Green2Go Energy Solutions

Green2Go Services

Green2Go can provide a range of bespoke services and solutions to support new developments sustainable building design and retro-fit sustainable energy infrastructure solutions for existing estate tailored to our partners requirements.

Green2Go, working with its supply chain, offers a range of services:

  • Low carbon energy management infrastructure solutions
  • Low carbon fuel options
  • Bio-fuel collection
  • Low carbon/sustainable fuel grants business case development
  • Organisational environmental strategy/policy framework and systems
  • Site analysis and site specific sustainable design
  • NEAT/BREEAM/CSH assessments and energy/thermal modelling
  • Sustainability and environmental management analysis and strategy
  • Full organisational and project sustainability reports
  • Site specific carbon reduction reports
  • Waste minimisation reports
  • Sustainable design and construction methodologies
  • Sustainable materials reports (selection, sourcing, recycling etc.)
  • Post Occupancy Review/Evaluations (POE) – closing the loop between design and operation and ensuring that disparities are identified, understood and remedied

Infrastructure solutions include:

  • Combined Heat and Power (CHP) systems
  • Bio fuels
  • Bio-diesel electrical generators
  • Bio-mass systems
  • Wind power systems
  • Solar power systems
  • Geothermal systems

Green2Go can provide bio-diesel power systems based on proven technology for a full range of applications.

Green2Go can also offer primary electrical generation, combined heat and power and tri-generation, bespoke to the clients needs.

One of the bio-fuel sources used is manufactured from a feed source of used cooking oil. This waste oil would traditionally have been disposed of by the users, often resulting in landfill. Green2Go, together with its manufacturing partners, converts this used product into high quality bio-diesel which is then used to fuel a full range of energy solutions.

This fuel enables a carbon reduction of a minimum of 70% compared to traditional power generation.