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Canon Medical Systems Ltd. Carbon Offset Scheme
Description/achievement of initiative

Canon Medical, a renowned manufacturer of medical imaging systems, is working with carbon projects developer CO2balance to support projects that offset the CO2 emissions caused through production and distribution of its machines, as well as the company's corporate carbon footprint. This ensures that clients receive a carbon neutral product whilst delivering livelihood and environmental benefits in Africa. The activities supported include distributing fuel-efficient cookstoves in Kenya and fixing boreholes in Uganda, activities which reduce CO2 emissions from the burning of firewood. Canon Medical have been running their CarbonZero programme since 2014 and have offset over 22,500 tonnes of CO2 emissions.

Implementation methodologies

Canon Medical and CO2balance agree upon project activities and then CO2balance develops projects to generate the requisite carbon credits and deliver community-level benefits in the areas served. CO2balance staff members in Kenya and Uganda conduct community-level consultations in the project areas targeted to assess community needs and current practices which allows projects to be designed which generate sufficient carbon credits and respond exactly to challenges in the communities served. To implement Improved Cookstove project activities in Kenya, tests are conducted to determine how much wood is currently used by average households when cooking using traditional methods. CarbonZero stoves are ordered and produced in local factories, and then distributed in target areas. Households average reduced consumption of wood when using the CarbonZero stoves is then used to calculate the carbon emissions which have been prevented across the entire project area. This delivers benefits such as reduced deforestation, which is beneficial for soil fertility and carbon sequestration amongst many other benefits, and reduced respiratory problems caused by smoke inhalation. In Uganda, communities are identified which have no access to safe water due to boreholes falling into disrepair. Such communities are usually using water for cooking and washing from unsafe sources such as streams and swamps. At the baseline, tests are conducted to ascertain how much wood households must burn to boil a certain volume of water to make it safe. Local mechanics are then recruited to repair boreholes, thereby ensuring a safe water for the communities served. Monitoring then takes place frequently to ensure that communities are using the safe water from the borehole and to ascertain the average volume of water used per household. Based on the calculation of the amount of wood that would be needed to boil the equivalent amount of unsafe water, carbon credits are generated. To ensure the sustainability of these activities, maintenance committees are formed and trained at the community level to conduct minor repairs to the boreholes, and a link is established with a trained water engineer to conduct more major repairs. By supporting projects following these methodologies, Canon Medical is able to work in a carbon-neutral manner and to bring tangible benefits to poor rural communities in Kenya and Uganda in the process.

Arrangements for Capacity-Building and Technology Transfer

The projects supported by Canon Medical and implemented by CO2balance emphasise capacity building to ensure that project activities continue beyond the timespan of the project and reach a wider constituency than the direct project beneficiaries. In Kenya, local producers have been trained to produce the fuel-efficient cookstoves, which are specifically designed to suit local conditions and cooking techniques. Building the capacity of local producers to build and market this product enables them to profit above and beyond the project activities and to continue promoting fuel-efficient technologies in local communities. In Uganda, when boreholes are repaired, maintenance committees are established and trained at the community level. Committee members are trained to conduct minor repairs to the borehole when necessary. To ensure that communities feel a sense of ownership and responsibility for maintenance of the boreholes, the committees are empowered to collect small monthly donations from each household which is put towards maintenance work. Committee members can also contact a trained borehole mechanic who can be summoned to carry out more major repairs. Additionally, when boreholes are repaired, communities receive WASH training to ensure that they have in-depth knowledge of the dangers of using unsafe water and have excellent knowledge of sanitation and hygiene techniques.

Coordination mechanisms/governance structure

Canon Medical communicates with CO2balance to designate the type of projects that it is willing to support to generate carbon credits, and to decide upon the number of credits that will need to be generated for it to offset the CO2 emissions caused by its business activities. CO2balance then allocates a sufficient volume of credits from its projects in Uganda and Kenya to meet this demand. Implementation of the projects is the responsibility of CO2balance staff members in Kenya and Uganda. This entails conducting community consultation and training, conducting surveys and monitoring, and in-country procurement of resources and human capacity, including ordering cookstoves from manufacturers and recruiting engineers to repair and maintain boreholes. The projects team at CO2balances UK office coordinate and support the activities of staff members in Kenya and Uganda. They are also responsible for completing and submitting documentation and reports to the Gold Standard Foundation, the body issuing tradeable carbon credits. Once the Gold Standard has received satisfactory evidence of the completion of carbon offset activities, it issues carbon credits to CO2balance. Canon Medical then purchases the volume of carbon credits to offset its activities. This ensures that Canon Medicals production and distribution of medical imaging systems is a carbon-neutral activity. CO2balance invests the income received from Canon Medical into continuing the projects and developing new projects to deliver livelihood benefits to communities whilst generating more carbon credits.


Canon Medical Systems Ltd., CO2balance
Progress reports
Goal 3
3.9 - By 2030, substantially reduce the number of deaths and illnesses from hazardous chemicals and air, water and soil pollution and contamination
Goal 5
5.4 - Recognize and value unpaid care and domestic work through the provision of public services, infrastructure and social protection policies and the promotion of shared responsibility within the household and the family as nationally appropriate
Goal 6
6.1 - By 2030, achieve universal and equitable access to safe and affordable drinking water for all
Goal 13
13.1 - Strengthen resilience and adaptive capacity to climate-related hazards and natural disasters in all countries
Offset 12,040 tCO2e between April 2018 and March 2020, thereby neutralising Canon Medical’s emissions from sale of medical imaging systems in that period.
Deliver approximately 6,605,960 litres of safe water to rural communities in Uganda over 2 years, thereby alleviating the risk of waterborne disease for approximately 1,230 people for the period.
Save approximately 2,860 tonnes of wood over 2 years due to the use of CarbonZero stoves in Kenya, thus alleviating deforestation around the target communities.
Staff / Technical expertise
With Toshiba's support, CO2balance staff in Kenya, Uganda and the UK dedicate their technical expertise to implementing the project and claiming carbon credits from the Gold Standard.

Basic information
Time-frame: April 2018 - March 2020
Canon Medical Systems Ltd., CO2balance
Contact information
Paul Chiplen, Director of Sales and Marketing, paul.chiplen@co2balance.com
United Nations