We’re partnering with our clients to provide lower carbon solutions for conventional sources in order to secure a smooth transition in the coming decades.

Let’s create meaningful change in how we produce energy today because doing that will have a far greater impact short term on carbon emissions and climate change whilst we move towards the longer term renewable energy future. Working in some of the most challenging offshore environments in the world, we work to minimise carbon footprint while ensuring commercial production to meet global demand.

When our customers are developing large-scale energy and industrial facilities, getting the right infrastructure in place quickly and efficiently is paramount to getting the project off the ground. At Kent, we’ve delivered this on some of the world’s largest and toughest projects. From remote camps and temporary offices, to midstream facilities through to water systems and wastewater treatment and telecommunications and digitalisation systems.

At Kent we accept the truth of today. The world will need oil and gas in the energy system for another 20-30 years. We also know the greatest change accelerators deal with the truth of today and change it, whilst also building a better tomorrow. And that’s what our decarbonisation philosophy is built around.

As the world electrifies and renewables build scale to support global demand, the need for reliable, non-intermittent, cost competitive, globally mobile energy sources is critical. Gas is the perfect solution. As a key bridging fuel, and it will play a central role in providing a stable, secure energy supply for a successful transition to a lower carbon world.

In the last 20 years, offshore wind has come a long way. Two decades ago, it was an early-stage conceptual technology that posed significant economic and technical challenges to the energy industry. Today, it is a proven market where developers can take on projects with both technical and commercial certainty. Offshore wind now delivers viable renewable energy for a more sustainable world.

By 2050, a zero-carbon economy could consume somewhere between c.240Mt/year to 800 Mt+/year. Building this hydrogen economy, will require a combination of all ‘colours’ of hydrogen from blue to green to turquoise. At Kent, we cover this entire rainbow.

The world currently captures 40Mtpa of CO₂ through carbon capture and sequestration projects. Under the IEA sustainable development plan this must increase to 840Mtpa by 2030 – that’s 21 times what it is today. Kent has decades of experience in carbon capture with over 50 projects globally.

At Kent we accept the truth of today. The world will need oil and gas in the energy system for another 20-30 years. We also know the greatest change accelerators deal with the truth of today and change it, whilst also building a better tomorrow. And that’s what our decarbonisation philosophy is built around.

The world’s demand for a stable supply of energy has never been higher. But there are threats to our future global energy system when we look at intermittent renewables, evolving geopolitics and scaling of electrical mobility and devices. This is where addressing the challenges of energy storage comes in.

Part of our commitment to sustainability involves putting our expertise to good use to help reduce humanity’s impact to our world’s climate. Through our extensive worldwide experience, we support the circular economy, through feedstock processing and conversion and in the clean-up processes and upgrading to create fuels, energy and chemical products.

Biomass such as wood, agricultural or other organic materials are increasingly important for a renewable energy future. The world needs to change the way we consume natural materials, but we also need to change our behaviours when it comes to the amount of waste sent to landfills. This is where the opportunity to use bio mass resources more efficiently as an energy source comes in.