Turn manure into a source of renewable energy and recovered nitrogen. We connect mono-manure digestion, biogas use and digestate processing in one practical system.
An integrated approach for livestock farms and manure processing projects. First recover energy; then evaluate how to separate and recover valuable nutrients.
ENERGY FROM MANUREProduce biogas using animal manure as the feedstock. We develop the process around your daily supply, manure characteristics, available space and desired use of the gas.
NITROGEN FROM MANURERENURE means Recovered Nitrogen from Manure: a nitrogen fertiliser recovered from animal manure. We explore how separation and nitrogen recovery can fit your manure or digestate stream.
Digestion recovers energy; nitrogen remains largely in the digestate. Nitrogen recovery is a further processing step. The selected technology and product analyses determine whether the recovered fertiliser meets RENURE requirements.
RENURE production requires a registered producer, consistent product quality, sampling and records. We include these requirements when defining the process.
Read the requirements at RVO ↗Adverio Waste Systems’s activities will continue from Meurs Technisch Ingenieursbureau in Lochem. Bringing knowledge and practical expertise together marks a major step for biogas and sustainable technology.
Read the full announcement ↗
Mono-manure digestion and nitrogen recovery are our starting point. Composting, water treatment and other processing technologies complete the chain where your project needs them.
01Digest animal manure to produce biogas. Match manure supply, digester volume, mixing and heating with electricity and heat production or upgrading to biomethane.
Biogas is used in CHP systems for electricity and heat, or upgraded to biomethane. Digestate treatment can be integrated with separation, drying and composting.
02Recover nitrogen from manure or digestate. Connect solid-liquid separation, treatment of the liquid fraction and recovery of a nitrogen fertiliser.
Options include ammonia stripping with capture as an ammonium salt, or membrane treatment. The final product and production process must meet the applicable RENURE quality, sampling and registration requirements.
03Controlled biological treatment of organic materials and manure. Process design covering aeration, temperature monitoring and air handling.
Options include aerated piles, windrows and enclosed tunnels. Aeration, moisture, temperature registration, odour control and leachate management are considered together. Hygienisation requirements are defined per feedstock and applicable rules.
04Separate mixed waste into usable fractions. Connect sorting and treatment systems to recover materials and prepare suitable streams for further processing.
An integrated line can combine separation of recyclables with biological treatment of the organic fraction and preparation of suitable residual fractions for energy recovery.
05Prepare organic waste, sludge, biomass and industrial by-products for the next step. Combine mixing and moisture reduction with the available heat and downstream process.
Drum dryers, cyclone RDF dryers, 3D dryers, batch mixers, drum mixers and liquid mixers. Equipment selection starts with the feedstock, required moisture content and energy balance.
06Integrate water treatment with your waste and energy systems. Explore modular biological treatment, membrane filtration and polishing for a defined reuse purpose.
MBR, SBR and MBBR processes; ultrafiltration and reverse osmosis; polishing and disinfection. Irrigation, cooling or process water reuse requires treatment matched to the incoming water and local quality requirements.
07Explore thermal conversion for suitable biomass and residual streams. Connect feedstock preparation, drying, conversion and the use of recovered energy or carbon products.
Pyrolysis and gasification are different conversion routes. Feedstock composition, moisture, emissions control, energy use and the intended product determine which route is worth investigating.
Food waste · manure · sludge · biomass · industrial by-products
Connect the strengths of each process. We look at the complete material, water and energy balance before selecting individual technologies.
We combine process knowledge with practical engineering and work alongside clients, suppliers and specialist partners.
Assess the waste stream, define project objectives and explore technical feasibility.
Develop the process concept, select suitable equipment and coordinate the interfaces.
Support implementation and commissioning together with the project team and delivery partners.
Good engineering starts with a good conversation.
Adverio Waste Systems (AWS) develops solutions for waste treatment, renewable energy and the recovery of raw materials. We connect technologies and expertise to help industries, municipalities and project developers make better use of their waste streams. The activities are being integrated into Meurs Technisch Ingenieursbureau and carried out from Meurs in Lochem.
We believe in long-term relationships, respect for each other’s expertise and close cooperation as equal partners. Clear communication and a practical approach are central to the way we work.
Follow AWS on LinkedIn ↗Practical engineering, connected expertise and direct communication. Let’s find the right route for your project.
Tell us about your manure supply, farm and energy demand. Together, we can explore mono-manure digestion, biogas use and a route towards RENURE production.
Email us ↗Lichtenvoorde, The Netherlands
Working with partners worldwide.