-Project management
-Site assessments and feasibility studies
-Site design and facility engineering for new sites
-Facility Upgrades for Existing Sites
-Business Planning and Project Financing
-Site Construction and Equipment Installation
-Operator and Staff Training
-Facility Start-Up, Management and Operations
-Site Maintenance and Equipment Repair
-Publicity Campaigns and Promotional Materials and Activities
-Regulatory Compliance Assistance

 

- Technologies: 

 

 

 
 
Dry Anaerobic Digestion
Dry fermentation involves the anaerobic decomposition of “dry” non-pumpable biological material in the absence of oxygen. The process involves the loading of “anaerobic” tunnels with material using loading shovels. The process is particularly suited to bio-waste and mixed waste applications. The system promotes efficient biogas production with very low parasitic energy demands.Dry Anaerobic Digestion Dry fermentation involves the anaerobic decomposition of “dry” non-pumpable biological material in the absence of oxygen. The process involves the loading of “anaerobic” tunnels with material using loading shovels. The process is particularly suited to bio-waste and mixed waste applications. The system promotes efficient biogas production with very low parasitic energy demands.
 
 
 
Wet Anaerobic Digestion
Wet fermentation involves the anaerobic decomposition of “wet” pumpable biological material in the absence of oxygen. The process involves the loading of “anaerobic” stirred tanks to promote biogas production. These systems are best suited to the digestion of liquid material and silage.Wet Anaerobic Digestion Wet fermentation involves the anaerobic decomposition of “wet” pumpable biological material in the absence of oxygen. The process involves the loading of “anaerobic” stirred tanks to promote biogas production. These systems are best suited to the digestion of liquid material and silage. 
 
 
 
 
 
 
In-Vessel Composting
Composting is the aerobic transformation of biological material in the presence of oxygen and can be engineered in a number of ways. Jones Celtic BioEnergy deliver projects involving Tunnel Composting, Container Composting and Aerated Pile Composting technologies.In-Vessel Composting Composting is the aerobic transformation of biological material in the presence of oxygen and can be engineered in a number of ways. Jones Celtic BioEnergy deliver projects involving Tunnel Composting, Container Composting and Aerated Pile Composting technologies. 
 
 
 
 
 
 
 
 
 
Biogas upgrading
Jones Celtic BioEnergy works with Carbotech in the provision of pressure swing absorption (PSA) technologies in the upgrading of biogas. This system can be adjusted to meet the strict requirements of gas injection to the grid and of compressed biomethane as a vehicular fuel.Biogas upgrading Jones Celtic BioEnergy works with Carbotech in the provision of pressure swing absorption (PSA) technologies in the upgrading of biogas. This system can be adjusted to meet the strict requirements of gas injection to the grid and of compressed biomethane as a vehicular fuel.
 
 
 
 
 
- Celtic Bespoke IP/Know How
Including specific license provisions and interfaces plus Celtic in-vessel systems, the aeration and control systems.
Patent deliverable regarding the characterisation of Celtic tunnels as solid state pasteurisers for the specific purposes of hygienisation of solid state digestate and with full animal by-product regulation (ABPR) compliance. 

Celtic has developed its own computerized control and temperature /pressure feedbacks which includes for mechanical air re-circulation and air flow reversal systems. The Celtic system includes for PLC and SCADA software that have been developed for the specific purposes of  ABPR compliance. 

 

**FOR A FULL SET OF CASE STUDIES FOR CBE's PAST AND PRESENT SCOPE AND VERSATILITY CLICK HERE**