Corporate Social Responsibility Activities
UN Global Compact
Toshiba signed the United Nations Global Compact in 2004 and from then has implemented and promoted these basic principles concerning human rights, labour, the environment and anti-corruption within the organization and towards its suppliers. Corporate social responsibility is reviewed every year by third parties and Toshiba has been awarded several prizes for its success and commitment. >>> Read more
With compliance with laws and regulations the Toshiba Group has formulated the Environmental Vision 2050, a vision of a world in which “People lead richer lifestyles in harmony with the Earth” by 2050. Under this vision it is the mission of Toshiba to reduce environmental impacts and create new value by promoting the development of environmentally conscious products, which involves environmentally conscious product design, the assessment of environmental impact and disclosure of the environmental performance. >>> Read more
To lessen the environmental impact and take action on co2 emissions, Toshiba Air Conditioning in the UK has been a certified CarbonNeutral® division since 2012. To achieve this certification, Toshiba is working with The CarbonNeutral Company to reduce its greenhouse gas (GHG) emissions in accordance with The CarbonNeutral Protocol, the global standard for carbon neutral certification. The certification involves an annual independent detailed greenhouse gas (GHG) assessment to quantify the total greenhouse gases produced both directly and indirectly by the company’s activities. These include CO2 emissions from travel, waste, water consumption and energy. This is followed by internal reduction measures to further improve resource efficiency and reducing the remaining CO2 emissions to zero through the purchase of carbon offsets. This means that for every one tonne of GHG emissions that Toshiba produces, it purchases a verified carbon offset which guarantees an equivalent amount of GHG emissions is reduced from the atmosphere. For a carbon offset to be credible it must meet essential quality criteria, including proof that it is additional (the reduction in emissions would not have occurred without the carbon finance) and that it will be retired from the carbon market so it cannot be double counted.
Our most recent carbon offset projects include:
Jath Wind Power Project, India
Wind power is a freely available, infinite natural resource that most of the countries in the world can use to generate electricity. Even conservative estimates think wind could supply 12% of the world’s power by 2030, but today only 1% of the world’s power supply comes from wind energy. Supporting wind power carbon offset projects helps overcome the initial cost of setting up a windfarm, enabling countries and communities to develop using renewable, non-polluting energy rather than increasing fossil fuel consumption.
Located in the Sangli District of Maharashtra, India, this wind power project delivers zero emissions renewable electricity to India’s national grid, playing a key role in achieving the country’s 2022 green power targets, while enhancing the local economy and livelihood of residents through the creation of jobs. This project is validated and verified to the Verified Carbon Standard (VCS).
Kanungu Run-of-River Hydro Project, Uganda
The Kanungu project in Western Uganda is a small run-of-river hydropower project which reduces emissions by displacing diesel-powered generators that supply the Ugandan electricity grid, generating approximately 29GWh of electricity each year. The additional capacity that this project delivers to the electricity grid is expected to enhance rural access to electricity services and reduce load shedding.
During construction of the hydro project, between 100 and 200 people were employed, 30% of whom were skilled workers. During operational periods, 12 people are employed from the local area and staff quarters are provided, offering a space for staff to rest during break periods. Income generation has enabled a number of project employees to invest in agriculture and buy additional land helping the local economy. The project is registered with the Clean Development Mechanism (CDM).
Previous offset projects -
Makira REDD+ Project, Madagascar
Madagascar is considered to be one of the top five biodiversity hotspots in the world due to more than 75% of all animal and plant species being endemic while less than 10% of its primary vegetation is remaining.
The Makira project plays an essential role in biodiversity protection by limiting deforestation in 360,000 hectares (more than twice the size of Greater London) of the Makira forest and working with communities around the forest in a ‘protection zone’ of 320,000 hectares.
The project is validated to the Verified Carbon Standard (VCS) and has also achieved Gold Level of the Climate, Community and Biodiversity (CCB) standard, due to its huge biodiversity benefits and its extensive work with communities to assist in adapting to the impacts of climate change.
Andipatti Wind Power Project, India
Wind power is a freely available, infinite natural resource that most of the countries in the world can use to generate electricity. Even conservative estimates think wind could supply 12% of the world’s power by 2030, but today only 1% of the world’s power supply comes from wind energy.
Supporting wind power carbon offset projects helps overcome the initial cost of setting up a windfarm, enabling countries and communities to develop using renewable, non-polluting energy rather than increasing fossil fuel consumption.
Located in the state of Tamil Nadu, India, this project reduces CO2 emissions by displacing electricity which would have otherwise been drawn primarily from fossil fuel power stations; subsequently, the Andipatti Wind Power Project generates 90,000 tonnes of emissions reductions on average per year.
Tieling Coal Mine Methane Project, China
Located across six coal mines in the Northeastern province of Liaoning in China, this project prevents the potent greenhouse gas, methane, from being released into the atmosphere. Methane is a by-product of coal formation which is released during mining. At each of the project sites, technology has been installed to capture the CMM and blend it to a concentration suitable for use as a fuel source. This innovative initiative was the first project in China to use CMM as fuel for gas supply.
Over half of China’s energy is derived from coal, making it the world’s largest global consumer of this fossil fuel. As a result, approximately 10.6 billion metres3 of CMM is released annually and less than 10% of this is currently piped as gas or used to generate electricity.
Kasigau Corridor REDD+ Forestry
This pioneering programme in Kenya is the first Reduced Emissions from Deforestation and Degradation (REDD+) project to gain Verified Carbon Standard (VCS) validation.
The project is located in one of Conservation International’s Global Hotspots – areas holding especially high numbers of endemic species, yet facing extreme and immediate threats.
The project reduces carbon dioxide emissions by protecting natural carbon sinks that, in the absence of the project, would have been deforested and/or degraded for subsistence agriculture, typically using slash and burn techniques to grow maize. The area primarily consists of low density forestland, shrub land, and grassland savannah.
To read more about any of the above projects go to www.carbonneutral.com
Social Responsibility principals are at the heart of Toshiba’s strategy and business not only on a global level, we also see it as our responsibility to assist in the local community to help strengthen and support local activities and good causes. Staff members from Toshiba in the UK have helped make a difference in local communities by taking part in fund raising activities such as The Great North Run, Coast to Coast Walk, St Lukes Midnight Walk, Celebrity football matches and boxing matches for good causes. Among those are -