Envirem Organics Inc.

PO Box 3509, Stn. B

Fredericton, NB, E3A 5J8

(800) 524-9411

(506) 459-3464

www.envirem.com

rodf@envirem.com

Lawn & Turf Soil

Improvement

Utilizing Dehydrated

Compost

Topdressings and Organic Fertilizers

Envirem Services

Organic Residue Composting

Soil Amendments

Manufactured Topsoil

Commercialized Bio-Products Retail & Professional Products

Mixing carbons and nutrients

Excavators Turning Piles

Compost Maturing

Screening & stockpiling

Screening & stockpiling

Loading finished compost

Topics of Presentation • New Lawn/Turf

Construction – Starting with the right

topsoil – organic rich

compost manufactured

topsoil

• Existing Lawn/Turf

Improvement &

Maintenance – Addition of compost via

topdressings

– Addition of organic

biofertilizers

– Implementing healthy

lawn maintenance

strategies

Envirem Operate 9 Topsoil

Manufacturing Operations

• Killarney

• Miramichi

• Belledune

• Riviere-Verte

• Saint Francois

• East River, NS

• Clarendon

• Memramcook

• Beaverdam

Compost Manufactured Soils in

Landscape construction

Reducing the need for

harmful floodplains and

farmland soil stripping

activities is the first benefit

of selecting compost

manufactured soils.

The true value comes with

the higher quality topsoil

enriched with organic

matter, nutrients and

calcium.

And since manufactured

topsoil is screened during

production various grades

are available such as

sportsfield turf, lawn or

wetland soils.

Added benefits of moisture

retention for drought and

compaction resistance

Benefits to Municipalities

• Water Conservation

(reduced watering)

• Minimize harmful topsoil

mining practices

(floodplains etc)

• Enhanced Wellfield and

Aquifer Protection

(erosion protection and

pesticide absorption)

• Cost Savings (less costly

turf maintenance)

Turf, Lawn & Sportsfield

Maintenance with Compost

Topdressings

Compost

topdressings in

combination with

core aeration can

be used to repair

and enhance

existing turf or

sportsfields

Granulated

dehydrated

compost

products are

available for ease

of spreading

Organic Fertilizers

• Granular Organic Fertilizers (dehydrated pelletized poultry manure)

• Organic Topdressings (for turf restoration and maintenance)

• Cost-effective and safe

• Usage leads to reduction in pesticides

Composts as Organic Bio-Fertilizers

taking on increased interest from

Agriculture (especially in light of recent

price increases in chemical fertilizers):

• Research on-going at NSAC,

Fredericton Research Station,

Cavendish and McCain’s Field

Research Stations all provide

confirmation of increased crop yields

from organic inputs

• High-Value Crops in Potato,

Blueberry, Cranberry, Orchard and

Vegetable production transitioning to

organic production

Sustainable Organic Bio-

Fertilizers from Compost

Pelletizing Plant contains dryer, grinders, mixers and pellet dye to pasteurize, compress, and produce granular fertilizer from poultry manure.

Produced in two different grain sizes for turf or agricultural applications

End product fertilizer provides organic matter, nutrients, iron, calcium, lime, and microbial matter to soil for overall soil health.

Envirem Saint Francois

Facility

Envirem Saint Francois

Organic Residue Waste Processing

for Bio-Products Production

AGRI-FOOD WASTES

(cull potatoes, crop

residues, food processing

biosolids)

LIVESTOCK WASTES

(poultry, dairy, beef,

swine manures,

slaughterhouse

wastes)

RECEIVING

GRINDER

MACHINE/

SCREENING

EQUIPMENT

PRIMARY

STORAGE

FISHERIES WASTES (salmon mortalities,

herring and shrimp wastes, fish manures,

and fish processing DAF solids) SHELL

WASTES (lobster, crab, mussels, clam,

oyster shell wastes)

BIO-MASS and BIO-

GAS Co-Fired Boiler

Compost Maturing

and Curing

DRYER DEHYDRATION

PASTEURIZING

MACHINE

PARTICLE

FORMULATION and

SCREENING MACHINE

Compost

Processing

Organic Certified

Bio-Products

Composted Bark

Portion

FORESTRY WASTES (bark,

primary/secondary biosolids,

wood-ash, sawdust, misc.

wood-wastes)

PRIMARY PRE-PROCESSING

SECONDARY PROCESSING

FINISH PRODUCTS

Composted Fines

BIO-MASS

Bio-Fertilizers, and Bio-Pesticides,

Dehydrated Composts, Dehydrated Organic Growing Mixes,

Dehydrated Peat Replacements for Value-Adding,

Treated Wastes as Additive in Process

Miramichi Bioproducts Facility

Envirem Miramichi

Bioproducts Facility

Professional Organic Growing Mixes,

Horticulture Value-Added Peat and Pine-bark

Substitutes,

Dehydrated Compost Topdressings and

Organic Bio-Fertilizers

Research funded through partnership between Envirem Organics Inc.

and ACOA’s Atlantic Innovation Fund (Round #6)

R&D for Innovative Development and Commercialization

of

Dr. Gordon Price, D.H. Lynch, 1Department of Plant and Animal Science (Nova Scotia Agricultural College)

Introduction

Novel Technology (dehydration) to process compost and

manure feedstocks into organic Dehy-Topdressing or

Bio-Fertilizer for turf, greenhouse and

landscape/horticulture usage.

Objectives

Quantifying and characterizing, the physio-

chemical properties and the horticultural

suitability of compost, manures or agri-food

residues within bio-fertilizer blends

Assess turf and plant growth performance

from Dehy-Topdressing and Bio-Fertilizer

amendments added during trials

Methodology

Acknowledgments

1. The physio-chemical properties (pH, EC,

nutrient content and release mechanisms) will

be tested.

2. A series of greenhouse and field studies at

NSAC (each a RCBD with 4 replicates) will be

conducted.

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1st cut

2nd cut

Envirem’s new innovative

Organic Bio-Fertilizers

Fine-Grain

Spreadable Top-Dressing

Study Design

• Green Velvet Lawn Seed Mix (40% Kentucky bluegrass, 40% creeping red fescue, and 20% perennial rye grass)

• Sandy soil

• Four replications per treatment

• Greenhouse with automatic watering system

• Rate of application based on 100 kg N ha-1, assuming 10% of total N from treatment available

Total Nitrogen Content

Treatment No. Treatment Mix N

(%)

1 5% NWD + 95% BE 0.715

2 10% NWD +90% BE 0.998

3 15 % NWD + 85%BE 1.253

4 5% LS + 95% BE 0.604

5 10% LS +90% BE 0.79

6 15% LS + 85%BE 0.962

7 2.5% NWD + 2.5% PS + 95% BE 0.588

8 5% NWD + 5% PS + 90% BE 0.772

9 7.5% NWD + 7.5% PS + 85%BE 0.954

10 100% BE 0.4

11 control TBD

Turfgrass Establishment after

Treatment Applications

Treatment pots prior to the second cutting in the study

Total N Plant Uptake • The treatments which had greater nitrogen uptake included 1, 2,

3, 6 (Nutri-wave dust at 5% + screened BE compost at 95%; Nutri-wave dust at 10% + screened BE compost at 90%; Nutri-wave dust at 15% + screened BE compost at 85%; Crushed lobster at 15% + screened BE compost at 85%, respectively).

0

0.5

1

1.5

2

2.5

3

5% NWD + 95% BE

10% NWD +90% BE

15 % NWD + 85%BE

5% LS + 95% BE

10% LS +90% BE

15% LS + 85%BE

2.5% NWD +

2.5% PS +

95% BE

5% NWD + 5% PS +

90% BE

7.5% NWD +

7.5% PS +

85%BE

100% BE control

Tota

l nit

roge

n (

%)

Pre-treatment

Post-treatment

Treated vs. Untreated Plant

Biomass Treated biomass

had a more vivid

green colour (Left

side) associated

with higher

nitrogen content,

than the

untreated plant

biomass (Right

side)

Summary

• Plant uptake nitrogen in treated soils was

not associated with greater biomass

yields

• Biomass yield effects were significant for

selected dehydrated top dressing

formulations with lobster shells and

blends of potato sludge and Nutriwave

fines

• Total nitrogen uptake was greatest in

treatments with Nutriwave fines

Organic Bio-Fertilizers and Soil

Fertility Amendments

Solid Mixture of potato biosolid, poultry manure

and fish wastes

AGRI-Food processing residue (eg. potatoe

biosolids)

Livestock Manures (eg. poultry layer and broiler

manures)

Fish Processing Residues (eg. crushed lobster/clam shells or

DAF solids)

Nutri-Wave Poultry Fertilizer Dust and/or

Bio-Fertilizer dust

Dehydrated Compost Top-Dressing and

Soil Organic-Matter Amendments

Fine-Grained compost and Sand inorganics

additive (< 1/8 inch minus)

Source of fine sand - (eg. masonry sand

Fines Screenings of Horticulture Professional

Peat Mix Substitutes (< 1/8 inch minus)

Nutri-Wave Poultry Fertilizer Dust and/or

Bio-Fertilizer dust

Key Benefits and Characteristics of

Envirem’s

“Dehy-Topdressing (Soil Amendment)”

• Made with 100% “Environmental Sustainable” and “Organic Certified” ingredients.

• Made without reliance on fossil-fuel based resources of Synthetic Chemical fertilizers or non-renewable Peat-based or mineral fertilizer ingredients.

• Lightweight, Odorless formulation.

• Dehy-Topdressing formula containing natural “Composted” sources of organic nutrients and microbial boost for healthy, vibrant lawns.

• Professional quality topdressing that meets or exceeds important landscape/turf performance parameters for organic matter, nutrient release, and pH balance.

• Product should be of appropriate density to ensure bulk fertilizer sacks volume-out and weigh-out within truck transportation to increase economically viable transportation distances and expand market regions.

• Dehy Topdressing product should be of sufficient dryness to suppress seed germination while in storage (important for potential use as a seed-n-feed product).

• Other potential beneficial characteristics that may be important to turf maintenance markets include: – calcium carbonate equivalency (CCE%) which would supplement lime,

– presence of enhanced iron content levels which support dark green foliage colors,

– a dark black color which improve snow/ice melt and may improve early greening,

Key Benefits and Characteristics of

Envirem’s “Bio-Fertilizer”

• Made with 100% “Environmental Sustainable” and “Organic Certified” ingredients.

• Made without reliance on fossil-fuel based resources of Synthetic Chemical fertilizers.

• Made without reliance on mined sources of phosphorous or potassium fertilizers.

• Bio-fertilizer recipe must contain ingredients that would maximum potential end-product concentrations of total soluble and insoluble forms of Plant Macro-Nutrients of Nitrogen, Phosphorous and Potassium.

• Bio-Fertilizer recipe may also benefit through optimum concentrations of Plant Micro-Nutrients such as magnesium, calcium, sulphur, iron, zinc etc.

• Dust-free and Odorless formulation is important for end-users.

• Uniform spherical particle sizes of suitable density and durability for all purpose uses and readily adapted to typical spreader types and settings.

• Important particle density, uniformity, roundness and SGN grain size must meet needs of conventional turf and agriculture spreading equipment, and fulfill spread patterns, consistent distribution and application rates.

• Bio-Fertilizer formula containing natural “Composted” sources of organic nutrients and microbial boost for healthy, vibrant plants.

• A professional quality bio-fertilizer that meets or exceeds important greenhouse performance parameters for nutrient release, solubility and salts contents

Final Thoughts

Questions

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