1. Eco Sustainable Solutions Limited
New Technologies
Piddlehinton AD Facility

2. Piddlehinton AD Facility
AD Process
Piddlehinton AD Facility

3. Piddlehinton AD Facility
Plant Process
Waste Discharge
Waste Processing & Blending
Piddlehinton AD Facility

4. Piddlehinton AD Facility
Plant Process 2
Digestion
Power Generation
Piddlehinton AD Facility

5. Piddlehinton AD Facility
Plant Process 3
Pasteurisation
Storage and Discharge
Field Injection
Piddlehinton AD Facility

6. Outputs Gas – Burnt to produce Electricity Electricity – 11.5Kwh daily
Heat – Used during pasteurisation process
Digestate – c.65m3 daily

7. Bio Mass Planning approved for Parley Site Output approx 3Mw
Input 30,000 tonnes of wood
Finalising technology route
Funding agreed once technology decided
Gasification stacks up financially but huge technology risk (2 ROC’s)
Combustion – tried and tested but much lower yield (1.5 ROC’s) if use heat then 2 ROC’s but this increases risk and potential liabilities

9. Solar Power Planning application submitted 2 phases
17Ha to start with then approx 30Ha more
Raised panels so sheep can graze around
Potentially power around 100,000 houses

11. Renewable Obligation Certificate (ROC) Banding
The UK Government believes that renewables have a significant role to play in the future electricity generation mix and that the stimulus provided by the development of a carbon market through the EU Emissions Trading Scheme (EU ETS) and the Renewables Obligation will lead to growth in Renewables development in the future.
However, the pace of growth towards the Government’s target for renewable electricity could be constrained by several factors, in particular: delays in the planning and grid connection of renewable energy projects, constraints on the practical resource available for the most economic forms of renewable energy, and the higher costs of renewable energy projects in less mature or emerging technology areas, such as offshore wind and biomass.
In order to help overcome these constraints Government will introduce banding of Renewable Obligation Certificates following a multiple/fractional ROC model with bands based on technology groupings. (Note that Microgeneration projects will be placed in the same bands as large scale generation using the same technology.)

12. 4 bands are proposed:
Technologies in the Established Band will receive 0.25 ROCs/MWh;
Technologies in the Reference Band will receive 1 ROC/MWh;
Technologies in the Post-Demonstration Band will receive 1.5 ROCs/MWh;
Technologies in the Emerging Technologies Band will receive 2 ROCs/MWh.
The following table and sections provides an overview of each proposed band.

13. Generation type-Definition ROCs/MWh
Hydro-electric (1)
Electricity generated by a hydro generating station.
A “hydro generating station” means a generating station which is wholly or mainly driven by water (other than a generating station driven by tidal flows, waves, ocean currents, geothermal sources or using a difference in tidal levels) and the “generating station” extends to all turbines supplied by the same civil works, except that any turbine driven by a compensation flow supplied by those civil works where there is a statutory obligation to maintain such compensation flow in a natural water course shall be regarded as a separate hydro generating station.
NB The current restrictions on pre-existing hydro above 20MW in capacity will continue to apply.
Onshore Wind (1)
Electricity generated from wind by a generating station that is not offshore (see offshore below).

14. Generation type-Definition ROCs/MWh
Offshore Wind (1.5)
Electricity generated from wind by a generating station that is offshore.
A generating station is offshore if:-
(i) its turbines are situated wholly or mainly in offshore waters, and
(ii) it is not connected with dry land by means of a permanent structure which provides access to land above the mean low water mark.
Wave (2)
Electricity generated from capture of the energy created from the motion of waves on the sea.

15. Generation type-Definition ROCs/MWh
Tidal Stream (2)
Electricity generated from the capture of the energy created from the motion of tidal currents in the sea.
Tidal Impoundment – Tidal Barrage (2)
Electricity generated by a generating station driven by the release of water impounded behind a barrier using the difference in tidal levels and that barrier is connected to both banks of a river and is less than 1 GW declared net capacity.

16. Generation type-Definition ROCs/MWh
Tidal Impoundment - Tidal Lagoon (2)
Electricity generated by a generating station driven by the release of water impounded behind a barrier using the difference in tidal levels and which is not a tidal barrage and is less than 1 GW declared net capacity.
Solar Photovoltaic (2)
Electricity generated from the direct conversion of sunlight to electricity.

17. Generation type-Definition ROCs/MWh
Geothermal (2)
Electricity generated using naturally occurring subterranean heat.
Geopressure (1)
Electricity generated using naturally occurring subterranean pressure.
Landfill Gas (0.25)
Electricity generated from the gas formed by the anaerobic digestion of material in a landfill.
“Landfill” has the meaning given in Article 2(g) of the Landfill Directive (1999/31/EC).”
Sewage Gas (0.5)
Electricity generated from the gas formed by the anaerobic digestion of sewage.

18. Generation type-Definition ROCs/MWh
Energy from Waste with CHP (1)
Electricity generated from the combustion of waste in a qualifying combined heat and power generating station.
Anaerobic Digestion (2)
Electricity generated from the gas formed by anaerobic digestion of material which is neither sewage nor landfill. This band does not, however, include electricity generated from such fuels in a calendar month in which the generating station has generated electricity partly from fossil fuel.
“Anaerobic digestion” is the bacterial fermentation of organic material in the absence of free oxygen.

19. Generation type-Definition ROCs/MWh
Gasification / Pyrolysis (2)
Electricity generated from the conversion of waste or biomass into a liquid or gaseous fuel, or both, for use in a generating station, by the processes of gasification or pyrolysis or any combination thereof, and; in which the gross calorific value of the produced fuel, or fuels, at the inlet to the generator and as measured at 15 deg C and 1 atmosphere pressure is at least 4.4 MJ/m3 for gaseous fuels or 10 MJ/kg for liquid fuels. This band does not, however, include electricity generated from such fuels in a calendar month in which the generating station has generated electricity partly from fossil fuel.
“Pyrolysis” is the thermal degradation of a substance in the absence of any oxidising agent (other than that which forms part of the substance itself) to produce char and one or both of gas and liquid.
“Gasification” is the substoichiometric oxidation or steam reformation of a substance to produce a gaseous mixture containing two or all of the following: oxides of carbon, methane and hydrogen.

20. Generation type-Definition ROCs/MWh
Co-firing of Biomass (0.5)
Electricity generated from biomass by a generating station in a calendar month in which it has generated electricity partly from fossil fuel and partly from biomass
Co-firing of Energy Crops (1)
Electricity generated from energy crops by a generating station in a calendar month in which it has generated electricity partly from fossil fuel and partly from energy crops
“Energy crop” means a plant crop planted after 31st December 1989 which is grown primarily for the purpose of being used as fuel or which is one of the following:
(a) miscanthus giganteus;
(b) salix (also known as short rotation coppice willow); or
(c) populus (also known as short rotation coppice poplar).

21. Generation type-Definition ROCs/MWh
Co-firing of Biomass with CHP (1)
Electricity generated from biomass by a qualifying combined heat and power generating station in a calendar month in which it has generated electricity partly from fossil fuel and partly from biomass, and where the fossil fuel and biomass have been burned in separate boilers
Co-firing of Energy Crop with CHP (1.5)
Electricity generated from energy crops by a qualifying combined heat and power generating station in a calendar month in which it has generated electricity partly from fossil fuel and partly from energy crops, and where the fossil fuel and energy crops have been burned in separate boilers.
“Energy crop” means a plant crop planted after 31st December 1989 which is grown primarily for the purpose of being used as fuel or which is one of the following:
(a) miscanthus giganteus;
(b) salix (also known as short rotation coppice willow); or
(c) populus (also known as short rotation coppice poplar).

22. Generation type-Definition ROCs/MWh
Dedicated Biomass (1.5)
Electricity generated from biomass, except for electricity generated by a generating station in a calendar month in which it has generated electricity partly from fossil fuel and partly from biomass
Dedicated Energy Crops (2)
Electricity generated from energy crops, except for electricity generated by a generating station in a calendar month in which it has generated electricity partly from fossil fuel and partly from energy crops
“Energy crop” means a plant crop planted after 31st December 1989 which is grown primarily for the purpose of being used as fuel or which is one of the following:
(a) miscanthus giganteus;
(b) salix (also known as short rotation coppice willow); or
(c) populus (also known as short rotation coppice poplar).

23. Generation type-Definition ROCs/MWh
Dedicated Biomass with CHP (2)
Electricity generated from biomass by a qualifying combined heat and power generating station in a calendar month in which it is fuelled wholly by biomass.
Dedicated Energy Crops with CHP (2)
Electricity generated from energy crops by a qualifying combined heat and power generating station in a calendar month in which it is fuelled wholly by biomass.
“Energy crop” means a plant crop planted after 31st December 1989 which is grown primarily for the purpose of being used as fuel or which is one of the following:
(a) miscanthus giganteus;
(b) salix (also known as short rotation coppice willow); or
(c) populus (also known as short rotation coppice poplar).

24. Generation type-Definition ROCs/MWh
In addition the Government remains committed to the principle of grandfathering – the position of those who have made significant investments should be protected in terms of the number of ROCs they receive. Generating capacity which becomes operational on or after 1 April 2009 will receive entitlement according to the bands in place