How to solve China's pollution problem and save big on the country's heating bill?

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KeyarmCut your heating costs in half

Keyarm will save Chinese economy tens of billions of dollars annually via implementing technology for

heating optimization.

Annual cost of damage from pollution in China: approx. $0.5

trillion

Global pollution from emissions: 46 billion ton

From which in China: 12 billion (25%)

Heating systems in China require an annual 1.2 billion tons of coal

Pollution reduction measures cost $300 billion annually

2020 Olympic Games in Beijing alone require $190 billion for

reduction of pollution

Solution

Keyarm – country-wide implementation of

impulse-heating technology

Optimize the heating process Reduce energy consumption

Reduce fossil-fuel power stations Reduce pollution

Solution

China-wide investment: $12 billion

Deployment time: 4 years

Immediate effect: throughout the first cold season post deployment

Investment and deployment

Technology

TechnologyImpulse heating reduces the amount of energy

used in heating by 35-70%

Initial developed for use in Soviet submarines

Track record of tens of projects implemented in Russia and Ukraine

Confirmed through tests, testimonials, recommendations and research. Guarantees savings

in all temperatures and as low as -35 Celsius

How it worksKeyarm device is placed on the

building’s incoming pipe.

The device creates impulse transfer of the heat facilitating a continuously

interrupted heating process. Temperatures in the heating system are

reduced by less than a fraction of a degree while 35-70% of energy is

conserved.

Added valueOptimization of impulse heating and pressure

control

Algorithm based on outside temperature, building and system hearing parameters

Ensuring system safety

Control temperature

10-year experience in implementation

+972507707302 vladimir@keyarm.com

• Seeking partners, investors & government support in China• Installation in public & residential

buildings• Manufacturing• Personnel study• Devices service

Offering:

• Innovation: heat carrier flow regulation

device

• Algorithm of regulation

• Strategy for cogenerating systems*

• Transit to water coal slurry energy supply

Value proposition

Management

Vladimir Vaiser, CEO

Physics engineer, extensive research in heat supply and production,

multidisciplinary experience in business and academics

Konstantin Margulis, CTO

An expert in the field and one of the project founders and main technologists. Has

implemented the device in Ukraine prior to immigrating to Israel.

Yael Greenberg, BDE

Biz dev, marketing, corporate strategy, finance, M&A & product commercialization

ROI per device

• Total cost: $2,100

• Device cost – approx. $1000

• Installation cost – approx. $1000

• Maintenance – approx. $100 per year

• Average savings per device per season (10,000 sq.

m. building) - $10,000 -15,000

• ROI: Less than 1 season depending on the weather

Additional annual benefit to city from reduced pollution from a single building: $2,000

(quota from reduced CO2)

ROI for the city of Beijing

• Over 20 million residents in Beijing

• 75 – 80 thousand buildings

• Annual savings from heating optimization: 3.5 billion

sq. cube of gas and 5 million ton of coal or $500

million

• Annual quota payments: $400 million

• Total benefit in Beijing: ~$1 billion

• Total China benefit: $50 billion or 17% of total costs

in pollution cleaning ($300 billion)

How to solve China's pollution problem and save big on the country's heating bill?

Environment