E4tech is active across a range of energy topics from resource availability to energy use. Much of the work we do concerns the energy system as a whole, often linking our main themes of Vehicles, Fuels & Chemicals, and Heat & Power. Our Vehicles work is centred on the vehicle and its powertrain technology, but can also include, for example, infrastructure and fuelling. Fuels & Chemicals considers the energy carriers themselves, from resource extraction to end use. Heat & Power focuses on these energy sectors, their conversion technologies and surrounding environment. To allow us to address these broad topics coherently, we are organised into sectors.
System Transition Enablers
Energy systems are changing. Previously well-segregated markets are starting to overlap, and unexpected business models emerging. Energy storage is an essential component of these evolving systems. We can assess the system impacts of emerging sustainable energy technologies and evaluate novel energy storage. We work across the spectrum of potential applications and storage technologies, from grid support to electric vehicles, from large scale to portable devices, and from flywheels to hydrogen. Leading car manufacturers, oil majors and investors have come to us for technology evaluation, due diligence support, strategy development, and policy advice.
Energy Innovation & Policy
Innovation is central to the energy sector. New technologies are constantly being developed and competing for a place in our energy systems. We advise governments on how best to stimulate innovation and growth, investors on where to invest in early stage companies, and technology developers on target markets based on our understanding of emerging energy technologies, many still in the laboratory or early in demonstration and commercialisation. We have particularly deep knowledge in our main focus areas: novel types of biofuels, innovative energy storage, or hydrogen production from solar energy and waste. But our strong team background in engineering, physical and biological sciences coupled with experience in technology assessment means we can work much more broadly – for example we have assessed the prospects for third generation photovoltaics, energy harvesting, and even nuclear fusion.
Policy has an enormous influence on whether new technologies succeed. We understand how energy systems operate, where market failures mean that policy interventions are needed, and the sort of policies that may help. We help companies, governments, NGOs and industry groups to assess available policy options, how their costs and impacts compare, and what strategic risks may lie ahead.
Low Carbon Vehicles
Transport faces significant challenges to lower both carbon and pollutant emissions. Long-established propulsion systems and fuels are facing major change, creating risks and opportunities for our clients. In this uncertain environment, companies, investors and governments clients ask us to inform decisions and tackle market failures by working closely with them as a trusted advisor. E4tech offers informed, independent and insightful strategic advice, allowing them to capitalise on opportunities and mitigate risks. Our expertise in low carbon vehicles and adjacent energy supply domains stretches from fuel feedstocks to vehicle end of life. The services our clients often ask us to provide include strategic positioning, business planning, technology appraisals, market assessments and techno-economic analysis.
Biofuels & Biochemicals
The biofuels sector is complex and contentious. E4tech’s highly skilled and experienced staff have a deep understanding of current and novel bioenergy technologies and related feedstocks, allowing us to identify and clarify issues, and understand the market segments in which bioenergy can be used. We work on the major challenges facing biofuels stakeholders across the entire value chain internationally. We understand policy and sustainability issues and how they can affect bioenergy uptake in different markets. Our work in biochemicals builds on our biofuels insights, allowing us to analyse sustainability issues and understand markets.
Biomass Systems
Biomass from agriculture, forestry and wastes could contribute significantly to future energy supplies and emissions reductions. However, this relies on development of sustainable feedstock supplies, reliable logistics and viable conversion technologies. E4tech’s work in Biomass Systems focuses on Biomass Heat, Power and Systems Modelling, alongside our work on Biofuels and Bio-based Chemicals. We work with both private and public-sector clients to accelerate the sustainable development of the biomass sector, identifying key risks and opportunities. E4tech has carried out a wide range of international assignments in Biomass Systems, assisting our clients in answering questions on biomass resources (assessing where supplies can be found, at what price, evaluating their environmental sustainability and the volumes available with competing uses); conversion technologies (reviewing options and their development status, analysing techno-economics, conducting due diligence for investors, along with market and policy assessments); and the future direction of the sector (developing growth strategies for companies, identifying key pathways using system optimisation modelling, creating multi-stakeholder roadmaps and regional action plans). Our clients value E4tech’s bespoke approach to addressing their needs, and our ability to generate new ideas and challenge assumptions. E4tech’s years of experience, existing datasets and expertise across the energy system help clients to develop the most appropriate business, investment and policy strategies.
Fuel Cells & Hydrogen
Fuel cells have the potential to provide clean and efficient energy solutions in portable electronics, transport and stationary power generation. Different fuel cell technologies and fuel options could address different opportunities in many regions of the world. However, the technology is not yet mature and the competition is strong. Hydrogen could be one of the major clean energy carriers of the future. It may be coupled with renewable energy, used in fuel cells, and used to provide fuel for portable, stationary and transport technologies. However, the resources used to produce hydrogen, the technologies required, and the benefits and complications of using it in a particular situation vary dramatically.
At E4tech we have a deep understanding of the fuel cell sector and of the technologies that go into making a fuel cell system work, in addition to a clear view of competing technologies. Our exceptional network of experts has deep technology and applications expertise, and can provide insight into specific fuel cell issues. We also track movements in the fuel cell industry closely – see our Fuel Cell Industry Review.
We have insights into the technical potential of hydrogen energy, the complexities that surround it and the business and policy frameworks into which it may be introduced. We can provide technology, strategy and policy advice on hydrogen energy at any level.
Sustainability & Resources
Industry, policy makers and NGOs are increasingly concerned with the broader social and environmental impacts of business. The 2015 Paris Agreement, along with UN’s Sustainable Development Goals (SDGs) are paving the way towards a sustainable, bio-based and circular economy. E4tech has been at the forefront of methodology and policy development, maintaining an independent, rigorous approach to sustainability assessments. We help our clients develop more sustainable operations and become leaders in new and evolving areas related to sustainable practice. Our work supports risk mitigation activities and regulatory compliance, including but not limited to:
Greenhouse gas (GHG) emission accounting (incl. LCA) and climate change mitigation
Integration of circular economy concepts in supply chains, e.g biorefinery, sustainable management of metal recycling
Integration of Sustainable Development Goals (SDGs) in business and communication strategies
Sustainability standards and certification incl. development and implementation of sustainability/traceability criteria, compliance indicators, chain-of-custody, assurance and impact reporting
Evaluation of impact on water resources and water/wastewater treatment technologies
Air quality and measurement technologies
Evaluation of sustainability performance in green finance
