Costs
Product
Operating
Total Carbon Footprint = 32, 393 KG / CO2 Per Annum
Based off of annual mileage of company vehicles, typical use of running our facilities, our building's electricity and gas usage, and carbon cost of moving goods per product shipment.
With each tree removing roughly 21KG of CO2 per year, we would need to plant approximately 1542 trees to offset our carbon footprint, based on 33,000 KG of CO2 per annum.
That works out at
0.7 Trees for every 1 Screen
For minor errors and rounding up we equate 1 screen per tree planted gives us net zero compliance.
IBT Carbon Scale
IBT's environmental impact is graded against this Carbon Scale, with power-hungry, inefficient technology at the top, and clean, low energy products at the bottom. IBT has worked hard for many years to ensure carbon neutrality, and we plan to become a carbon negative company going forwards into the future.
Costs per screen based on Xi Screens:
55"
65”
75”
86”
98”
250w Typical
300w Typical
400w Typical
500w Typical
650w Typical
5p per Hour
6p per Hour
8p per Hour
10p per Hour
13p per Hour
Costs per screen based on Es Screens:
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65”
75”
380w Typical
490w Typical
8p per Hour
10p per Hour
Costs per screen based on CD Screens:
43"
55"
65”
75”
86”
98”
110w Typical
150w Typical
165w Typical
235w Typical
335w Typical
425w Typical
<2p per Hour
2p per Hour
3p per Hour
4p per Hour
6p per Hour
8p per Hour
Based as of 1st January 2024 on cheapest electricity provider.
Please note charges may vary from provider to provider.
Making IBT Screens one of the most Green, Efficient, Sustainable & Lowest operating cost screens on the market today.