MOPIA is charged with the responsibility for not only the awareness of the environmentally handling of refrigerants to the various service industries.
We have held awareness sessions throughout Manitoba each Spring and Summer until 2020, due to COVID-19 restrictions. Stay tuned for updates regarding awareness sessions via online webinar format.
MOPIA will be hosting our informative program awareness sessions across Manitoba (pending COVD-19 restrictions). These one-hour sessions were designed to inform our stakeholders about any pending industry trends, new technology and regulatory awareness.
MOPIA spent the Spring and Summers of 2007 – 2019 touring Manitoba to deliver the facts to MOPIA’s trained technicians, as well. These were valuable opportunities to exchange ideas and share information with our stakeholders. MOPIA also heard concerns and issues from our members.
The sessions included highlights of the regulation and information about MOPIA’s ongoing and upcoming activities.
The amended regulation took effect on March 9, 2006.
Following are some of the highlights of the regulation:
MOPIA normally hosts a series of free program awareness and regulation consultation sessions each year across Manitoba.
Participants get the opportunity hear the latest and shared concerns. They are conveniently held in a location near you and are short in duration. Also, a complimentary breakfast or lunch and parking is provided.
However, COVID-19 has temporarily put our annual Awareness Sessions on hold.
Please return to this site regularly, and we will post Sessions dates as they are scheduled. Stay tuned for updates regarding awareness sessions via online webinar format.
One way to stay up-to-date is to sign up for our email list. You’ll get our monthly bulletin, and updates on the Summer Sessions as they happen.
The Montreal Protocol is the world’s most successful environmental treaty. It now has universal ratification, meaning global participation. The document specifies many requirements and obligations for nations to follow in terms of phasing down or controlling the production of ozone depleting substances. These details and the text can best be seen at the United Nations Ozone Secretariate website: https://ozone.unep.org/
The Parties to the Montreal Protocol amended the Montreal Protocol in Kilgari, Rwanda 8-14 October 2016 where HFCs were included in a new amendment, for the first time.
Follow highlights of this meeting and previous Montreal Protocol sessions at IISD’s website: https://www.iisd.org/
As the years pass our ozone layer as we know it, is becoming thinner. Thus allowing more harmful UV rays to reach us. The ozone layer is the only thing that stands between the earth and the suns harmful UV rays. The ozone layer absorbs 99% of the suns harmful UV rays, but this number is slowly decreasing.
Ozone depletion occurs by Chlorofluorocarbons (also known as CFC’s) which are used in various forms of refrigerants and solvents. When CFC’s reach the stratosphere, ultraviolet radiation cause them to break apart and release chlorine atoms which react with molecules. These chlorine atoms are responsible for ozone depletion. One chlorine atom can destroy 100,000 ozone molecules. Thus leaving us more susceptible to harmful UV radiation.
Some for of sun energy can be harmful to life. This includes the sun’s burning or “ultraviolet” rays. These are the rays that cause sunburn and skin cancer. There are three different types of UV rays. UV-A which are the weakest, UV-B, and UV-C which are the strongest.
There can be serious side effects to UV ray exposure. These effects include cataracts and cancer. Skin aging (such as wrinkles) is a mild effect of UV ray exposure.
There are different intensity levels of UV rays. The UV index is a measure of the intensity of the sun’s ultraviolet radiation in the sun burning spectrum. Sun burn is a result of UV radiation exposure exceeding the limit of the body pigment.
Ozone depletion is strongly linked to an increase in cases of skin cancer.
Here are some useful and informative links:
Refrigerant Cylinders differ and there are strict regulatory requirments that must be met by a variety of government protocols. In June 2012, MOPIA discovered illegal refrigerant cylinders being sold throughout Manitoba. While sales ceased, distributors and internet sale imports may not be meeting the requirement and if you are found in possession of non-compliance cylinder(s), the penalties can be significant. You are responsible to know the laws and the facts.
In some instances, refrigerant bought off the internet of from unknown sources may not be what your counting on. Refrigerant purchased from various less well known sources coming into Manitoba has been found to contain cocktails or a variety of refrigerants. Make sure you are confident the refrigerant you purchase is from a source who will also accept back your cylinder. Its the law!
Transport Canada has a variety of prerequisites for cylinders and their safe transport. You should contact them directly for details. Generally, cylinders must the hydrostatic test date stamped on the cylinder neck or column. Bottles need to be tested within a 10 year period.
In terms of transport, here’s a snapshot:
Trucks Carrying/Transporting Cylinders – In general, you are allowed to transport up to 150 kgs. or 5-6 30lb cylinders of refrigerant in any one truck before requiring Transport Canada placarding and documentation. Remember, 150 kgs. is the key weight threshold for small service vehicles (i.e. company vans or similar).
5.10 Means of Containment for Class 2, Gases
(1) A person must not handle, offer for transport or transport dangerous goods included in Class 2, Gases, in a means of containment unless the means of containment is manufactured, selected and used in accordance with
(a) for transport by road vehicle,
(i) CSA B340, except clauses 220.127.116.11, 5.1.3(a)(ii) and 5.1.4(a),
Note that there are definitions for “handling” and “offer for transport” in section 1.4 of the TDG Regulations found at: http://www.tc.gc.ca/eng/tdg/clear-part1-475.htm#sec14
In terms of penalties, if an offence has been established, the section 33 of the TDG Act outlines offences and punishments:
In Manitoba, under the Manitoba Ozone Depleting Substances Regulation 103/94, cylinders must be refillable. Some containers manufactured in Asia and from the USA do not meet this requirement. Do not acquire or purchase any of these types.
Sellers of refrigerant must also accept back your original refrigerant cylinder. Its the law. The purpose is to mandate re-use and recycling and the safe and proper disposal of surplus or contaminated refrigerant(s).
Purchasing of Refrigerants: Anyone purchasing and importing a regulated refrigerant into Manitoba must be either a Secondary Distributor (business) or a certified technician.
The Canadian Environmental Protection Act (CEPA), Federal Halocarbon Regulation and federal Codes of Practice exist for the protection of the environment. The requirements for the proper import and export of regulated products exist and must be followed.
Check out Manitoba’s WasteWise website for eco-depot locations, compost information, recycling directory, and solid waste sites close to you, or sorted by municipal boundaries!
MOPIA launched this consumer awareness bulletin in July 2013 to inform the public that topping-up A/C may pose negative circumstances and is illegal if a different refrigerant mixes with a class 1, 2 or 3 refrigerant.
MOPIA hopes to generate media interest in protecting consumers from misinformation and improper A/C servicing.
Feel free to download the .pdf version, print out, and display it with pride.
AHRI (Air-Conditioning, Heating, and Refrigeration Institute) has developed new guidelines for identifying refrigerant cylinders.
From 2020 onwards, all new refrigerant cylinders will be the same “silk-grey” colour.
This change means that cylinder colours can no longer be relied on as a sole means to identify the type of refrigerant in a container. The principal method of cylinder identification now needs to be the container labels and markings.
Learn more about the changes using the link below.