Rewergy
sustainable
Waste to
energy
Recycling.
Low Carbon Biomethane & Hydrogen Solutions. Bio Compost. For Private & Public Sectors.
Rewergy
rewergy
innovates for you.
We handle projects from start to finish, including waste analysis, plant simulation, cutting edge technology implementation.
Rewergy startup solving one of the biggest problem of our generation – how to recycle municipal and industrial solid waste to energy while making it in sustainable way to power circular economy. Green hydrogen is finally here.
Rewergy
What We Do
The Future Of Waste Recycling
Rewergy helping municipal solid waste recycling plants, biogas or even wastewater treatment facilities to modernize and upgrade their projects to recover energy from various waste streams. Now you can generate biomethane, or hydrogen, industrial carbon dioxide and soil improver.
Rewergy startup will become international scale waste to energy generating company group delivering our own innovative patented solutions, and actively expanding it's recycling projects globally via partnerships and technology licensing.
Rewergy committed to deliver high quality services to local municipal communities and businesses all across the spectrum.
Rewergy
Calabra Maceri biogas Plant
Calabra Maceri e servizi S.p.A. the new biogas plant, produces an upgraded biomethane for motor vehicles consumption, which is injected into the national gas grid of SNAM since 28th August 2018, when it became the first plant in Italy to actively produce biomethane for vehicles fuel.
We have optimized the treatment of organic waste, upgrading our composting plant to extract biomethane through a dry technology anaerobic bio-digester (dry), dedicated to vehicle fuels.
The plant processes organic waste from urban separated waste
collection (FORSU) which is mechanically pretreated to allow
microplastics removal and crush it and grind it without added water,preparing it for the anaerobic digestion process.
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Rewergy
Process | Traditional System | Our System |
Process Type | ||
Dry Substance | 10-15% | 28-32% |
Process Type(SS) | semi--dry | dry |
Process Temperature | 42 C-- 55 C | 42 C-- 55 C |
Process Procedure | mesophilic--thermophilic | mesophilic--thermophilic |
Water Consumption | required | NOT required |
Depurator | required | NOT required |
Phases Number | 1-2 | 1 |
Covering Risk | likely | unlikely |
Concentration S.V/m3 | <4 kg | >9 kg |
Biogas Production | 100 l/m3 | 350 l/m3 |
Digestor Type | ||
Digestor Plant | circular | rectangular |
Surface Required | ample | lesser |
Volume Required | ample | lesser |
Building Costs | high | low |
Mixing Type | ||
Type | high speed | low speed |
Consumption | 25W/m3 | 10W/m3 |
Maintenance | every 15,000 h | > 100,000 h |
On Average, 5,800t/y of Purification Plant Digested Sludge Generating over
204 t/y of Green Hydrogen.
Rewergy
advantages
Leading Innovations
- Core team with 30+ years in projecting industrial plants globally for clients in energy, food, waste recycling, water treatment, automotive and logistics.
- Our current waste to energy recycling equipment can be adapted to your existing facility needs. Stay ahead of your competitors in sustainable development.
- Our solution is very capital competitive with proven and high ROI. Minimum operational costs, low maintenance, smart factory software.
- Environmentally friendly - plants don't emit hazardous waste and effectively capture carbon. Towards green hydrogen and circular economy future.
