Smart material reuse and sustainability innovations reduce construction and operation carbon.

Smart material reuse and sustainability innovations at British Land development will reduce carbon in construction and operation by 33% …

British Land Development at 1 Triton Square works closely with design teams and contractor to retain much of the original building. Smart material reuse and sustainability innovations mean that the building will produce 33% less carbon in construction and operation than best practice new build equivalents – a reduction of 35,600 tonnes of CO2e.

This saving is greater than the building’s operational emissions over the next 20 years and it exceeds the ambitious carbon reduction targets required to meet the UK’s commitment to the Paris Climate Agreement. It’s equivalent to the emissions from heating and powering 8,800 UK homes for a year. High efficiency equipment, low-carbon materials and a circular approach to waste are all part of our BREEAM Outstanding sustainability plans for 1 Triton Square.

https://www.britishland.com/sustainability/strategy/sustainable-development

Part of a Fairsnape Climate Emergency Solutions series

Advertisements

Construction CSR – A Clients View

At the launch of the British Land Corporate Responsibility Report 2013,  Head of Planning and Corporate Responsibility, Adrian Penfold, gave people the chance to quiz him on our approach to corporate responsibility and on our plans for the future.

Here are Adrian’s responses to the questions we received via Twitter@BritishLandCR (original wording kept for all questions, including abbreviations).

Of course, I was particularly interested in my question:

Adrian, What do you see as key drivers for Corp Responsibility in built environ. over next 5 yrs? By Martin Brown @fairsnape

At a corporate level, we have identified three key drivers for corporate responsibility in general over the next five years:

  • Resource shortages and unpredictable climate patterns posing ever-greater risks to wellbeing and economic stability in developed and developing nations.
  • Public concern about how businesses operate leading people to ask questions about the role of business in shifting to more sustainable models of consumption and supporting wider societal needs.
  • Local, national and global issues stemming from low economic growth, challenges in accessing employment and skills shortages.

For the built environment, I think regulation will play an important part, particularly Minimum Energy Performance Standards and Building Regulations. But I believe the real changes are coming through in the attitudes of our customers. In our recent experience, Marks & Spencer and UBS are for example both very challenging in the environmental criteria that they require, particularly on new buildings. We welcome this, as we are well positioned to work with them in this area, and we expect to see more of this kind of requirement from other businesses.

Do read the whole article for similar comments on the built environment current challenges of wellbeing, energy, co2, green leases and green deal.

In addition to the comments this is another brilliant example illustrating the maturity of twitter in the built environment / corporate social responsibility sector, and why it should be a key tool for construction boards strategy planning.

Sustainability in Built Environment dominates Guardian Sustainable Business Awards

Sustainability in the Built Environment dominates Guardian Sustainable Business Award winners:

At British Land – winner of the Guardian Sustainable Business built environment award:

As the relationship with Camden council shows, British Land takes its corporate responsibility seriously and this is reflected in the goals for Regent’s Place. From design to construction, the project team has been expected to apply the highest standards of ISO 14001 certified sustainability brief for developments. As a consequence, all the new office buildings have Breeam “excellent” sustainability ratings.

From fit-out to property maintenance the developer has worked with occupiers and on-site teams to use natural resources efficiently, with a waste guide and sustainability brief for management – leading to 8% less like-for-like energy use since April 2010.

When the masterplan is complete, the Regent’s Place estate will double in size, providing 2m sq ft of office, retail and residential space for 14,000 workers and residents. What an opportunity, then, for a showcase site with sustainability at its core.

At Sainsbury’s – winner of the Guardian Sustainable Business energy award:

Crayford Sainsbury’s biggest UK store … is a breakthrough project – the first time a UK supermarket has used the so-called geo-exchange system to tap natural geo-thermal energy trapped deep under the ground.

At the heart of the system is an advanced ground-source heat pump that is linked to boreholes that capture and store waste heat from the store. This is released, when needed, to provide heat and hot water for the store and on-demand cooling for refrigeration.

Most importantly, it has allowed the supermarket group to increase the size of the store with no increase in either energy use or carbon emissions. The expanded store has exactly the same footprint as the smaller store it replaces.

As such, Crayford provides a blueprint for the UK’s second biggest grocer as it plots its future store development. The system will be used on several new and redeveloped stores now being planned.

At Tescos: winner of the Guardian Sustainable Business carbon award:

An all-timber new look store in Ramsey, Cambridgeshire, is meanwhile creating a zero-carbon template for future store development at home and abroad.

A range of new technologies is being tested, including sun-pipe lighting, renewable combined heat and power (CHP), harvested rainwater to flush toilets and run carwashes, the first ever LED car park lighting system and on-site renewable energy production. Similar stores in the Czech Republic and Thailand will be built in the coming months.

Some 614 UK stores have also been fitted with electronic energy boards showing staff at all levels, and in real time, if their store is operating in an energy efficient way and suggesting ways to improve the results.

The Livingston distribution centre in Scotland will soon be equipped with a six megawatt CHP plant, while the California distribution centre has one of the largest roof-mounted solar installations in North America.

And

at InterfaceFLOR – winner of the Guardian Sustainable Business waste and recycling award:

In 1995 InterfaceFLOR, a carpet tile and commercial flooring company, launched mission zero, a promise to eliminate all of its negative environmental impacts by 2020.

Born from an “epiphany” that founder and chairman Ray Anderson had on reading Paul Hawken’s The Ecology of Commerce, the mission moved the company away from the “take, make, waste” cycle of manufacturing towards a more sustainable business model.

The path to mission zero is made up of seven clear and ambitious goals, ranging from eliminating waste and using wholly renewable energy to maximising recycling and using resource-efficient transport.

For InterfaceFLOR, eliminating waste meant eliminating the concept of waste, not just incrementally reducing it. Recycling is seen as a last resort and only considered in cases where waste cannot be prevented or reused in any way. It’s an approach the judges thought eminently replicable.

At Capgemini – short-listed for the Guardian Sustainable Business built environment award.

Capgemini has established a new approach for building energy efficient data centres. Rather than build from scratch, it has used an existing building ‘shell’ and populated it with prefabricated modules, similar to those used as mobile hospitals by the British army in Afghanistan.

This in itself minimises the environmental impact that would come with a new-build project and cuts development time from 18 months to just 22 weeks.

Merlin aims to achieve a step-change in every aspect – from the smart engineering of the building to the use of many innovative features, such as fresh-air cooling, battery-free uninterruptible power supply (UPS) and use of recyclable or reusable materials.

The key feature is the cooling system, which combines fresh air and pre-evaporative cooling. It is set up to ensure the tightest possible real-time control of temperature, humidity and air-flow at minimum energy cost.

Merlin includes new “flywheel technology” in its UPS system, with kinetic energy replacing high-carbon batteries.