Business

Purapipe Vision 2030

Purapipe is setting a new standard for water and energy transportation.

Purapipe Targets by 2030

$35B+

30K+

30+

2M+

2M+ bbl oil

5TWh+

Revenue

KM of Pipes Installed

Countries of Operation

Tons of CO2 Avoided

Leakage Saved

Energy Saved

Customer Benefits by 2030

$15B+

$10B+

5000+

60K+ Acre

CAPEX Savings

OPEX Savings

Construction Day Savings

Construction Land Savings

Purapipe Vision 2030

Purapipe is setting a new standard for water and energy transportation


Purapipe Targets by 2030

$35B+

30K+

30+

2M+

2M+ bbl oil

5TWh+

Revenue

KM of Pipes Installed

Countries of Operation

Tons of CO2 Avoided

Leakage Saved

Energy Saved

Customer Benefits by 2030

$15B+

$10B+

5000+

60K+ Acre

CAPEX Savings

OPEX Savings

Construction Day Savings

Construction Land Savings

Purapipe Technology Benefits

Our technology solves the major challenges of construction, operation and maintenance of pipeline infrastructure for water, oil & gas, CO2 and ammonia/hydrogen transport. Purapipe production systems are categorized as climate change mitigation technology, meeting technical screening criteria as per Regulation (EU) 2020/852 framework for sustainable investment


Construction cost reduction

Construction time reduction

Land use reduction

Maintenance cost reduction

Operating cost reduction

Carbon footprint reduction

30-50%

50-80%

50-75%

70-90%

30-40%

70-80%

Purapipe Pipelines Vs. Steel Pipelines

1

Reduced probability of faults in welds, seals or joints

2

Elimination of pipeline corrosion

3

Reduced energy consumption for compression and pumping

4

Decreased manpower needs

Function

Lead Time

Designs

Engineering

Procurement

Construction

Fault Risk Rating

Corrosion

Environment

Surveillance

Life Span

Steel Pipelines

Years

Limited to Steel Pipe Standards

Extensive, Multidisciplinary

Demanding Workload

Labor, Time and Land Intensive

High Risk

Inhibitors and Cathodic Protection

Frequent Leaks, High CO2 Footprint

Post-incident, Separate Systems

Typical 25 years (with leaks)

Purapipe Pipelines

Months

Full Flexibility

Simplified

Simplified, Less Machinery and Parts

Automated, Fast and Reduced Right-of-Way

Low Risk

100% Corrosion Resistant Materials

Leakage Protection, Low CO2 Footprint

Integrated Real Time Monitoring

Minimum 50 years

Purapipe Pipelines vs. Steel Pipelines

Puraipe Pipelines

Steel Pipelines

Function

Lead Time

Designs

Engineering

Procurement

Construction

Fault Risk

Corrosion

Environment

Surveillance

Life Span

Description

Years

Limited to Steel Pipe Standards

Extensive, Multidisciplinary

Demanding Workload

Labor, Time and Land Intensive

High Risk

Inhibitors and Cathodic Protection

Frequent Leaks, High CO2 Footprint

Post-incident, Separate Systems

Typical 25 years (with leaks)

Function

Lead Time

Designs

Engineering

Procurement

Construction

Fault Risk

Corrosion

Environment

Surveillance

Life Span

Description

Months

Full Flexibility

Simplified

Simplified, Less Machinery and Parts

Automated, Fast and Reduced Right-of-Way

Low Risk

100% Corrosion Resistant Materials

Leakage Protection, Low CO2 Footprint

Integrated Real Time Monitoring

Minimum 50 years

Purapipe