Demand Controlled Ventilation & Power Saving By Gas Alarm Marketing Pvt. Ltd. India

Conventional Ventilation: Most of the ventilation system, conventional and even most modern ventilation works on the basis of worst-case scenario. Provide fix rate of air flow irrespective of level of occupancy or indoor air quality (IAQ). Lead to huge amount of energy and money wastage Energy & environmentally inefficient system.

Most of the ventilation system, conventional and even most modern ventilation works on the basis of worst-case scenario.

Provide fix rate of air flow irrespective of level of occupancy or indoor air quality (IAQ).

Lead to huge amount of energy and money wastage

Energy & environmentally inefficient system.

Demand Controlled Ventilation: Regulate ventilation as per need Ventilation depend on demand rather than supply Monitor space occupancy Maintain indoor air quality - IAQ Meet LEED and ASHRAE standard

Regulate ventilation as per need

Ventilation depend on demand rather than supply

Monitor space occupancy

Maintain indoor air quality - IAQ

Meet LEED and ASHRAE standard

How DCV Works:

How DCV Works:

How DCV Works:

Biggest Benefit: Huge energy (power) saving to the tune of 30-60% (supported by many international papers and analysis) Very low payback period (about 3-9 months) Huge reduction in system operating cost Looking at Global Warming – Environment friendly and Qualifies as an essential part of a Green Building

Huge energy (power) saving to the tune of 30-60% (supported by many international papers and analysis)

Very low payback period (about 3-9 months)

Huge reduction in system operating cost

Looking at Global Warming – Environment friendly and Qualifies as an essential part of a Green Building

Energy Saving Scope: Energy/power saving is directly proportional to fluctuation in human occupancy. More the fluctuation, more power saving.

Other benefits: Decrease in sick behavior and human fatigue, hence increase in workforce productivity Answer to sick building syndrome Helps reduction in workforce absenteeism Improvement in indoor air quality, leading to increase in mental efficiency Improve humidity control Reduction in suffocation, nausea, headache, asthmatic behavior Improve child’s mental power and ability

Decrease in sick behavior and human fatigue, hence increase in workforce productivity

Answer to sick building syndrome

Helps reduction in workforce absenteeism

Improvement in indoor air quality, leading to increase in mental efficiency

Improve humidity control

Reduction in suffocation, nausea, headache, asthmatic behavior

Improve child’s mental power and ability

Cost / Benefit Analysis: Very low payback period of 3-9 months (supported by many international papers, analysis and commercial application) 30-60% energy saving lead to huge operating cost reduction Concept and application is eligible for carbon credits, which will further reduce payback period and provide additional income.

Very low payback period of 3-9 months (supported by many international papers, analysis and commercial application)

30-60% energy saving lead to huge operating cost reduction

Concept and application is eligible for carbon credits, which will further reduce payback period and provide additional income.

Application Areas: Multiplex, Theatres, Auditoriums Malls, commercial buildings, retail stores Gymnasiums & health centres Hospitals, hotels, indoor stadium Offices Schools, colleges & institutes Nightclubs Government facilities and offices. Food production/storage facilities Beverages industries like Coca-cola, Pepsi Cellars, bottling plants, storage facility And many more areas of human occupancy

Multiplex, Theatres, Auditoriums

Malls, commercial buildings, retail stores

Gymnasiums & health centres

Hospitals, hotels, indoor stadium

Offices

Schools, colleges & institutes

Nightclubs

Government facilities and offices.

Food production/storage facilities

Beverages industries like Coca-cola, Pepsi

Cellars, bottling plants, storage facility

And many more areas of human occupancy

Other products by ‘Gas Alarm’: Gas Sensor / Product Application Areas CO (carbon monoxide) Car parks, garage, auto industries, NH3/Freon/Refrigerant Cooling equipment/gas manufacturers/suppliers, waste water/sewage treatment facility CH4 (Methane) Distilleries, waste/sewage treatment, refineries Hydrogen (H2) Battery production/storage facility, battery recharge facility, power house Ethylene (C2H6) Fruit ripening/storage centres, shopping malls, food production LPG Gas cylinder bottling/storage facilities, refineries, exploration facility Chlorine (Cl2)/O3 Swimming pools, municipal water treatment facility H2O (Humidity) Textile industry (where humidity control is must) NO, NO2, NOx Car parks, garage, auto industries, ParkGard Tells no. and location of vacant car spaces Fire Sensor and VEFSA Very early fire and safety alarm system Sensor Platform X (SPX) A module based s/w platform for sensor integration, data analysis, alert detection and alert response handling.

Some Clients:

Contact Us: SS Kedia (Managing Director) Mobile:+91 – 941 334 3772 Email: [email_address] , [email_address] Vinod Gogoriya (Director) Mob: +91 – 998 334 5452 Email: [email_address] , [email_address] Website: www.gasalarm.in www.alvi.com.au Email: [email_address]

SS Kedia (Managing Director)

Mobile:+91 – 941 334 3772

Email: [email_address] , [email_address]

Vinod Gogoriya (Director)

Mob: +91 – 998 334 5452

Email: [email_address] , [email_address]

Website: www.gasalarm.in

www.alvi.com.au

Email: [email_address]