavendish Farms as the Director of Environmental Sustainability. Apart from sustainability planning for the North American operations, he is also the chair of the North American Potato Sustainability Alliance.
Abstract: The CFS, modelled after other fuel standard programs, is uniquely ambitious and complex. We will dive into the draft regulations, how the market will operate, and our credit price forecast.
Biography: Dorijan has been with ClearBlue Markets for over a yea, providing expertise on fuel standard markets across North America and the soon-to-be-implemented Clean Fuel Standard. He also supports clients in carbon pricing programs such as the WCI, TIER, and OBPS. Prior to working in carbon markets, Dorijan spent three years as a political advisor in the Ontario government, starting at the Ministry of Energy and eventually serving as Press Secretary and Policy Advisor to the Solicitor General. He recently earned his master’s in economics, specializing in international and environmental economics.
Abstract: This presentation will describe Ferrero’s Sustainability goals and how RNG will be an important component of Ferrero’s path forward to net zero emissions.
Biography: Educational background is a Bachelor of Engineering Science, Material Science. Became a professional Engineer in 2001 and a Certified Energy Manager in 2016 and belong to the Association of Energy Engineers. Sonya worked for 19 years at ArcelorMittal Dofasco in several positions including Metallurgy, Quality Systems, Continuous Improvement and Energy. In 2017 Sonya was hired by Ferrero Canada to create a new department called Environmental Sustainability and Energy. Her position since then has been Environmental Sustainability and Energy Manager.
Abstract: Anaerobic co-digestion has been in consideration as a promising technology for waste management and biogas recovery from a range of feedstocks. Different parameters have to be considered for the proper operation of this technology including the type of feedstocks and their blend ratios. This research was aimed to investigate the influence of mixing ratios based on lipids: proteins: carbohydrates ratios on biomethane production in anaerobic co-digestion of thickened waste activated sludge (TWAS), manure and source separated organics (SSO).
Biography: Anahita Rabii, PhD in Civil-Environmental Engineering and researcher at Ryerson University with expertise in water and wastewater treatment technologies, resource recovery and anaerobic digestion. Anahita is President of the Water Environment Association of Ontario (WEAO) Student Chapter at Ryerson University and recent WEAO Magazine Committee Chair.
Abstract: Thomas Minter of Malaby Biogas (UK) and Colin Rankin (SALASAN Consulting) review lessons gained from identifying partners and biogas opportunities for the "Energy Catalyst" trade research and development initiative. The "Ghana Green Gas from Waste - G3W" project involves biogas facility design and operation, upgrading and CBM production, lab testing, training and research components. The case study will review challenges and opportunities associated with finding commercial partners, addressing conflicting international development and trade funding criteria, and building international partnerships. Rather than focusing on a specific biogas facility, the G3W project proposed to address Ghana's "biogas ecosystem". This encompasses available feedstock types and the technical requirements for effective biogas production, industry training and capacity development, markets for facility outputs, and addressing country-specific objectives such as employment of women and use of biogas for cooking. The project supporters include World Bank, Ghanaian NGOs and universities and Ghanaian, Canadian and UK companies.
Biography: Colin Rankin has worked in international development for three decades, in more than twenty countries including Ghana, Indonesia, Russia and Bhutan. He has worked with government, private and NGO sectors providing project design, management and evaluation professional services related to climate action, gender equality, governance and environmental assessment. Together with Thomas Minter who owns and operates an AD facility in the UK, and a group of partner companies, Malaby Biogas AD Services has developed a multi-pronged project to build capacity in biogas in Ghana – with potential for further application in middle and least developed countries.
Abstract: The aim of the PASS-BIO project was to establish a suitable, cost-efficient bioreactor module for the flexible conversion of a wide variety of feedstock to produce either short-chain carboxylic acids or methane. The impact of gradient formation, also in relation to feedstock flexibility, was investigated in plug flow reactor. On-line gradient detection of the pH, redox potential, conductivity and temperature was conducted. For the start-up, manure was used as substrate while grass silage was used for increasing the organic loading rate. The aim is to add value to biogenic waste and offer novel possibilities for additional earnings of farmers.
Biography: Saija Rasi, PhD, is a senior scientist at Natural Resources Institute Finland. Her research focuses on biogas and biorefinery systems including studies on biomass availability, production of value-added bio-based products and energy, nutrient recycling, sustainability issues including GHG and energy balances, as well as economic issues. She is the Finnish representative in IEA Bioenergy Task 37: Energy from Biogas.
Abstract: There are many aspects that can stop or delay a RNG project. What are the similarities seen in getting RNG projects to the finish line? This presentation breaks it down by: 1) the source: how the best projects control their outcomes, 2) the gas: best practices for getting the gas to market, and 3) the project: a checklist for a better plan.
Biography: With +10 years of experience in biogas upgrading and +15 years of experience in Fortune 500 sales and leadership, Kyle Snyder is paving the way for the North American RNG market. Kyle has been involved in over 50 biogas projects, getting landfill, wastewater and anaerobically digested gas converted into pipeline-spec RNG, CNG, LNG or direct use to power facilities.
Abstract: The Agricultural RNG Resource Clustering Tool is a GIS-based tool that considers if up to five farms can pool feedstocks to develop an economically viable RNG project based on feedstock volumes, distance to the natural gas pipeline, and variable factors such as RNG price, cost to extend the pipeline, and proportion of off-farm feedstock. The Agricultural RNG Clustering Guide summarizes the findings from running nine scenarios on the tool with variable RNG price, feedstock ratio, and pipeline costs on the tool for Ontario and applies the learnings to understand what factors contribute to a successful agricultural RNG clustering project.
Biography: Sarah Stadnyk is the Manager of Business Development and Communications at the Canadian Biogas Association. Sarah is focused on outreach activities that raise awareness of the sector including highlighting biogas technology and developments to members and broader audiences, and business development and project work to support the growth and implementation of biogas and RNG in Canada. Sarah sees significant potential in bioenergy and waste-to-resource technologies, and prior to joining the Canadian Biogas Association she worked on a variety of related projects in the private and public sectors in technical, research, and business development capacities.
Abstract: When it comes to upgrading biogas to RNG for pipeline injection or vehicle fueling, there are several technologies available, each with its own pros and cons. It's never obvious which one is the best and most cost effective choice for any given application. This presentation takes a look at the three primary upgrading technologies, and how they compare in terms of performance, recovery, CapEx, OpEx and risk. It encourages RNG project developers to explore all their options before making a selection to ensure they are maximizing their project profitability.
Biography: Phil Taschereau is the Sales Manager for Canada at Greenlane Biogas, headquartered in Burnaby, BC. Greenlane is a proud member of the Canadian Biogas Association and is a pure play in the RNG space, offering multiple core biogas upgrading technologies. Phil has spent his career in the compressed gases, Renewable energy and alternative fuels industry, with experience in Biogas upgrading, gas treatment, compression for pipeline injection, virtual pipeline and vehicle fueling. Phil’s extensive project experience spans Europe, Middle East, South America, USA and Canada.
Abstract: EcoEngineers, a leading renewable energy consulting firm and USEPA approved auditor, recently completed a study which evaluated the carbon intensity (CI) impact of CharTech Solutions High Temperature Pyrolysis (HTP) technology. The study found that when CHAR’s turnkey HTP system is used to treat the digestate effluent from anaerobic digesters that produce Renewable Natural Gas (RNG), there was a significant enhancement of the CI score, with a range from 19 to 35 grams of CO 2, eq per Megajoule for the reference case of a typical dairy operation.
Biography: Andrew White is the co-founder of CHAR Technologies. He has a chemical engineering degree from the University of Toronto and after a eureka moment in the lab, launched CHAR Technologies. He also has a Master’s Degree in Business, Entrepreneurship and Technology (MBET) from the University of Waterloo and has won the IBK Capital Ivey Business Plan Competition, been named the OBBA’s Young Entrepreneur of the Year, and led CHAR to be named the CIX Top 20 Most Innovative Public Companies. Andrew leads by example – providing clients and staff alike with clear guidance and actionable insights that help make our world a better place.
Abstract: In Finland, the total biomass energy potential available for biogas production, not competing with food production, is estimated to be 10 200 GWh (Marttinen et al., 2015). Most of this potential is in agriculture (grass and straw 72%, manure 14%), and the rest in pulp and paper sludge (6%), food industry waste (3%), municipal biowaste (3%) and sewage sludge (2%). However, only ca. 800 GWh of energy was produced from biogas in 2018. A significant potential to increase biogas production lies in agricultural residues and local farm-scale plants. The study shows on example of a farm-scale leaching bed digester. Grass silage from green manure leys was used for biogas production together with horse and chicken manure. The aim of the study was to follow up a new type of farm-scale bioreactor, a leach bed reactor, and evaluate its suitability and efficiency for energy production and nutrient circulation on the farm.
Biography: Erika Winquist works as Senior Scientist in Natural Resources Institute Finland (Luke), Biorefinery and Bioproducts research group. She has several research interests all related to circular economy such as sustainable and resource efficient use of agricultural biomasses, and production of biogas and recycled nutrients.